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how many days is it normal to ovulate
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<P> The day of ovulation differs from woman to woman and can even be different from month to month for an individual woman. For a woman with a 28 day cycle, the window of ovulation is day 11 through day 21 of your cycle. Ovulation could occur on any one day during this window. <P> For most women, the length of time between ovulation (when an egg is released from the ovary) and their monthly period is between 12 to 16 days (this is called the luteal phase). The first day of your menstrual cycle is the first day of your period (day 1). <P> Your menstrual period begins about 14 days after you ovulate. If ovulation occurs on approximately day 14 of a woman’s cycle then your next period starts about 14 days later and the cycle length is 28 days. Ovulation happens when a mature egg is released from the ovary. It is then picked up by the fallopian tube and is available to be fertilized <P> Most women ovulate between 12 and 14 days before their period. This is an average, so it could be a few days sooner or later than this. If you have a 28-day cycle, you will probably ovulate in the middle of your cycle. If you have a 22-day cycle, you could ovulate just a few days after your period. <P> Ovulation takes place, on average, about two weeks before your period, though it can vary from 10-16 days before the onset of menstruation depending on the length of your luteal phase. During an “average” 28 day cycle, ovulation is usually expected to take place between cycle days 13-15. <P> You'll start to notice signs that you're fertile about five days before you ovulate. Ovulation usually occurs between 12 and 14 days before your period starts (Fehring et al 2006) . This is an average, so it could be a couple of days earlier or later. For example, say you have a regular 28-day menstrual cycle. <P> Tracking Ovulation: A woman’s monthly cycle is measured from the first day of her menstrual period until the first day of her next period. On average, a woman’s cycle normally is between 28-32 days, but some women may have much shorter or much longer cycles. Ovulation can be calculated by starting with the first day of the last menstrual period (LMP) or by calculating 12-16 days from the next expected period. The second half of the cycle is called the luteal phase and is from the day of ovulation until the next period begins. The luteal phase has a more precise timeline and usually is only 12-16 days from the day of ovulation. This ultimately means that the day of ovulation will determine how long your cycle is. <P> The average menstrual cycle lasts 28 days. But normal cycles can vary from 21 to 35 days. The amount of time before ovulation occurs is different in every woman and even can be different from month to month in the same woman, varying from 13 to 20 days long. <P> During my ovulation time, how many days am I really fertile? During your window of ovulation, an egg is only available to be fertilized for about 12-24 hours. But since sperm can live in the body for 3-5 days after sex, and the egg is available for one day, your most fertile time is considered to be about 5-7 days. For a woman with a 28 day cycle, the window of ovulation is day 11 through day 21 of your cycle. Ovulation could occur on any one day during this window.
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21 to 35 days
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what is a solar inverter
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<P> Inverters play a crucial role in any solar energy system and are often considered to be the brains of a project, whether it’s a 2-kW residential system or a 5-MW utility power plant. An inverter’s basic function is to “invert” the direct current (DC) output into alternating current (AC). <P> Solar Inverter is a device capable to convert DC into AC electricity. Inverters are typical components of solar electric systems since solar panels generate DC electricity and most devices used in homes or offices operate on AC voltage. Although inverter’s main function is always the same – converting DC into AC electricity – these two kinds of systems use different kinds of inverters. Grid-tied inverter is the heart of any grid-tied solar system since a grid-tied system must contain an inverter. <P> Solar power inverters are a part of solar electrical systems that help convert the sun's energy into usable power. The solar panels on homes and businesses are made up of small groups of semiconductors that react to sunlight by freeing electrons. The reason solar inverters are necessary is because DC and AC power work differently. In DC power systems, an electrical current only flows in one direction. In AC power systems, the current moves in both directions. <P> Solar Inverters. Solar Power Inverters. Solar power inverters convert the energy harvested by a solar panel system from direct current (DC) to alternating current (AC). In order for the solar energy from your PV system to translate into usable electrical energy, this DC-AC conversion must first take place. <P> There are two main types of solar system – connected to the grid (grid-tied) and disconnected from the grid (off-grid). Although inverter’s main function is always the same – converting DC into AC electricity – these two kinds of systems use different kinds of inverters. Grid-tied inverter is the heart of any grid-tied solar system since a grid-tied system must contain an inverter. <P> The solar inverter is a critical component in a solar energy system. It performs the conversion of the variable DC output of the Photovoltaic (PV) module(s) into a clean sinusoidal 50- or 60 Hz AC current that is then applied directly to the commercial electrical grid or to a local, off-grid electrical network. The solar inverter performs the conversion of the variable DC output of the PV cells into a clean sinusoidal 50- or 60 Hz current. <P> Inverter Efficiency is a measure of how well the grid connected inverter converts the power it receives from the solar panels into power available to your home or to the grid. Most grid connected transformer based inverters have an efficiency of around 93% or better, transformerless are typically around 95% or better. <P> A grid-tied inverter converts the DC voltage from the solar array into AC voltage that can be either used right away or exported to the utility grid. A grid-tied inverter must strictly comply with utility grid’s requirements and regulations. Although inverter’s main function is always the same – converting DC into AC electricity – these two kinds of systems use different kinds of inverters. Grid-tied inverter is the heart of any grid-tied solar system since a grid-tied system must contain an inverter.
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Solar Inverter is a device capable to convert DC into AC electricity.
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what does papillomavirus mean
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<P> papillomavirus. any member of a genus of viruses that cause papillomas in humans and various other animals. human papillomavirus any of numerous species that cause warts, particularly plantar and venereal warts, on the skin and mucous membranes in humans, transmitted by either direct or indirect contact. human papillomavirus (HPV), a virus that is the cause of common warts of the hands and feet, as well as lesions of the mucous membranes of the oral, anal, and genital cavities. More than 50 types of HPV have been identified, some of which are associated with cancerous and precancerous conditions. <P> Some types of HPV can cause cervical cancer. These types of HPV are called high-risk. Having high-risk HPV is not the same as having cervical cancer. But high-risk HPV can lead to cancer. Most often, high-risk HPV causes no health problems and goes away on its own. High-risk HPV cases that don’t go away are the biggest risk factor for cervical cancer. <P> HPV is short for human papillomavirus. HPV is a group of more than 150 related viruses. Each HPV virus in this large group is given a number which is called its HPV type. HPV is named for the warts (papillomas) some HPV types can cause. Some other HPV types can lead to cancer, especially cervical cancer. There are more than 40 HPV types that can infect the genital areas of males and females. <P> HPV is the most common sexually transmitted infection. HPV is a viral infection that can be spread from one person to another person through anal, vaginal, or oral sex, or through other close skin-to-skin touching during sexual activity. If you are sexually active you can get HPV, and nearly all sexually active people get infected with HPV at some point in their lives. <P> Other types of HPV can cause warts and verrucas. These types of HPV are sometimes called the wart virus or genital wart virus and they include types 6 and 11. Warts and verrucas are most common on the hands and feet, in the genital area and around the anus. But they can be on any part of the body. Types of HPV that affect the skin can be passed on by skin contact with an affected person. The types of HPV that affect the mouth and throat can be passed on through certain sexual behaviours such as open mouth kissing and oral sex. Genital HPV is usually spread through intimate, skin to skin, contact during sex. <P> The HPV test is primarily used to screen for cervical cancer and/or identify women who may be at increased risk of cervical cancer. The test determines whether a woman's cervical cells are infected with a high-risk type of human papillomavirus (hrHPV). <P> HPV types that tend to cause genital warts are not those that cause cervical cancer. Since an individual can be infected with multiple types of HPV, the presence of warts does not rule out the possibility of high-risk types of the virus also being present. Gardasil also protects against HPV types 6 and 11, which cause 90% of genital warts. Gardasil is a recombinant quadrivalent vaccine, whereas Cervarix is bivalent, and is prepared from virus-like particles (VLP) of the L1 capsid protein. <P> HPV types 6 and 11 are the etiological cause genital warts. Persistent infection with high-risk HPV types—different from the ones that cause skin warts—may progress to precancerous lesions and invasive cancer. High-risk HPV infection is a cause of nearly all cases of cervical cancer. Gardasil also protects against HPV types 6 and 11, which cause 90% of genital warts. Gardasil is a recombinant quadrivalent vaccine, whereas Cervarix is bivalent, and is prepared from virus-like particles (VLP) of the L1 capsid protein. <P> Human papillomavirus (HPV) is a DNA virus from the papillomavirus family that is capable of infecting humans. Like all papillomaviruses, HPVs establish productive infections only in keratinocytes of the skin or mucous membranes. Gardasil also protects against HPV types 6 and 11, which cause 90% of genital warts. Gardasil is a recombinant quadrivalent vaccine, whereas Cervarix is bivalent, and is prepared from virus-like particles (VLP) of the L1 capsid protein.
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Human papillomavirus (HPV) is a DNA virus from the papillomavirus family that is capable of infecting humans.
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how do i know if i'm leaking amniotic fluid
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<P> If you think your amniotic fluid is leaking or your “water broke” early. You need to call your doctor and get to the birthing center or local hospital emergency room right away. Time is important since infection can set in if you are not due yet. The doctor will first run a few tests including: 1 Vital signs. <P> Rating Newest Oldest. Best Answer: if unsure call the dr and have them test it out---i know amniotic fluid is thin like water and it has no odor to it...but i too had to wear a pad the last month or two of my pregnancy cause if i would laugh or sneeze like you i would pee---another pregnancy joy!! good luck. Source(s): 5 month old daughter. I could never tell if was amniotic fluid or urine, but be sure to let your doctor know and if it an excessive amount to where you are filling up a pad, you should go to ther Hospital. But try to see your Dr. tomorrow if it's possible so they can just do a simple swab test to determine if you are. <P> It does sound like you could be leaking amniotic fluid. It doesn't smell like urine. It would be like a pale straw color and be nearly odorless. I hope you went and had a labor check even if it turns out to have been your plug and the fluid build-up behind the plug leaking and not amniotic fluid. Lie down on your side, the baby's head won't be blocking the opening and if it is still leaking that is likely amniotic fluid. Here is a good test to tell what that fluid is: The easiest thing to do to tell if it is your water or urine is to put on clean, dry underwear and a pad or panty liner. <P> Best Answer: You should put on a pad. What ever you leak out (I know this is yucky) will have a smell. Urine has an ammonia smell and amniotic fluid has a slightly sweet smell to it. If you don't want to do this you can go to the hospital or your doctor and they can test/ do a swab on you and tell you for sure. <P> Other than seeing your doctor, the way to tell if you're leaking urine or amniotic fluid is to note how often and when it occurs, says April Sarvis, M.D., an OB-GYN at Beaumont Hospital in Royal Oak, Mich. If you leak only occasionally, such as when you cough, sneeze or have a good belly laugh, it's likely urine. Amniotic Fluid. Identify it: Amniotic fluid (your water) should be clear, but it also can be yellow, pink-tinged, brown or green. And, unlike urine, leakage doesn't happen only sporadically; if your membranes are ruptured, you usually continue to leak fluid. <P> If you empty your bladder and you are still leaking, you may indeed be leaking your water. You may leak rather than gush because there is just a pinhole in the amniotic sac or because your baby's head is low in your pelvis and therefore sealing your cervix. By Vilma Ruddock. M.D. When you are pregnant and your water breaks (membranes rupture) you may have a sudden gush of fluid running down your legs but often you will just have a trickle or slow leak, or your underwear will feel wet. When you just have a leak it may be hard to tell the source of the fluid. <P> Spontaneous rupture of membranes or SROM is the most common cause of leaking amniotic fluid. This is caused at the end of the pregnancy when membranes holding the amniotic fluid rupture, causing a leak. This is frequently referred to as a woman's water breaking and is a common sign that a woman is going into labor. Leaking amniotic fluid may be a sign that the mother is preparing to deliver. Amniotic fluid is the substance which surrounds the fetus as it grows in the uterus. The fetus may move about in this fluid, but it limits the wall of the uterus from contracting too tightly around the growing baby.
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Water or urine is to put on clean, dry underwear and a pad or panty liner.
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angular frequency definition physics
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<P> It is commonly measured in units of Hertz (Hz), where 1 Hz = 1 s –1. For example, the second hand on a clock completes one revolution every 60 seconds and therefore has an angular frequency of 1 /60 Hz. Then, if the magnitude of the angular velocity is increasing, the angular acceleration is in the same direction as the angular velocity vector. On the other hand, if the magnitude of the angular velocity is decreasing, then the angular acceleration points in the direction opposite <P> In physics, angular momentum (rarely, moment of momentum or rotational momentum) is the rotational analog of linear momentum. It is an important quantity in physics because it is a conserved quantity – the angular momentum of a system remains constant unless acted on by an external torque. Angular momentum is related to the rotation or revolution of matter. It is, in effect, a measure of the quantity of rotation of a system of matter, taking into account its mass, rotations, motions and shape. The conservation of angular momentum explains many observed phenomena. <P> You’ve encountered frequency and period when dealing with springs and simple harmonic motion, and you will encounter them again in the chapter on waves. These terms are also relevant to rotational motion, and SAT II Physics has been known to test the relation between angular velocity and angular frequency and period. Then, if the magnitude of the angular velocity is increasing, the angular acceleration is in the same direction as the angular velocity vector. On the other hand, if the magnitude of the angular velocity is decreasing, then the angular acceleration points in the direction opposite <P> Angular Frequency. The angular frequency is often denoted by. The angular frequency is a constant of the motion. The angular frequency is most known in the simple harmonic motion equation (shm). <P> Frequency: is defined as the number of oscillations per unit time, f = 1 / T. Angular frequency ω: is defined by the eqn, ω = 2 π f. It is thus the rate of change of angular displacement (measured in radians per sec). Amplitude: The maximum displacement from the equilibrium position. <P> What you have above is the magnitude of the angular velocity (which I am assuming is expressed in radians). $$ \vert \omega \vert = \frac{d \theta}{dt} \mbox{rad} \space s^{-1} $$. Often people leave out the radian, since it's just a number. The radian is engineering-dimensionless. +50. Well, the key difference here is that one is a vector quantity while the other is a scalar. If your angle is measured in radians then angular frequency $\omega$ is given by. $$ \omega = 2 \pi f \space \mbox{(rad)} <P> In a household circuit, the frequency is 60 Hz. The angular frequency is related to the frequency, f, by: Vo represents the maximum voltage, which in a household circuit in North America is about 170 volts. We talk of a household voltage of 120 volts, though; this number is a kind of average value of the voltage. <P> Frequency is the reciprocal of the period. The period is 5 seconds, so the frequency is 1/(5 s) = 0.20 Hz. 8. A common physics lab involves the study of the oscillations of a pendulum. If a pendulum makes 33 complete back-and-forth cycles of vibration in 11 seconds, then its period is ______. The quantity frequency is also confused with the quantity speed. The speed of an object refers to how fast an object is moving and is usually expressed as the distance traveled per time of travel. For a wave, the speed is the distance traveled by a given point on the wave (such as a crest) in a given period of time. <P> Angular velocity. In physics, the angular velocity is defined as the rate of change of angular displacement and is a vector quantity (more precisely, a pseudovector) which specifies the angular speed (rotational speed) of an object and the axis about which the object is rotating. The SI unit of angular velocity is radians per second, although it may be measured in other units such as degrees per second, degrees per hour, etc. Angular velocity is usually represented by the symbol omega (ω, rarely ω).
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The angular frequency is most known in the simple harmonic motion equation (shm).
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dictionary meaning of vision
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<P> 1 A team of researchers exploring the eye's genetic make-up say they may have found a gene able to restore some vision in people who have gone blind. 2 She is now completely blind in both eyes but still attends Moorfields Eye Hospital in London and hopes surgeons will one day be able to restore her vision. 3 An experience of seeing someone or something in a dream or trance, or as a supernatural apparition: the idea came to him in a vision. More example sentences. Synonyms. 1 Fields, an artist from Winston-Salem, N.C., reportedly produces his work while experiencing visions in a trance. <P> Definition of VISION for Kids. 1. : the sense by which the qualities of an object (as color) that make up its appearance are perceived through a process in which light rays entering the eye are transformed into signals that pass to the brain. 2. : the act or power of seeing: sight. 3. 4. Word Root of VISION. The Latin word vidēre, meaning “ to see ” , and its form vīsis give us the roots vid and vis. Words from the Latin vidēre have something to do with seeing. Anything vis ible is able to be seen. <P> 1. the act or power of sensing with the eyes; sight. 2. the power of anticipating that which may come to be; foresight: entrepreneurial vision. 3. a. something seen in or as if in a dream, often attributed to divine agency. 1. a. The faculty of sight; eyesight: poor vision. b. Something that is or has been seen. 2. Unusual competence in discernment or perception; intelligent foresight: a leader of vision. 3. The manner in which one sees or conceives of something. 4. <P> That which is seen; an object of sight. 4. Especially, that which is seen otherwise than by the ordinary sight, or the rational eye; a supernatural, prophetic, or imaginary sight; an apparition; a phantom; a specter; as, the visions of Isaiah. The baseless fabric of this vision. - Shak. No dreams, but visions strange. <P> vi•sion. 1. the act or power of sensing with the eyes; sight. 2. the power of anticipating that which may come to be; foresight: entrepreneurial vision. 3. a. something seen in or as if in a dream, often attributed to divine agency. Noun. 1. vision-a vivid mental image; he had a vision of his own death. imagery, imaging, mental imagery, imagination-the ability to form mental images of things or events; he could still hear her in his imagination. <P> 1. a. The faculty of sight; eyesight: poor vision. b. Something that is or has been seen. 2. Unusual competence in discernment or perception; intelligent foresight: a leader of vision. 3. The manner in which one sees or conceives of something. 4. Noun. 1. vision-a vivid mental image; he had a vision of his own death. imagery, imaging, mental imagery, imagination-the ability to form mental images of things or events; he could still hear her in his imagination. <P> 1. the act, faculty, or manner of perceiving with the eye; sight. 2. (Broadcasting). a. the image on a television screen. b. (as modifier): vision control. 3. the ability or an instance of great perception, esp of future developments: a man of vision. Noun. 1. vision-a vivid mental image; he had a vision of his own death. imagery, imaging, mental imagery, imagination-the ability to form mental images of things or events; he could still hear her in his imagination. <P> WordNet Dictionary. Definition: [ 1 n] the formation of a mental image of something that is not perceived as real and is not present to the senses; popular imagination created a world of demons; imagination reveals what the world could be. [ 2 n] the ability to see; the faculty of vision. <P> Thesaurus. The thesaurus of synonyms and related words is fully integrated into the dictionary. Click on the thesaurus category heading under the button in an entry to see the synonyms and related words for that meaning. A must for anyone with an interest in the changing face of language. The Macmillan Dictionary blog explores English as it is spoken around the world today. Definition and synonyms of vision from the online English dictionary from Macmillan Publishers Limited.
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The act or power of sensing with the eyes; sight, .The power of anticipating that which may come to be; foresight: entrepreneurial vision, Something seen in or as if in a dream, often attributed to divine agency.
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what area code is zoned for centennial
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<P> Official Zoning Map. This is the Official Zoning Map for the City of Centennial Colorado with the 2011 Land Development Code. HOA, Civic Associations Map. The City of Centennial has over 150 HOAs, Civic Associations and Neighborhoods. <P> This is a SUMMARY ONLY of the Los Angeles County Zoning Ordinance (unincorporated area). The information herein is NOT ALL-INCLUSIVE. One other thing to also keep in mind -- USES MUST BE CONSISTENT WITH THE GENERAL PLAN, LOCAL PLANS, AND/OR COMMUNITY STANDARDS DISTRICTS. <P> Zip Code 89149 Employment Data. 89149 is located in the state of Nevada in the Las Vegas metro area. Zip code 89149 is primarily located in Clark County. The official postal service name used for 89149 is LAS VEGAS, Nevada. Portions of the 89149 zip code are contained within or border the city limits of Las Vegas, NV, . The 89149 area code is 702. <P> Zip Code 89149 Cities. 89149 is located in the state of Nevada in the Las Vegas metro area. Zip code 89149 is primarily located in Clark County. The official postal service name used for 89149 is LAS VEGAS, Nevada. Portions of the 89149 zip code are contained within or border the city limits of Las Vegas, NV, . The 89149 area code is 702. <P> Centennial, CO ZIP Codes. The US Postal Service considers Centennial an alternate city name for 7 Aurora
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2011 Land Development Code.
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getting real estate licence in florida if you have already ny state license
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<P> If they do not have either of these then you will need to go through the licensing process again in your new state. license reciprocity, license recognition, license requirements, licensing, licensing application, Real Estate License. Let’s face it, people move and life is always changing so while you may have no plans to move after obtaining your real estate license you may be surprised to find that next year you are packed up and on your way to another state, you just never know and planning for the future is difficult at best. <P> 1 Have a high-school diploma or equivalent (like GED). 2 Have good character. 3 You do NOT need to be a Florida resident. 4 If you are already licensed in another state, you might qualify for a mutual recognition license if you are in one of the 8 states that have an agreement with Florida. Now that you are familiar with the steps required to get your real estate license, we highly recommend our 63-hour Online Sales Associate Pre-license Course. <P> Who can take this course? You need to have had a Salesperson or Broker License in any state for two years within the last 5 years. Note: Florida Sales Person Course can be done online New York Real Estate Institute is proud to partner with Career WebSchool, the premier online training provider, to offer this course. You will also need a Certification of Licensure from the NY Dept. of State in order to apply for your Florida Broker license. In the past it has taken between 2-8 weeks to get the Certificate from the Dept. of State, therefore we recommend you do this before you start the course. <P> 1 You do NOT need to be a Florida resident. 2 If you are already licensed in another state, you might qualify for a mutual recognition license if you are in one of the 8 states that have an agreement with Florida. Now that you are familiar with the steps required to get your real estate license, we highly recommend our 63-hour Online Sales Associate Pre-license Course. <P> Requirements to get a Washington, DC real estate license if you are licensed in another state: Requirements to get a Delaware real estate license if you are licensed in another state: Requirements to get a Maryland real estate license if you are licensed in another state: Requirements to get a North Carolina real estate license if you are licensed in another state: Requirements to get a New Jersey real estate license if you are licensed in another state: Requirements to get a Pennsylvania real estate license if you are licensed in another state: Requirements to get a Virginia real estate license if you are licensed in another state: Requirements to get a West Virginia <P> License recognition pretty much means what it sounds like, another state recognizes your license. How does this benefit you? Well, if you are in Texas and moving to Arizona, if Arizona were to recognize your Texas real estate license then all you would need to do is submit an AZ. license application, pay the licensing fee and transfer your license. Let’s face it, people move and life is always changing so while you may have no plans to move after obtaining your real estate license you may be surprised to find that next year you are packed up and on your way to another state, you just never know and planning for the future is difficult at best. <P> 1 Get your Florida real estate license and complete your licensing courses. 2 A leading Florida real estate license school online since 1997. 3 Our real estate courses are ARELLO-approved & meet the state requirements to obtain a real estate license in Florida. Florida Real Estate Exam Preparation. Pass the Florida real estate license exam for brokers and salespersons on your first try! We offer real estate exam preparation courses for brokers and salespersons in Florida. Our courses are ARELLO-certified and will teach you everything you need to know to pass the Florida real estate license exam <P> 1 Have good character. 2 You do NOT need to be a Florida resident. 3 If you are already licensed in another state, you might qualify for a mutual recognition license if you are in one of the 8 states that have an agreement with Florida. Now that you are familiar with the steps required to get your real estate license, we highly recommend our 63-hour Online Sales Associate Pre-license Course.
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Florida real estate license and complete your licensing courses. 2 A leading Florida real estate license school online since 1997. 3 Our real estate courses are ARELLO-approved & meet the state requirements to obtain a real estate license in Florida.
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what does abilify do?
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<P> Abilify oral is used to treat the following: Schizophrenia, Mania associated with Bipolar Disoder, Bipolar I Disorder with Most Recent Episode Mixed, Bipolar Disorder in Remission, A Rare Developmental Disorder of Infants, Tourette's, Additional Medications to Treat Depression. <P> Abilify is the brand name of the drug aripiprazole, which is used to treat psychotic conditions, such as schizophrenia and bipolar disorder. It may also be used to treat major depression in adults and agitation in children with autism. Abilify is in a class of medications known as atypical antipsychotics. A: Abilify (aripiprazole) (http://www.everydayhealth.com/drugs/abilify) is an antipsychotic that works on chemicals in the brain. Abilify is indicated for schizophrenia and bipolar disorder. Abilify also can be used for mood disorder such as mood swings, temper tantrums and aggression. <P> Aripiprazole (Abilify ®) is a prescription medication that is used to treat schizophrenia and bipolar disorder. It is also approved to be used along with antidepressants for the treatment of major depression (this is known as “augmentation”). These chemicals, such as dopamine and serotonin, may be elevated in people with schizophrenia or bipolar disorder (also known as manic depression). The medication is not a cure for bipolar disorder, schizophrenia, autism, or major depression. <P> Aripiprazole is used to treat certain mental/ mood disorders (such as bipolar disorder, schizophrenia, Tourette's disorder, and irritability associated with autistic disorder). It may also be used in combination with other medication to treat depression. Aripiprazole is known as an antipsychotic drug (atypical type). It works by helping to restore the balance of certain natural chemicals in the brain (neurotransmitters). <P> Abilify ® (aripiprazole) is a medication that is used for treating schizophrenia, autism, and bipolar disorder. It can also be used along with antidepressants to treat depression. The drug is available by prescription and comes in several different forms, including tablets, orally disintegrating tablets, and a liquid. Many people may wonder, How does Abilify work?. Abilify belongs to a group of medications called atypical (or second-generation) antipsychotics. It is not entirely clear how this medication works for the treatment of schizophrenia, autism, bipolar disorder, or major depression. However, it is known to block or lessen the effects of several chemicals in the brain <P> Knowledge center. Abilify (aripiprazole), a partial dopamine agonist, is an antipsychotic drug with additional antidepressant qualities. Abilify has been approved for the treatment of schizophrenia, bipolar disorder, and depression as an add-on treatment when the main antidepressant is not effective enough. Abilify is an add-on prescription medication for patients with depression who are not responding well enough to their existing drug. Adults who have been taking an antidepressant for at least six weeks and are still struggling may benefit from the addition of Abilify. <P> A: Abilify (aripiprazole) is a medication that is used to treat bipolar disorder, schizophrenia, and depression. It is in a group of medications called atypical antipsychotic medications that work on chemicals in the brain that may be elevated causing your symptoms. A: Abilify (aripiprazole) (http://www.everydayhealth.com/drugs/abilify) is an antipsychotic that works on chemicals in the brain. Abilify is indicated for schizophrenia and bipolar disorder. Abilify also can be used for mood disorder such as mood swings, temper tantrums and aggression. <P> A: Abilify (aripiprazole) is a medication that is used to treat schizophrenia, bipolar disorder, and, along with antidepressants, it is used for major depression. Abilify is classified in the group of medications called atypical antipsychotics. A: Abilify (aripiprazole) (http://www.everydayhealth.com/drugs/abilify) is an antipsychotic that works on chemicals in the brain. Abilify is indicated for schizophrenia and bipolar disorder. Abilify also can be used for mood disorder such as mood swings, temper tantrums and aggression.
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A medication that is used to treat bipolar disorder, schizophrenia, and depression.
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carpal tunnel symptom
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<P> Mild carpal tunnel symptoms most often affect the hand and sometimes the forearm, but they can spread up to the shoulder. Symptoms include: 1 Numbness or pain in your hand, forearm, or wrist that awakens you at night. ( 2 Shaking or moving your fingers may ease this numbness and pain.). <P> Carpal tunnel syndrome is an irritation of the median nerve in the wrist that leads to numbness, tingling, pain, and weakness in the hand. The syndrome typically affects the thumb, index, and middle fingers and is often particularly troublesome at night. <P> Not all pain in the wrist or hand is caused by carpal tunnel syndrome. There are many other conditions with similar symptoms, such as: 1 An injury to the muscles, ligaments, tendons, or bones. 2 Nerve problems in the fingers, elbow, or neck. 3 Arthritis in the thumb joint or wrist. <P> Carpal tunnel syndrome can cause tingling, numbness, weakness, or pain in the fingers or hand. Some people may have pain in their arm between their hand and their elbow. Symptoms most often occur in the thumb, index finger, middle finger, and half of the ring finger. <P> Carpal Tunnel Syndrome-Topic Overview. Carpal tunnel syndrome is numbness, tingling, weakness, and other problems in your hand because of pressure on the median nerve in your wrist. The median nerve and several tendons run from your forearm to your hand through a small space in your wrist called the carpal tunnel. The median nerve controls movement and feeling in your thumb and first three fingers (not your little finger). Pressure on the median nerve causes carpal tunnel syndrome. <P> Carpal tunnel syndrome is numbness, tingling pain, and weakness in the thumb, index and middle fingers as a result of irritation of the median nerve being irritated at the wrist. In fact, as I next explained to her, she did not have carpal tunnel syndrome at all. <P> Carpal tunnel syndrome usually starts gradually with numbness or tingling in your thumb, index and middle fingers that comes and goes. This may be associated with discomfort in your wrist and hand. Common carpal tunnel syndrome symptoms include: Tingling or numbness. <P> Carpal tunnel syndrome is a condition in which there is excessive pressure on the median nerve. This is the nerve in the wrist that allows feeling and movement to parts of the hand. Carpal tunnel syndrome can lead to numbness, tingling, weakness, or muscle damage in the hand and fingers.
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Carpal tunnel syndrome is numbness, tingling, weakness, and other problems in your hand because of pressure on the median nerve in your wrist.
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advantages of three phase supply over single phase
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<P> Re: Advantages of three phase systems over single phase. The big advantage with 3 phase mains is that any electric motor connected to it is more efficient, has smother running and uses less parts so is more reliable. There is also a slight advantage in using 3 phase transformers over single phase ones. <P> The advantages of a three-phase power distribution system over a single-phase system can be demonstrated in the following circuits. For purposes of comparison, both circuits will maintain an equivalent power capacity and load. <P> Advantages of 3 Phase System Compared to Single Phase System. Three phase system is widely used in generation, transmission and distribution. Single phase system is only used to operate small electrical appliances at consumer ends where the power rating is very less. <P> 1 Three phase system gives steady output. 2 Single phase system can be obtained from three phase supply system, vice-versa is not possible. 3 For converting systems like rectifiers, the dc voltage waveform becomes more smoother with the increase in the number of phases of the system. <P> There are several advantages of 3-phase power over single phase power. First, with 3-phase power, more power can be transferred with the same amount of wire (meaning the … amount of copper used in all of the conductors transferring that power) as with single or 2- <P> Re: Advantages of three phase systems over single phase. The 3 phase system has an advantage for the single phase system for sure, the 3 phase system has more power than the single phase system, such that p=3vicos(theta). <P> Three phase system has the following advantages as compare to single phase system: 1 Power to weight ratio of 3-oe ø alternator is high as compare to-1 oe. 2 ø alternator means for generation for same Amount Of, electric power the size-of 3 oe ø alternator is small as-compare To. 1 <P> Advantages and disadvantages of three phase system over single phase System A) In a single phase circuit the power delivered is pulsating. In three phase system the total power delivered is stable if the loads are balanced by the power of any one phase or circuit might be negative. <P> 1 Single phase system can be obtained from three phase supply system, vice-versa is not possible. 2 For converting systems like rectifiers, the dc voltage waveform becomes more smoother with the increase in the number of phases of the system. 3 Hence three phase system is advantageous compared to single phase system. <P> Properties requiring more power can be supplied with a second phase from a three-phase neighborhood supply, or in some cases a full three-phase supply. Three-phase is required for motors of over 30-40 HP, while most small motors up to 5 HP are single-phase.
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Any electric motor connected to it is more efficient, has smother running and uses less parts so is more reliable. There is also a slight advantage in using 3 phase transformers over single phase ones.
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what is a debris slide
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<P> Addition of Moisture: A sudden flow of water from heavy rain, or rapid snowmelt can be channeled over a steep valley filled with debris that is loose enough to be mobilized. The water soaks down into the debris, lubricates the material, adds weight, and triggers a flow. A mud flow is composed of mud and water. Debris flows have larger particles-at least 50% of a debris flow is made-up of sand-size or larger particles. Debris flows can be triggered by many different situations. <P> debris slide. (geology). A type of landslide involving a rapid downward sliding and forward rolling of comparatively dry, unconsolidated earth and rocky debris. 1 Facebook <P> Wildfires. Landslides and Mudslides Landslides occur when masses of rock, earth or debris move down a slope. Mudslides, also known as debris flows or mudflows, are a common type of fast-moving landslide that tends to flow in channels. Information adapted from the Centers for Disease Control and Prevention. <P> A slide is a coherent block of material that slides over a failure surface. A mud flow is composed of mud and water. Debris flows have larger particles-at least 50% of a debris flow is made-up of sand-size or larger particles. Debris flows can be triggered by many different situations. <P> A landslide, also known as a landslip, is a geological phenomenon that includes a wide range of ground movements. Rockfalls, deep failure of slopes and shallow debris flows were common. Landslides can occur in offshore, coastal and onshore environments. Landslide in which the sliding surface is located within the soil mantle or weathered bedrock (typically to a depth from few decimetres to some metres)is called a shallow landslide. They usually include debris slides, debris flow, and failures of road cut-slopes. <P> A debris flow is a moving mass of loose mud, sand, soil, rock, water and air that travels down a slope under the influence of gravity. To be considered a debris flow the moving material must be loose and capable of flow, and, at least 50% of the material must be sand-size particles or larger. A mud flow is composed of mud and water. Debris flows have larger particles-at least 50% of a debris flow is made-up of sand-size or larger particles. Debris flows can be triggered by many different situations. <P> Severe damage to road caused by landslide. A landslide is the movement of rock, debris or earth down a slope. They result from the failure of the materials which make up the hill slope and are driven by the force of gravity. Landslides are known also as landslips, slumps or slope failur <P> 2. For general information about slides, debris flows, rock falls, or other types of landslides in your area, contact your city or county geology or planning office. In addition, all 50 States have State Geological Surveys that can be accessed through a link at the USGS Web site, http://landslides.usgs.gov. 3. <P> A debris slide is a type of slide characterized by the chaotic movement of rocks, soil, and debris mixed with water and/or ice. They are usually triggered by the saturation of thickly vegetated slopes which results in an incoherent mixture of broken timber, smaller vegetation and other debris. Landslide in which the sliding surface is located within the soil mantle or weathered bedrock (typically to a depth from few decimetres to some metres)is called a shallow landslide. They usually include debris slides, debris flow, and failures of road cut-slopes.
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A type of landslide involving a rapid downward sliding and forward rolling of comparatively dry, unconsolidated earth and rocky debris.
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what is programmatic marketing
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<P> For several years we have been hearing about programmatic marketing (also known as programmatic advertising or programmatic media) as the Next Big Thing in the digital world. To make it work, a programmatic marketing platform (PMP) needs big data analytics. By casting a wide net, seeking all manner of information, analysts find hidden patterns, trends, and preferences. <P> The programmatic marketing process To make it work, a programmatic marketing platform (PMP) needs big data analytics. By casting a wide net, seeking all manner of information, analysts find hidden patterns, trends, and preferences. <P> No, it’s not. Real-time bidding is a type of programmatic ad buying, but it isn’t the only one. RTB refers to the purchase of ads through real-time auctions, but programmatic software also allows advertisers to buy guaranteed ad impressions in advance from specific publisher sites. <P> This is the latest in a series of articles that explains, in plain English, new technology tools and platforms that are changing the face of digital media. To suggest new entries, please email me. Programmatic ad buying has changed the face of online advertising, but there’s still confusion around what it actually is. Real-time bidding is a type of programmatic ad buying, but it isn’t the only one. RTB refers to the purchase of ads through real-time auctions, but programmatic software also allows advertisers to buy guaranteed ad impressions in advance from specific publisher sites. <P> Next! So, programmatic marketing and big data are real. The digital marketing industry didn’t invent big data. It’s existed for a long, long time; but, a programmatic approach that glues it together to make it actionable is brand new. Dax Hamman is the Chief Strategy Officer at Chango, the solution to programmatic marketing and big data, and is based in San Francisco and London. You can follow him on Twitter @DaxHamman. <P> What is Programmatic Marketing. The term Programmatic media (also known as programmatic marketing or programmatic advertising) encompasses an array of technologies that automate the buying, placement, and optimisation of media inventory, in turn replacing human-based methods. This is a far more sophisticated bidding and timing opportunity than simple remarketing schemes. Programmatic marketing allows a marketer to set utilize the platform to optimize both the targeting, bidding and execution to maximize the return on investment. <P> Programmatic marketing is the targeted purchasing and selling of advertising space on all digital platforms. It requires the use of vast sets of data to pinpoint the market you want to reach, when you want to reach them. To make it work, a programmatic marketing platform (PMP) needs big data analytics. By casting a wide net, seeking all manner of information, analysts find hidden patterns, trends, and preferences. <P> “Programmatic” ad buying typically refers to the use of software to purchase digital advertising, as opposed to the traditional process that involves RFPs, human negotiations and manual insertion orders. It’s using machines to buy ads, basically. Real-time bidding is a type of programmatic ad buying, but it isn’t the only one. RTB refers to the purchase of ads through real-time auctions, but programmatic software also allows advertisers to buy guaranteed ad impressions in advance from specific publisher sites. <P> By now you've probably heard a thing or two about programmatic marketing. But just because you've heard about it, doesn't mean what you've heard is true. As with any buzz-generating term, there are plenty of misconceptions about programmatic marketing. To clear things up, let's go over the basics and why they matter. <P> John Nardone, CEO, [x+1]. Programmatic buying is a subset of programmatic marketing. Programmatic marketing uses real time systems, rules and algorithms to automate the delivery of data driven, targeted and relevant experiences to consumers as they interact with a brand’s many touch points. Generally, programmatic buying is similar to programmatic stock trading insofar as buying happens as the result of a computational proxy bidding on behalf of human masters. I define programmatic buying as the application of artificial intelligence and big data to:
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It is term that encompasses an array of technologies that automate the buying, placement, and optimisation of media inventory, in turn replacing human-based methods.
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lyme disease bacteria name
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<P> Lyme disease is caused by a spirochete—a corkscrew-shaped bacterium called Borrelia burgdorferi. Lyme is called “The Great Imitator,” because its symptoms mimic many other diseases. It can affect any organ of the body, including the brain and nervous system, muscles and joints, and the heart. Share. Lyme disease is a bacterial infection primarily transmitted by Ixodes ticks, also known as deer ticks, and on the West Coast, black-legged ticks. These tiny arachnids are typically found in wooded and grassy areas <P> Borrelia burgdorferi is a bacterial species of the spirochete class of the genus Borrelia. B. burgdorferi exists in North America and Europe and is the predominant causative agent of Lyme disease. Borrelia species are considered diderm (double-membrane) bacteria rather than Gram positive or negative. <P> Lyme disease (LD) is a multistage, multisystem bacterial infection caused by the spirochete Borrelia burgdorferi, a spiral shaped bacterium that is most commonly transmitted by a tick bite. Two of the most well-known diseases are Rocky Mountain Spotted Fever and Lyme disease. Ticks can also transmit tularemia (a plague-like disease in rodents that can be transmitted to man), relapsing fever, and ehrlichiosis (an abrupt illness consisting of fever, rash, nausea, vomiting, and weight loss). <P> This disease is a bacterial infection transmitted by the spirochete, Borrelia burgdorfe … ri. ------------------------------------------------------- Lyme disease is a bacterial infection spread to humans by infected ticks. The bacteria that causes Lyme Disease is Borrelia burgdorferi which is a spirochete, . Actually the spirochete can change into 3 different forms -- 1) the spiral snake lik … e, long spiral rod or spring. 2) Jelly like with no cell wall and 3) Encased in a shell like cyst. Antibiotics will not touch shapes 2 & 3 <P> A new tick borne illness that is similar to Lyme disease, with symptoms including fever and muscle pain, are being reported among people in the U.S. for the first time this year. The bacteria, called Borrelia miyamotoi is relatively new and is one of five newly identified diseases spread by deer ticks. <P> Lyme disease, also known as Lyme borreliosis, is an infectious disease caused by bacteria of the Borrelia type. The most common sign of infection is an expanding area of redness, known as erythema migrans, that begins at the site of a tick bite about a week after it has occurred. Not all patients with Lyme disease have all symptoms, and many of the symptoms are not specific to Lyme disease, but can occur with other diseases, as well. The incubation period from infection to the onset of symptoms is usually one to two weeks, but can be much shorter (days), or much longer (months to years). <P> Recommend on Facebook Tweet ShareCompartir. The Lyme disease bacterium, Borrelia burgdorferi, is spread through the bite of infected ticks. The blacklegged tick (or deer tick, Ixodes scapularis) spreads the disease in the northeastern, mid-Atlantic, and north-central United States. <P> Lyme disease is caused by spirochetal bacteria from the genus Borrelia. Spirochetes are surrounded by peptidoglycan and flagella, along with an outer membrane similar to other Gram-negative bacteria. Not all patients with Lyme disease have all symptoms, and many of the symptoms are not specific to Lyme disease, but can occur with other diseases, as well. The incubation period from infection to the onset of symptoms is usually one to two weeks, but can be much shorter (days), or much longer (months to years).
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Lyme borreliosis
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types of cichlids that get along
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<P> The majority of the continent's cichlids come from these lakes and have similar temperaments. African cichlids prefer hard, alkaline water. Most are very aggressive, but in a large tank, dissimilar-patterned species can get along. You do want to avoid keeping closely related species together, since they may produce undesirable hybrids. For example, no two Auloncara species should share an aquarium. <P> Cichlid tanks are best limited to cichlids only, and only cichlids from the same continent should be housed together. A few species of catfish and plecostomus can get along with cichlids. Like cichlids, catfish are extremely diverse. Choose South American catfish for a South American cichlid tank and African catfish for an African cichlid tank to avoid disease problems. Large, speedy, aggressive catfish can do well with cichlids, as can slower species that hide. <P> Our list of cichlid types covers a wide array of species from all around the world. The cichlid family is so vast that there are many types of cichlids that make good aquarium inhabitants. Some South American Cichlid species are of a more amiable nature, such as the severum, angelfish, and dwarf cichlids. The South American Cichlids are also known as New World cichlids and include Central American Cichlids and American Dwarf Cichlids. They are found primarily in Central and South America, with the Texas Cichlid found in the southern part of North America. <P> Here at EarthWorks there are four species of cichlids: the Black Belt Cichlid, the Convict Cichlid, the Green Terror Cichlid and the Jack Dempsey Cichlid. Cichlids species like the Jack Dempsey and the Convict are aggressive toward other fish. All of us at EarthWorks are all close in size, so we tend to get along well. All four species vary in shape and color, but some common colors are black, white, dark blue, and gray with many colored patterns. <P> The severum and the firemouth might get along OK in a large tank if each had plenty of hiding places, but you didn't even say what size tank you are thinking of. There are some other fish that can live with some cichlids, but, again, that all depends on the species of cichlid. No, there are thousands of cichlids from all different types of water and environments on 4 separate continents and many of them can't even live in the same water. Others just can't live together. Firemouth cichlids are great fish and relatively easy to breed. <P> Many species of cichlids are highly aggressive and shouldn't be paired with other types of fish. Some African cichlid species to avoid include the bumblebee (Pseudotropheus crabro) and the auratus (Melanochromis auratus), which is considered one of the most aggressive cichlid species. They're considered to be one of the least aggressive cichlid species, so you shouldn't keep them with aggressive fish. The compressiceps (Altolamprologus compressiceps) from Lake Tanganyika is nonaggressive and would get along with calm fish like platies. <P> South America also houses several larger river cichlids. These species will often get along well in aquariums. For example, various species of freshwater angelfish and the discus fish make great tank mates. Both species prefer soft, acidic water and, importantly, grow to about the same size. African cichlids prefer hard, alkaline water. Most are very aggressive, but in a large tank, dissimilar-patterned species can get along. You do want to avoid keeping closely related species together, since they may produce undesirable hybrids. For example, no two Auloncara species should share an aquarium. <P> Catfish are one fish type that can co-exist with cichlids. Like cichlids, catfish are extremely diverse. Choose South American catfish for a South American cichlid tank and African catfish for an African cichlid tank to avoid disease problems. Large, speedy, aggressive catfish can do well with cichlids, as can slower species that hide. <P> Few other fish can get along with cichlids, which generally are toothy, aggressive, and super-territorial. Fish placed in a cichlid tank need to be very fast, be able to hold their own against aggression, and must naturally exploit different regions of the tank than the cichlids. Like cichlids, catfish are extremely diverse. Choose South American catfish for a South American cichlid tank and African catfish for an African cichlid tank to avoid disease problems. Large, speedy, aggressive catfish can do well with cichlids, as can slower species that hide. <P> South American cichlids are more diverse in body type and behavior, and more of the South American species can mix with other fish. Mixing African and South American cichlids is a recipe for disaster, because their immunities are different. Like cichlids, catfish are extremely diverse. Choose South American catfish for a South American cichlid tank and African catfish for an African cichlid tank to avoid disease problems. Large, speedy, aggressive catfish can do well with cichlids, as can slower species that hide.
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Various species of freshwater angelfish and the discus fish make great tank mates.
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where is food absorbed in the blood
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<P> Almost all the body's nutrients are absorbed into the bloodstream through the small intestine, which has three sub-divisions: the Duodenum, the Jejunum and the Ileum. (Most absorption occurs in the Jejunum, or middle section). <P> Digestion is the breakdown of food into smaller particles or individual nutrients. It is accomplished through six basic processes, with the help of several body fluids—particularly digestive juices that are made up of compounds such as saliva, mucus, enzymes, hydrochloric acid, bicarbonate, and bile. <P> Food has two types of iron — heme iron and non-heme iron. Heme iron is found in meat, fish and poultry, and is the form of iron that is most readily absorbed from your stomach and taken up into your body after you eat it. Non-heme iron is found in plant foods as well as meat. <P> Absorption and Transport of Nutrients. Digested molecules of food, water and minerals from the diet, are absorbed from the cavity of the upper small intestine. The absorbed materials cross the mucosa into the blood, and are carried off in the bloodstream to other parts of the body for storage or further chemical change. <P> Most of the food is broken down and absorbed (taken in) into the blood where it is taken to all parts of the body. The food is used to give us energy to move, breathe, keep warm and many other activities. <P> Absorbing nutrients. Most of the nutrients in the food you eat pass through the lining of your small intestine into your blood. The lining of the small intestine is covered in tiny microvilli. <P> Function: Chemical digestion of food and absorption of nutrients into your blood. Longest section of your digestive tract. Your small intestine is around five metres long, making it the longest section of your digestive tract. Although it is longer than your large intestine it has a smaller diameter. <P> Absorption. Digested food molecules are absorbed in the small intestine. This means that they pass through the wall of the small intestine and into our bloodstream. Once in the bloodstream, the digested food molecules are carried around the body to where they are needed.
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Digested food molecules are absorbed in the small intestine.
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what phase is it when homologous chromosomes pair up
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<P> We know that homologous chromosomes have to pair up during meiosis, but exactly how they do this remains a bit of a mystery. One of the tricky things about studying homologous chromosomes is that different species use different mechanisms for pairing their chromosomes. <P> Homologous chromosomes are pairs of chromosomes, one from the mother and one from the father, in which each homolog has the same genes at the same loci along their lengths. Du … ring prophase I in meiosis, the two chromosomes in each homologous pair line up next to each other. This pairing process is called synapsis, and the resulting homologous pair is called a bivalent in reference to the two chromosomes or a tetrad in reference to the four sister chromatids involved. <P> Anaphase I Spindle fibers move homologous chromosomes to opposite sides 3. Telophase 2 Nuclear membrane reforms, cytoplasm divides, 4 daughter cells formed 4. Metaphase 2 Chromosomes line up along equator, not in homologous pairs 5. <P> Phases of Meiosis. Name of Phase. Description. 1. Homologous chromosomes pair up and form tetrad 2. Spindle fibers move homologous chromosomes to opposite sides 3. Nuclear membrane reforms, cytoplasm divides, 4 daughter cells formed 4. Chromosomes line up along equator, not in homologous pairs 5. Crossing-over occurs 6. <P> Homologous chromosomes are pairs of chromosomes, one from the mother and one from the father, in which each homolog has the same genes at the same loci along their lengths. Du … ring prophase I in meiosis, the two chromosomes in each homologous pair line up next to each other.
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Prophase I
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what was the significance of the siege of tobruk
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<P> On 8th April 1941 the garrison of Tobruk consisting of the Australian 9th Division, the 18th Brigade of the 7th Division with British and Indian Troops, came under siege which was to last for 242 days. The German forces made two serious attempts to capture Tobruk using blitzkrieg tactics of a deep armoured thrust through defences followed up by infantry. Up until this point in the war these blitzkrieg tactics had never failed. Between April and the end of August, the garrison was subjected to 593 enemy air raids. <P> The Axis siege of Tobruk began on 10 April, when the port was attacked by a force under Generalleutnant Erwin Rommel and continued during three relief attempts, Operation Brevity (15–16 May), Operation Battleaxe (15–17 June) and Operation Crusader 18 November – 30 December). The siege of Tobruk was lifted in December 1941 in the course of Operation Crusader and Axis forces re-captured the port in 1942, after defeating the Eighth Army in the Battle of Gazala. <P> Tobruk and the 9th Division were subsequently encircled, beginning what became known as the siege of Tobruk. Reinforced by the 18th Brigade of the 7th Australian Division and other British and Commonwealth troops, and resupplied by the sea, the 9th Division held Tobruk from April to September 1941. During this period it repelled two major German attacks. When British and Commonwealth forces advanced out of Egypt and into Libya in January 1941, Tobruk was their second objective. The Italian defence perimeter was attacked by the 6th Australian Division on the morning of 22 January and the town fell the next morning. <P> The siege of Tobruk was the first occasion in the war that German Panzer units had been stopped. The siege of Tobruk was lifted in December 1941 in the course of Operation Crusader and Axis forces re-captured the port in 1942, after defeating the Eighth Army in the Battle of Gazala. <P> The siege diverted Axis troops from the frontier and the Tobruk garrison repulsed several attacks. The port was frequently bombarded by artillery, dive-bombers and medium bombers, as the RAF flew defensive sorties from airfields far away in Egypt. The siege of Tobruk was lifted in December 1941 in the course of Operation Crusader and Axis forces re-captured the port in 1942, after defeating the Eighth Army in the Battle of Gazala. <P> The SIEGE of TOBRUK April 1941 December 1941 In the weeks leading up to 9 December 1941, lighters and barges laden with Australian troops slid silently from the battered waterfront of Tobruk. Not a man of them spoke as the ghostly flotilla maneuvered to the sides of waiting warships. <P> the battle lof turbru. k. The battle of tobruk, located on the north coast of Africa, was a battle in world war 2 in which a contingent of Australian and British soldiers held out against a superior force led by Erwin Rommel, a great German general. the countries involved in the battle of Tobruk were the allied and axis forces the main people from the two parties were: Italy, Germany, Britain, Australia and America. <P> The siege on Tobruk was lifted in late Nov due to the success of the Allied Operation Crusader offensive which began on 18 Nov 1941. Between Apr and Nov 1941, the Allies suffered over 3,000 casualties and 941 captured, most of whom were Australian. The Axis suffered about 8,000 casualties. Source: Wikipedia. Just after noon on 11 Apr, the second attack on Tobruk's defenses began with the 5th Panzer Regiment of the German 5th Light Division attacking troops of the Australian 20th Infantry Brigade just west of the El Adem road; this attack was halted with 5 German tanks destroyed. <P> Answers. Best Answer: The Siege of Tobruk took place in the Western Desert of North Africa in 1941 at the height of the Second World War. The German forces made two serious attempts to capture Tobruk using blitzkrieg tactics of a deep armoured thrust through defences followed up by infantry. Up until this point in the war these blitzkrieg tactics had never failed. Between April and the end of August, the garrison was subjected to 593 enemy air raids.
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The siege diverted Axis troops from the frontier and the Tobruk garrison repulsed several attacks.
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what is a contractual agreement that specifies the methods by which a dealer can produce
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<P> A Supplier Contract or Supply Contract is an agreement between a business and an external supplier for the delivery of a defined set of products and services. A Supplier Contract is a legal agreement and is used as the basis upon which to measure the supplier's performance. In addition to listing the items to be supplied, the Supply Contract states the timeframes, responsibilities, pricing and payment clauses needed to administer the relationship. A Supplier Contract should be used whenever you need to purchase products or services from an external supplier. By documenting a supply contract, your external suppliers will treat the relationship more seriously. <P> A new contract is created with the same terms as the original one, but the parties are different. Contractual liability may be voluntarily discharged by the agreement of the parties, by estoppel, and by the cancellation, intentional destruction, or surrender of a contract under seal with intent to discharge the duty. A donee beneficiary of the contract is a non-party who benefits from a promise that is made for the purpose of making a gift to him or her. A donor wishes to give a donee $200 as an anniversary present. The donor plans to sell a television set for $200 to a purchaser, who promises to pay the donee the $200 directly. <P> It includes all of the sections, standard terms and conditions that should be included within a typical supply contract between a business and a supplier. You will save time and effort by using it to create your supplier agreements, as it has been formatted and pre-completed for ease of use. A Supplier Contract should be used whenever you need to purchase products or services from an external supplier. By documenting a supply contract, your external suppliers will treat the relationship more seriously. <P> A contract is a legally enforceable promise or undertaking that something will or will not occur. The word promise can be used as a legal synonym for contract, although care is required as a promise may not have the full standing of a contract, as when it is an agreement without consideration. The remedy for breach of contract can be damages in the form of compensation of money or specific performance enforced through an injunction. Both of these remedies award the party at loss the benefit of the bargain or expectation damages, which are greater than mere reliance damages, as in promissory estoppel. <P> A mistake is an incorrect understanding by one or more parties to a contract and may be used as grounds to invalidate the agreement. Common law has identified three different types of mistake in contract: common mistake, mutual mistake, and unilateral mistake. The remedy for breach of contract can be damages in the form of compensation of money or specific performance enforced through an injunction. Both of these remedies award the party at loss the benefit of the bargain or expectation damages, which are greater than mere reliance damages, as in promissory estoppel. <P> The courts may not create a contract for the parties. When the parties have no express or implied agreement on the essential terms of a contract, there is no contract. Courts are only empowered to enforce contracts, not to write them, for the parties. A contract, in order to be enforceable, must be a valid. A donee beneficiary of the contract is a non-party who benefits from a promise that is made for the purpose of making a gift to him or her. A donor wishes to give a donee $200 as an anniversary present. The donor plans to sell a television set for $200 to a purchaser, who promises to pay the donee the $200 directly. <P> An unwritten, unspoken contract, also known as a contract implied by the acts of the parties, which can be either an implied-in-fact contract or implied-in-law contract, may also be legally binding. Implied-in-fact contracts are real contracts under which the parties receive the benefit of the bargain. The remedy for breach of contract can be damages in the form of compensation of money or specific performance enforced through an injunction. Both of these remedies award the party at loss the benefit of the bargain or expectation damages, which are greater than mere reliance damages, as in promissory estoppel. <P> Conditions are terms that go to the very root of a contract. Breach of these terms gives the right to repudiate the contract, allowing the other party to discharge the contract. A warranty is less imperative than a condition, so the contract will survive a breach. A contractual term is Any provision forming part of a contract. Each term gives rise to a contractual obligation, breach of which can give rise to litigation. Not all terms are stated expressly and some terms carry less legal gravity as they are peripheral to the objectives of the contract <P> A bilateral contract is an agreement in which each of the parties to the contract makes a promise or set of promises to each other. For example, in a contract for the sale of a home, the buyer promises to pay the seller $200,000 in exchange for the seller's promise to deliver title to the property. The remedy for breach of contract can be damages in the form of compensation of money or specific performance enforced through an injunction. Both of these remedies award the party at loss the benefit of the bargain or expectation damages, which are greater than mere reliance damages, as in promissory estoppel.
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Supplier Contract or Supply Contract
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average cost of holiday to new zealand
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<P> Thats more than the wife and i spent on a Niseko trip 2 years ago (in total from Syd on JAL). gareth_oau said: we did a holiday to threddders a few years ago - 7 of us, total cost $26k, so thats an average of $3,714 pp. Now add this to the OP's $945 and we get a new average australian price of $2329 per person. <P> Pingback: Breakdown of costs for Travelling in Australia for Five Weeks. Pingback: Adapting to Travel | Here's How We're Coping After a Month of Travel. Great overview of your New Zealand spending. We spent 25 days traversing New Zealand (both islands) and came in at $180/day or $4,500 total. <P> Find out how much we spent in New Zealand in 28 days. New Zealand is our first stop on our round-the-world adventure back in January 2012. It rained on us. In fact, of the 28 days we’ve spent driving from North Island to South Island, we averaged just a handful of clear and sunny skies. <P> Furthermore around 80% of the New Zealand visitors will not be affected by the growing cost since they do not need a visa in order to travel to New Zealand. <P> Did you know that the average cost of a snow holiday in Australia is $945 per person, while the average cost of a New Zealand holiday is $2,802 per person. <P> Government of New Zealand has announced that new, increased fees will be introduced for most of the NZ visas from 2 July 2012. The average increase of the visa fees will be around16,7 percent. The new prices are going to reflect the growing cost of delivering of immigration services. According to Immigration New Zealand the new visa fess will still be competitive in comparison with those of other industrialized countries. <P> Movies cost anywhere between NZ$10 to NZ$16 per person, depending on the day or session time. Some luxury theatres in New Zealand offer premium seating options that can cost up to NZ$40 per ticket. <P> I went to New Zealand five years ago and spent $2000 on a nice week and a half holiday (self drive, staying in cheap motels) including food and sightseeing but not travel to New Zealand.
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$2,802 per person
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what is the term describe
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<P> Show more usage examples... The end of his trial term was near he would now be called in for an evaluation to see if the company saw him fit enough to continue working for them indefinitely. 4 people found this helpful. According to the term of the quarterback's contract he will be able to decide if he wants to enter free agency next season. Definitions (2). 1.Fixed period for which a loan, insurance policy, or bond is issued, a time or fixed deposit is made, or a contract lasts. 2. Clause or provision that constitutes a substantive part of a contract and may create a contractual obligation breach of which could be cause for legal action. <P> Long-term care can last a short time or a long time. Short-term care lasts several weeks or a few months while someone is recovering from a sudden illness or injury. For example, a person may get short-term rehabilitation therapy at a nursing facility after hip surgery, then go home. It is difficult to predict how much or what type of long-term care a person might need. Several things increase the risk of needing long-term care. 1 Age -- The risk generally increases as people get older. <P> Human anatomy allows for lots of movement. You use certain anatomical terms to describe how the parts of the body move. Think of a hinge — it opens and closes; it bends and straightens. Many parts of the body can move in this fashion: Flexion: This movement is the bending of a part, or decreasing the angle between two parts <P> Desktop. 1. Desktop is a term commonly used to describe a desktop computer. 2. In reference to software, desktop refers to the desktop environment, which is a Graphical User Interface metaphor that facilitates interaction between the user and the operating system. 1. Desktop is a term commonly used to describe a desktop computer <P> Long-term care is provided in different places by different caregivers, depending on a person's needs. Most long-term care is provided at home by unpaid family members and friends. It can also be given in a facility such as a nursing home or in the community, for example, in an adult day care center. It is difficult to predict how much or what type of long-term care a person might need. Several things increase the risk of needing long-term care. 1 Age -- The risk generally increases as people get older. <P> By Barry Higgins AAA |. A: Term insurance is a type of life insurance policy that provides coverage for a certain period of time, or a specified term of years. If the insured dies during the time period specified in the policy and the policy is active-or in force-then a death benefit will be paid. <P> “ Companies create terms to protect themselves from liability resulting from improper use of their product thereby allowing your use of a product they created while they minimize any potential consequences that can come back to them regardless of the use of their product. <P> Depending upon its importance, a term may either be a condition (essence of a contract) or a warranty (material part of a contract). A term may either be an express term (clearly and directly stated) or an implied term (inserted by the courts or a statute). Definitions (2). 1.Fixed period for which a loan, insurance policy, or bond is issued, a time or fixed deposit is made, or a contract lasts. 2. Clause or provision that constitutes a substantive part of a contract and may create a contractual obligation breach of which could be cause for legal action.
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desktop computer
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what is a common noun
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<P> What is a Common Noun. A noun is a word that names a person, animal, place, thing, or idea. All nouns can be further classified as proper or common. Common nouns are words used to name general items rather than specific ones. The following common noun examples will help you to recognize common nouns. In the sentences that follow, common noun examples are italicized. Notice that the examples providing proper nouns name specific versions of the same type of person, animal, place, thing, or idea. 1 Common Noun: You broke my favorite mug. <P> Common Noun Examples. The following common noun examples will help you to recognize common nouns. In the sentences that follow, common noun examples are italicized. Notice that the examples providing proper nouns name specific versions of the same type of person, animal, place, thing, or idea. 1 Common Noun: You broke my favorite mug. <P> common noun. noun. Tweet. : a word (such as “singer,” “ocean,” or “car”) that refers to a person, place, or thing but that is not the name of a particular person, place, or thing. : a noun that may occur with limiting modifiers (as a or an, some, every, and my) and that designates any one of a class of beings or things. <P> Definition. A common noun is a noun that's not the name of any particular person, place, or thing. A common noun represents one or all of the members of a class, and it can be preceded by the definite article (the). Contrast with proper noun. <P> A common noun is a word that names people, places, things, or ideas. They are not the names of a single person, place or thing. A common noun begins with a lowercase letter unless it is at the beginning of a sentence. <P> (A proper noun is used for a specific person, place, or thing.). Here are some examples of common nouns and proper nouns: Unless it starts a sentence or is part of a proper noun, a common noun is not written with a capital letter. Look the following examples (common nouns shaded): A common noun is the word for something (e.g., boy, cat, lake, bridge). It is different from a proper noun, which is the name we give to something (e.g., Peter, Lucky, Lake Superior, The London Bridge). All nouns can be categorized into one of two groups: common nouns and proper nouns. <P> But they are not the actual NAMES of people, place or things. In other words, the word “girl” is a common noun, but the word “Ashley” is a proper noun because it’s the specific name of the girl. By the same token “street “ is a common noun, but “Main Street” is a proper noun as it calls a specific street by name. The word “Colorado” is a proper noun because it names a particular state. The word “state” is a common noun because it could refer to any state in America. <P> Common. Common nouns are your run-of-the-mill, generic nouns. They name people, places, things or ideas that are not specific. woman, city, dog, shoe. Since these nouns are not naming anything specific, they do not need to start with a capital letter unless they begin a sentence. Psst! <P> The important thing to remember is that common nouns are general names. Thus, they are not capitalized unless they begin a sentence or are part of a title. Proper nouns, those that name specific things, do require capitalization. Notice the difference in the chart below: Nouns name people, places, and things. Every noun can further be classified as common or proper. A common noun names general items. Go into the kitchen. <P> Name: ________________________ Common and Proper Nouns A common noun names a general person, placeor thing.examples: I went to the city.The man was kind.A proper noun names a specific person, place, or thing.Always capitalize the first letter of a proper noun.examples: I went to San Francisco.Mr. ANSWER KEY Common and Proper Nouns A common noun names a general person, placeor thing.examples: I went to the city.The man was kind.A proper noun names a specific person, place, or thing.Always capitalize the first letter of a proper noun.examples: I went to San Francisco.Mr. Brow
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It is a word that names people, places, things, or ideas.A common noun begins with a lowercase letter unless it is at the beginning of a sentence.
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what date did france stop using the guillotine for executions
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<P> The guillotine continued to be used long after the Revolution and remained France's standard method of judicial execution until the abolition of capital punishment in 1981. The last person guillotined in France was Hamida Djandoubi, on 10 September 1977. The guillotine continued to be used in East Germany by the Stasi between 1950 and 1990 for secret executions. In Switzerland it was used for the last time by the canton of Obwalden in the execution of murderer Hans Vollenweider in 1940. <P> The guillotine was used for the last time in France on Sep. 10, 1977. It was also the last time somebody was executed in France. The last public execution took place on June 17, 1939. Several devices like it already existed, though they were often not as efficient as the guillotine. Louis XVI banned the use of the Breaking wheel, which was first the method … to publicly kill criminals, but this was considered too cruel (...). <P> The first official debate on the death penalty in France took place on 30 May 1791, with the presentation of a bill aimed at abolishing it. The advocate was Louis-Michel Lepeletier of Saint-Fargeau and the bill was supported by Maximilien de Robespierre. 1 In 1981, Le Figaro carried out a survey the day after the vote for abolition. 2 It indicated that 62% of the French were for maintaining the death penalty. 3 In 1998, IFOP 's and France Soir 's survey showed that opinions were split in half, with 54% against the death penalty and 44% for it. <P> The Halifax Gibbet, a precursor to the guillotine was used in Halifax, England, at executions on market-days. May have functioned as early as 1280. The last execution with the Halifax gibbet took place in 1648. The Maiden was constructed and used in Scotland. <P> The guillotine was used for the last time in West Germany in 1949 (in the execution of Richard Schuh) and in East Germany in 1966 (in the execution of Horst Fischer). The guillotine continued to be used in East Germany by the Stasi between 1950 and 1990 for secret executions. In Switzerland it was used for the last time by the canton of Obwalden in the execution of murderer Hans Vollenweider in 1940. <P> The last person to be executed in France was Hamida Djandoubi, who was put to death in September 1977. The death penalty was abolished in French law in 1981. It is now also forbidden by the French constitution, and by several human rights treaties to which France is a party. 1 In 1981, Le Figaro carried out a survey the day after the vote for abolition. 2 It indicated that 62% of the French were for maintaining the death penalty. 3 In 1998, IFOP 's and France Soir 's survey showed that opinions were split in half, with 54% against the death penalty and 44% for it. <P> The guillotine, and capital punishment, are not used anymore in France. The last execution took place in the 1970s, and the death penalty was abolished in 1981. 3 people found this useful. Edit. Several devices like it already existed, though they were often not as efficient as the guillotine. Louis XVI banned the use of the Breaking wheel, which was first the method … to publicly kill criminals, but this was considered too cruel (...). <P> Djandoubi's execution on 10th September 1977 was the last in France before Justice Minister Robert Badinter finally succeeded in abolishing the death penalty in 1981. But the French premiere date of A New Hope isn’t the only connection that the Star Wars saga has to the macabre device. During the last public guillotine execution of murderer Eugene Eugène weidmann in, 1939 a-17-year old boy by the name Of Christopher lee was present in the crowd of…. Spectators further: Source.history. com <P> Consciousness survives long enough for such a perception. Of course France wasn't the only country to have the guillotine. The guillotine was used in Algeria, Belgium, Germany, Greece, Switzerland and Vietnam well into the last century. Even the socially-conscious Swedes relied on the sharp flashing blade to carry out their executions. <P> Capital punishment was practiced in France from the Middle Ages until 1977, when the last execution took place by guillotine, being the only legal method since the French Revolution (with the exception of firing squad for crimes against the safety of the state). 1 In 1981, Le Figaro carried out a survey the day after the vote for abolition. 2 It indicated that 62% of the French were for maintaining the death penalty. 3 In 1998, IFOP 's and France Soir 's survey showed that opinions were split in half, with 54% against the death penalty and 44% for it.
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The June 17, 1939 is last date did france stop using the guillotine for executions.
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what is amphoteric
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<P> Amphoteric Substances. An amphoteric substance is an oxide of an element that can act as both an acid or a base. Common amphoteric substances are the oxides of the elements and beryllium, aluminum, zinc, tin and lead. Example: Aluminum oxide reacting with an acid: Al 2 O 3 (s) + 6HCl(aq) → 2AlCl 3 (aq) + 3H 2 O(l). <P> 1. amphoteric-having characteristics of both an acid and a base and capable of reacting as either. amphiprotic. chemical science, chemistry-the science of matter; the branch of the natural sciences dealing with the composition of substances and their properties and reactions. <P> Definition of amphoteric. Search the Dictionary. A chemical species that behaves both as an acid and as a base is called amphoteric. This property depends upon the medium in which the species is investigated: H2SO4 is an acid when studied in water, but becomes amphoteric in superacids. <P> Definition: An amphoteric oxide is an oxide that can act as either an acid or base in a reaction. Examples: Al 2 O 3 is an amphoteric oxide. When reacted with HCl, it acts as a base to form the salt AlCl 3. When reacted with NaOH, it acts as an acid to form NaAlO 2. <P> Definition: An amphoteric substance is one which can act as either an acid or a base. Examples: Metal oxides or hydroxides are amphoteric. Amphiprotic molecules, such as amino acids,
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An amphoteric substance is an oxide of an element that can act as both an acid or a base.
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what are the basic cellular functions that define life
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<P> Life is a characteristic distinguishing physical entities having biological processes (such as signaling and self-sustaining processes) from those that do not, either because such functions have ceased (death), or because they lack such functions and are classified as inanimate. Death is the permanent termination of all vital functions or life processes in an organism or cell. It can occur as a result of an accident, medical conditions, biological interaction, malnutrition, poisoning, senescence, or suicide. After death, the remains of an organism re-enter the biogeochemical cycle. <P> The cell (from Latin cella, meaning small room) is the basic structural, functional, and biological unit of all known living organisms. Cells are the smallest unit of life that can replicate independently, and are often called the building blocks of life. The study of cells is called cell biology. Cells consist of cytoplasm enclosed within a membrane, which contains many biomolecules such as proteins and nucleic acids. <P> 1 Cells are the basic structural and functional unit of all life. 2 Examples include red blood cells and nerve cells. 3 Tissues. 4 TissuesA group of cells that share a common structure and function and that work together. are groups of cells that share a common structure and function and work together. 1 The cell is the basic structural and functional unit of life. 2 Cells are independent, single-celled organisms that take in nutrients, excrete wastes, detect and respond to their environment, move, breathe, grow, and reproduce. <P> Name _________________________. 7 Basic Functions of a Cell and Organism (LS 6-1). The table below identifies the basic life functions of a cell. After each function, explain why that function is needed to sustain life. Remember that all cells need each of these functions. It does not matter if it is a one-celled organism, or a billion-celled organism. <P> The smallest contiguous unit of life is called an organism. Organisms are composed of one or more cells, undergo metabolism, maintain homeostasis, can grow, respond to stimuli, reproduce (either sexually or asexually) and, through evolution, adapt to their environment in successive generations. Death is the permanent termination of all vital functions or life processes in an organism or cell. It can occur as a result of an accident, medical conditions, biological interaction, malnutrition, poisoning, senescence, or suicide. After death, the remains of an organism re-enter the biogeochemical cycle. <P> UNICELLULAR-contains just one cell MULTICELLULAR-contains many cells 3) All living things use energy. 4) Living things have a definite form and have a limited size. 5) Living things grow. 6) Living things respond to changes in the environment. 7) Living things can reproduce. 8) Living things eventually die. Nonliving objects may show one, or even a few of these characteristics but they never show all of them... We can take these characteristics of life and simplify each...these will make up the 8 life functions. <P> 1 Cells. 2 Cells are the basic structural and functional unit of all life. 3 Examples include red blood cells and nerve cells. 4 Tissues. 5 TissuesA group of cells that share a common structure and function and that work together. are groups of cells that share a common structure and function and work together. 1 Cells are the basic structural and functional unit of all life. 2 Examples include red blood cells and nerve cells. 3 Tissues. 4 TissuesA group of cells that share a common structure and function and that work together. are groups of cells that share a common structure and function and work together. <P> Cells are the basic unit of life. Humans are multi-celled complex organisms that require each part to work together. Every organ and system of the body depends on each cell to perform three major functions. These functions are vital to the life of the cell and the life of the organism. <P> 1 A cell is the basic unit of structure and function in living things. 2 It performs all of the life functions. 3 A living thing can be as small as a single cell as in bacteria. 4 A living thing can also have millions of cells, each with a different job as in a human. 1.All living things are made up of one or more cells. 2.Cells are the smallest living thing, the basic unit of structure and function in living things. 3.Cells are made from other cells.
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Cells are independent, single-celled organisms that take in nutrients, excrete wastes, detect and respond to their environment, move, breathe, grow, and reproduce.
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what are paleolithic statuettes
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<P> Most of them date from the Gravettian period (28,000–22,000 years ago), but examples exist as early as the Venus of Hohle Fels, which dates back at least 35,000 years to the Aurignacian, and as late as the Venus of Monruz, from about 11,000 years ago in the Magdalenian. The famous Venus of Willendorf was excavated in 1908 in a loess deposit in the Danube valley, Austria. Since then, hundreds of similar figurines have been discovered from the Pyrenees to the plains of Siberia. <P> The Paleolithic Era (or Old Stone Age) is a period of prehistory from about 2.6 million years ago to around 10000 years ago. The Neolithic Era (or New Stone Age) began around 10,000 BC and ended between 4500 and 2000 BC in various parts of the world. In the Paleolithic era, there were more than one human species but only one survived until the Neolithic era. Paleolithic humans lived a nomadic lifestyle in small groups. Religion in the paleolithic era was not institutionalized nor was the concept well-developed. Paleolithic people believed in animism or spirits that controlled their environment and animals around them. Small stone statues of pregnant women may suggest worship of fertility or nature. <P> Venus Art. In archeology, the term Venus Figurines is an umbrella description relating to Stone Age statuettes of women, created during the Aurignacian or Gravettian cultures of the upper Palaeolithic (c.33,000-20,000 BCE), throughout Europe from France to Siberia. <P> A Venus figurine is any Upper Paleolithic statuette portraying a woman. Most have been unearthed in Europe, but others have been found as far away as Siberia, extending their distribution across much of Eurasia. The famous Venus of Willendorf was excavated in 1908 in a loess deposit in the Danube valley, Austria. Since then, hundreds of similar figurines have been discovered from the Pyrenees to the plains of Siberia. <P> Note: To see how statues, reliefs and other carvings evolved, chronologically, during the Paleolithic, Mesolithic and Neolithic eras of the Stone Age, please see: Prehistoric Art Timeline. Relief Sculpture of a Horse (12,000 BC) Roc-aux-Sorciers Angles-sur-l'Anglin. Oldest Prehistoric Sculpture. The oldest known Stone Age sculpture is the Venus of Berekhat Ram, found on the Golan Heights, which dates back to the Acheulean culture of the Lower Paleolithic. A contemporaneous figurine-the Venus of Tan-Tan, was later discovered in Morocco. <P> The Upper Paleolithic Period. In the Upper Paleolithic period Neanderthal man disappears and is replaced by a variety of Homo sapiens such as Cro-Magnon man and Grimaldi man. Paleolithic p <P> The date of the Paleolithic–Mesolithic boundary may vary by locality as much as several thousand years. During the Paleolithic period, humans grouped together in small societies such as bands, and subsisted by gathering plants and fishing, hunting or scavenging wild animals. The Paleolithic is characterized by the use of knapped stone tools, although at the time humans also used wood and bone tools. Other organic commodities were adapted for use as tools, including leather and vegetable fibers; however, due to their nature, these have not been preserved to any great degree <P> The Venus Figurines of the European Paleolithic Era. The Venus figurines is a term given to a collection of prehistoric statuettes of women made during the Paleolithic Period, mostly found in Europe, but with finds as far as Siberia. The Paleolithic era begins with the earliest known use of stone tools by hominins such as australopithecines, 2.6 million years ago, to the end of the Pleistocene. <P> Throughout the Upper Paleolithic era, between about ten thousand and fifty thousand years ago, hunter-gatherers across a broad swath of Eurasia—from the Pyrenees to Siberia—carved small objects out of stone, mammoth ivory, clay, and bone that represented human figures, nearly all of them female. <P> Other female imagery of the Paleolithic. Not all Paleolithic imagery of women exists as statuettes. Examples have been found in painting, such as the drawing of the lower half of a woman on the ceiling of the cave at Chauvet (which strongly emphasises her crotch), and the three women engraved at Angles-sur-l’Anglin.
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The Venus Figurines of the European Paleolithic Era. The Venus figurines is a term given to a collection of prehistoric statuettes of women made during the Paleolithic Period, mostly found in Europe, but with finds as far as Siberia.
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what is jowar atta
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<P> Jowar is the Indian name for sorghum, a cereal grain native to Africa. Also known as white millet, whole jowar kernels can be steamed, boiled, added to soups and stews or ground into a flour that can be used as a substitute for wheat flour in baked goods. Iron. Jowar contains 8.45 milligrams of iron in every cup, or nearly 47 percent of the required daily intake of iron for women and over 100 percent of the RDA for men. Iron is necessary for the body to produce red blood cells and adenosine triphosphate, or ATP, the main source of cellular energy. <P> theplas can be made with jowar, bajra and jau atta. its also used to make sattu – a flour made from roasted kala chana and other cereals. sattu is very popular in bihar. in fact the organic multi grain flour which i use, has jau in it. you can also add some of it to pancakes or dosa or idli. 1 Maize Flour – Makai ka atta (yellowish colored flour used in indian flat breads, popularly known as makki di roti in punjab). 2 Corn Flour or Corn Starch – Known in India as Corn Flour. 3 This flour is white in color and is made from the endosperm of the corn. <P> And traditionally Jonna Rotte or Jowar ki roti is eaten by farmers who do a lot of physical work and Jonna rotte is supposed to sustain the ... http://www.vahrehvah.com/jowar-ki-roti. Ingredients. o as needed hot water. 1 cup Jowar atta milo flour, jonnala pindi. pich Salt. Directions. Take a bowl add pich of salt to mix the dough use hot water mix it with a spoon and make a soft dough. Now take some of the atta as dumpling to make a roti, sprinkle jowar atta first and put the dumpling press it with a hand to make a chapati. <P> Author: JOWAR KI ROTI. Jowar is a gluten free whole grain. Jowar is also popularly known as Sorghum. Sorghum is an important food crop in Africa, Central America, and South Asia and is the fifth most important cereal crop grown in the world. Jowar is also called as Jwaarie, Jonnallu and is one of the staple sources of nutrition for the rural and poor. Preparing Jowar ki roti you need to known the right mixing of the dough and making of the rotis. As Jowar flour is gluten free it’s hard to spread the dough with a rolling pin, hence hands are used to shape the dough into a round circle. This needs experience and skill to get a perfect shape of roti. <P> Bajra or jowar/sorghum flour-Weight loss, Gluten free and Low-Glycemic Index food. 7. Finally it Shows miracles in weight loss. Bajra is the hindi word for pearl millet also known as, ಸಜ್ಜೆ (Sajje in Kannada); கம்பு (Kambu in Tamil); बाजरा (Bajra in Hindi, Urdu and Punjabi) and సజలు (sajjalu in Telugu) ... Another Weight Loss Food-Bajra or Jowar/Sorghum Flour. *Tips to follow for Millets, High fiber and High protein foods: 1. It doesn't matter how healthy the food is; balance and moderation is a key for better health. <P> Method. 1 Combine the bajra flour, wheat flour and salt and add enough hot water to make a soft dough. 2 Divide the dough into 8 equal portions. 3 Roll out each portion into a thin roti of 150 mm. ( 4 6″) diameter. 1 Combine the bajra flour, wheat flour and salt and add enough hot water to make a soft dough. 2 Divide the dough into 8 equal portions. 3 Roll out each portion into a thin roti of 150 mm. ( 4 6″) diameter. 5 Generously dust the rotis with dry bajra flour to make the rolling easi <P> step by step jowar bhakri or jowar roti recipe: 1. in a bowl or a large plate with rim/parat take 1 cup jowar flour. add 2 to 3 pinches of salt (about ⅛ tsp) and mix it with the flour. 2. then add about ½ cup hot water. 3. with a spoon or spatula, stir and mix the water with the jowar flour. 4. add remaining ¼ cup water more and again mix & stir incorporating the water in the flour. overall i added ¾ cup water. however, the water amount depends on the type of flour, whether it is fine or slightly coarse. hence add accordingly. <P> Benefits of Jowar. Jowar Roti or Jowar is a popular Indian bread that is somehow similar to sorghum but it is soft and gluten-free. It was traditionally taken for dinner or lunch along with garlic chutneys and butter. Studies now show that consumption of jowar is beneficial to onea€™oneâ s. health
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A gluten free whole grain.
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what is to do in vegas with kids
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<P> For non-hotel guests, entrance is $25 for adults, kids free. The Golden Nugget is actually a great, affordable place for families to stay in Las Vegas. Get 20% off at The Golden Nugget by clicking here. If you’re running low on cash in Las Vegas check out my list of the Top Ten FREE Things to Do in Las Vegas with Kids. If you’re thinking about visiting Las Vegas with your family have a look at my post on The Best Hotels in Las Vegas for Families. <P> Attractions For Kids. Kids on a family vacation are a lot like luggage (minus the whole stuffed into an overhead bin thing). They're dragged around from place to place with little say in the matter. But Vegas is never a drag. We have fun for everyone, even kids and families. You can hike together to the top of towering red sandstone rock formations or plunge down an 80 mph drop on a roller coaster. <P> Part of the 100 Days of Fun This Summer in Las Vegas. Cheap Vacation. Of course if you're looking to have a Cheap Vacation, that is a relative term in Las Vegas because it all depends on if you include your gambling budget in your overall cost. I will assume that your budget for kids activities is different than your gambling budget. Food for the Kids. If you are planning that trip to Las Vegas and you are wondering where to take the kids this should give you an idea of the kind of money you will spend while entertaining the offspring. I have two children and I have a tendency to spend my share of time on the Las Vegas strip. <P> Along with the season scenes, the Bellagio also changes the scenes for holidays. The Conservatory & Botanical Garden is open 24 hours a day, and is free to enter. The amazing scenes and the ton of photo opportunities should have you putting the Conservatory on your list of things to do with kids in Las Vegas. Out in front of the hotel is the volcano show which is a Las Vegas Strip icon. The Mirage volcano erupts nightly every half hour (schedules vary) shooting fire in the air and spewing smoke with thunderous sound effects. See our Mirage Hotel attractions article or visit the Mirage Hotel website for more information. <P> Mixed in the adult glitz, glamour and gaming, there are plenty of things to do with kids in Las Vegas. Whether your kids are looking to go on rides, watch a performance, go on a hike or hang out above the city, Las Vegas has something for everyone. Out in front of the hotel is the volcano show which is a Las Vegas Strip icon. The Mirage volcano erupts nightly every half hour (schedules vary) shooting fire in the air and spewing smoke with thunderous sound effects. See our Mirage Hotel attractions article or visit the Mirage Hotel website for more information. <P> You are also steps from the Excalibur and the Luxor and each have places to entertain the kids. Childcare in Las Vegas. As for childcare, yes some hotels offer childcare and in the summer you can find the higher end resorts will have a kids club or two. If you are planning that trip to Las Vegas and you are wondering where to take the kids this should give you an idea of the kind of money you will spend while entertaining the offspring. I have two children and I have a tendency to spend my share of time on the Las Vegas strip. <P> Check prices on attractions and things to do in Las Vegas. The kids will have hours of fun engaging in some games with the interactive spots in the play area and even your teenagers will take some joy at the very long and high tube slide. For those of us with kids we realize that going out can cost a lot of money so we make up reason to limit the excursions. This show is clean, fun and affordable. Check prices on attractions and things to do in Las Vegas. Your kids will laugh in a way that will make your insides warm. <P> The Adventuredome should be at the top of your “things to do with kids in Las Vegas” list. See our article on the family things to do at Circus Circus or visit the Adventuredome website for more information. Out in front of the hotel is the volcano show which is a Las Vegas Strip icon. The Mirage volcano erupts nightly every half hour (schedules vary) shooting fire in the air and spewing smoke with thunderous sound effects. See our Mirage Hotel attractions article or visit the Mirage Hotel <P> Las Vegas Kids Guide. There are numerous hotels that give kids the chance to stay free with their parents. Generally the rule will be two kids or less in the parent's room for free. The hotels that do this include New York New York, Circus Circus, Luxor, Flamingo, Hilton, Paris, and many others. When it comes to attractions for kids, one of the best family-friendly options in Las Vegas is at Circus Circus casino. The Adventuredome is a five acre indoor theme park <P> All in all, the tour is a fantastic experience for families. It will show you several educational attractions that you probably did not know existed in Las Vegas. Your kids are sure to have a great time on the Family Fun Tour in Las Vegas. The Family Fun Tour operates seven days a week. The tour is designed with kids in mind, and the focus is on educating them while showing them a great time in Las Vegas. The itinerary is specifically designed to show your family the best kid-friendly attractions
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Numerous hotels,Circus casino,Adventuredome
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how many states are in the usa
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<P> Until 1959 there were 48 states in America, but the admission of Alaska and Hawaii that year brought the number to 50. Other than these 50 states, there are some areas which are dependent on the United States for administration. Of the few names that are being discussed, Puerto Rico is most likely to become the 51st state of America. As of now though, the number of states in USA is 50 -- and not 48, 49 or 51 as many people believe. The list of 50 states given below has been arranged in the order in which they were admitted to the Union, starting with Delaware on December 7, 1787, to Hawaii on August 21, 1959 <P> The United States of America (USA), commonly referred to as the United States (US), or America is a country in North America. It is made up of 50 states, a federal district, and five territories. The United States of America has people of many different race and ethnic backgrounds. 80% of the people in the United States descend from European immigrants. Many people are descended from Germany, England, Scotland, Ireland, Africa, and Italy. 13% of the people in the United States are African-American. <P> There are 50 states in the United States of America. 1 The last of the 50 states added were Alaska and Hawaii in 1959. 2 Residents of the Commonwealth of Puerto Rico have had US citizenship since 1917, but in its 3rd plebiscite (referendum) in 1998, there were insufficient votes to support a bid for statehood. <P> In 2012 there were 4.7 murders per 100,000 persons in the United States, a 54% decline from the modern peak of 10.2 in 1980. In 2001–2, the United States had above-average levels of violent crime and particularly high levels of gun violence compared to other developed nations. The war ended in 1783 with recognition of the independence of the United States by the Kingdom of Great Britain, and was the first successful war of independence against a European colonial empire. The country's constitution was adopted on September 17, 1787, and ratified by the states in 1788. <P> A total of 9,421 TB cases (a rate of 2.96 cases per 100,000 persons) were reported in the United States in 2014. Both the number of TB cases reported and the case rate decreased; this represents a 1.5% and 2.2% decline, respectively, compared to 2013*. This is the smallest decline in more than a decade. In 2014, a total of 66% of reported TB cases in the United States occurred among foreign-born persons. The case rate among foreign-born persons (15.4 cases per 100,000 persons) in 2014 was approximately 13 times higher than among U.S.-born persons (1.2 cases per 100,000 persons). <P> Home USA Howmanyarethere 25 March 2011. There are 50 states in United States of America.United States comprises 50 constituent states and one district. It is located on the North American continent. When the country gained independence from the rule of Great Britain, it had only 13 states. Between 19th and the 20th century, United States expanded across the North American continent by including 37 new states and by acquiring a number of overseas territories. <P> 50 States are include in the entire United States of America 48 in mainland U.S. with Alaska and Hawaii as the other 2. 7 people found this useful. 1 The last of the 50 states added were Alaska and Hawaii in 1959. 2 Residents of the Commonwealth of Puerto Rico have had US citizenship since 1917, but in its 3rd plebiscite (referendum) in 1998, there were insufficient votes to support a bid for statehood. <P> The United States of America, often referred to as the United States, is a federal constitutional republic, spread over an area of 3,537,438.44 sq mi, in North America. Of the few names that are being discussed, Puerto Rico is most likely to become the 51st state of America. As of now though, the number of states in USA is 50 -- and not 48, 49 or 51 as many people believe. The list of 50 states given below has been arranged in the order in which they were admitted to the Union, starting with Delaware on December 7, 1787, to Hawaii on August 21, 1959
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50 states
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what is fame value on instagram
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<P> I couldn't find what Fame Value is on the Followers+ app for Instagram, but you can contact their support team at [email protected]. <P> I downloaded an app called Followers Pro from the App Store. In the app, there is a number labeled Acclaim Value. When I click on info, it gives a brief description of it: Acclaim Value is a value 0 to 100 that qualifies the quality of your contributions to your own Instagram community. Acclaim is based on several factors, the most important is the community response to your posted photos.. I also can't get that number to go up. <P> 1 Fame Value: It’s basically how “popular” you are on Instagram, i.e. how many times your pics are liked, followers you have etc. averaged out. 2 Acclaim Value: This value is based on the posts that you make to Instagram and how people respond to your posts. 3 This value ranges between 0 to 100. <P> 1 Photos per week: This depicts the number of photos uploaded by you per week. 2 Likes per photo: This quantity is average number of likes per photo. 3 Fame Value: It’s basically how “popular” you are on Instagram, i.e. how many times your pics are liked, followers you have etc. averaged out. <P> 1 This value is better if lower. 2 Photos per week: This depicts the number of photos uploaded by you per week. 3 Likes per photo: This quantity is average number of likes per photo. 4 Fame Value: It’s basically how “popular” you are on Instagram, i.e. how many times your pics are liked, followers you have etc. averaged out.
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It’s basically how “popular” you are on Instagram.
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types of garnish for salad
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<P> Tossed Salads. Chicken Caesar Salad. Tossed salads is the most common salad and is prepared by tossing the greens and garnishes (Such as tomatoes, onions, or cucumber) in a dressing. A tossed salad uses leafy vegetables such as lettuce, spinach or watercress. It is important to remember that the greens be well dried before tossing. <P> Bound types of salad are one that is made by combining cooked meats, fish, shellfish and/or legumes with a dressing and garnishes. A bound salad literally means each of the ingredients are bound together in one mass. <P> While there are some basic guidelines to follow, types of salads and salad dressings are largely left up to interpretation. Indeed, there are many classic types of salad such as a Nicoise, Cobb or Caesar, salads on the whole were born from the creativity and infinite combinations that can be used. <P> 1 The five basic types of salad are green salads (tossed or composed), bound, vegetable, fruit, and combination. 2 The five basic salads that can be served throughout the course of a meal are starter, accompaniment, main course, intermezzo, and dessert. <P> In Section 4.2, you learned the following: 1 Many ingredients can be used to make salad dressings, but the four main salad dressings are vinaigrette, emulsified vinaigrette, mayonnaise-based, and mayonnaise. 2 An emulsion is the permanent blending of dissimilar ingredients, such as oil and vinegar. <P> 1 Lettuce is frequently used as a salad base, but any number of ingredients can be used in a salad, including meat, fish, starches (such as pasta or potatoes), vegetables, cheeses, and fruit. <P> 1 Top entrees and soups with gremolata, an Italian garnish consisting of chopped parsley, garlic and lemon peel. 2 Try other combinations of herbs and citrus peel to play off the flavors in the main dish. 3 For example: 4 Minced lime peel, cilantro and toasted coconut on top of grilled shrimp. <P> In Section 4.1, you learned the following: 1 Lettuce is frequently used as a salad base, but any number of ingredients can be used in a salad, including meat, fish, starches (such as pasta or potatoes), vegetables, cheeses, and fruit. 2 The basic parts of a salad are the base, the body, the garnish, and the dressing.
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The five basic types of salad: Tossed or composed, bound, vegetable, fruit, and combination.
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how is the location of the suez canal strategic
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<P> Suez Canal-Overview. Strategically and economically one of the most important waterways in the world, the Suez Canal is located in Egypt, and connects connects Port Said on the Mediterranean Sea with the port of Suez on the Red Sea. The Suez Canal provides an essentially direct route for transport of goods between Europe and Asia. <P> The Canal takes off north from the northernmost point of the Gulf, where the city of Suez may be indicated. It is a waterway located in Egypt. It connects the Red Sea and the Gulf of Suez with the Mediterranean Sea! ~I hope this helps you~ :) It is a waterway located in Egypt. It connects the Red Sea and the Gulf of Suez with the Mediterranean Sea! ~I hope this helps you~ :) Suez Canal and Sumed Pipeline. Location: Egypt; connects the Red Sea and Gulf of Suez with the Mediterranean Sea. In Egypt Egypt Suez Canal and Sumed Pipeline. Location: Egypt; connects the Red Sea and Gulf of Suez with the Mediterranean Sea. In Egypt Egypt The Suez Canal is located in Africa, and more specifically located in Egypt. <P> British Sherman tanks advance in North Africa during World War Two © The Suez Canal provided Britain with a shorter sea route to its empire and, as the 20th century dawned and oil grew in importance, it provided a short sea route to the oilfields of the Persian Gulf. Britain was therefore committed to protect the canal. During the two World Wars, the Suez Canal came under attack. Soon after the outbreak of World War One, Britain declared Egypt a protectorate and British and Indian forces were sent to protect the canal. Turkey, which had entered the war as Germany’s ally in 1914, sent troops to seize the canal in February 1915. <P> 1854, By a French initiative, the viceroy of Egypt, Said Pasha, decides for a project to build a canal from the Mediterranean Sea to the Red Sea... 1858, La Compagnie Universelle du Canal Maritime de Suez is formed to construct the canal. 17 Nov 1869, With great splendour, the canal is opened for navigation. <P> On April 25, 1859 the digging of the Canal began and continued for ten years. More than 1.5 million Egyptian workers took part, of which more than 125.000 lost their lives. On November 17,1869 the Suez Canal was opened for navigation. The Suez Canal has a strategic location. It links two oceans and two seas the Atlantic and Mediterranean via Gibraltar to Port Said, and the Indian Ocean and the Red Sea via Bab Al Mandab and the Gulf of Suez to the port of Suez. In July 1956, Egypt nationalized the Suez Canal after it had been an international company for about 87 years. The canal was closed to Israeli shipping and cargoes from 1948 to 1975 and to all shipping from 1967 to 1975, following the ARAB-ISRAELI WAR of 1967. <P> Suez Canal-Map & Details. The Suez Canal, mostly man made, connects the Mediterranean Sea to the Red Sea through the Gulf of Suez. The canal opened in 1869, and remains one of the planet's busiest shipping lanes. Through it the vast percentage of Europe's energy needs are transported from the Middle East oil field <P> The Suez Canal (map) , located in Egypt, is a 101 mile (163 km) long canal that connects the Mediterranean Sea with the Gulf of Suez, a northern branch of the Red Sea. It officially opened in November 1869. Although the Suez Canal wasn't officially completed until 1869, there is a long history of interest in connecting both the Nile River in Egypt and the Mediterranean Sea to <P> Today, the Suez Canal is operated by the Suez Canal Authority. The canal itself is 101 miles (163 km) long and 984 feet (300 m) wide. It begins at the Mediterranean Sea at Point Said flows through Ismailia in Egypt, and ends at Suez on the Gulf of Suez. It also has a railroad running its entire length parallel to its west bank. Although the Suez Canal wasn't officially completed until 1869, there is a long history of interest in connecting both the Nile River in Egypt and the Mediterranean Sea to the Red Sea. <P> The 103 mile long Suez Canal is located entirely within Egypt and it is the only sea route between the Red Sea and the Mediterranean Sea. With Middle East tension, the Suez Canal is a prime target for many nations. The canal was completed in 1869 by French diplomat Ferdinand de Lesseps. The British took control of the canal and Egypt from 1882 until 1922. Egypt nationalized the canal in 1956
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It is located in Egypt, and connects connects Port Said on the Mediterranean Sea with the port of Suez on the Red Sea.
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embryonic timeline major processes of each stage of development
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<P> The initial stages of human embryogenesis. Human embryogenesis is the process of cell division and cellular differentiation of the embryo that occurs during the early stages of development. In biological terms, human development entails growth from a one celled zygote to an adult human being. In comparison to the embryo, the fetus has more recognizable external features, and a more complete set of developing organs. The entire process of embryogenesis involves coordinated spatial and temporal changes in gene expression, cell growth and cellular differentiation. <P> Embryogenesis continues with the next stage of gastrulation when the three germ layers of the embryo form in a process called histogenesis, and the processes of neurulation and organogenesis follow. In comparison to the embryo, the fetus has more recognizable external features, and a more complete set of developing organs. The entire process of embryogenesis involves coordinated spatial and temporal changes in gene expression, cell growth and cellular differentiation. <P> The embryonic period in humans begins at fertilization (penetration of the egg by the sperm) and continues until the end of the 10th week of gestation (8th week by embryonic age). The period of two weeks from fertilization is also referred to as the germinal stage. Since the precursors of all the major organs are created by this time, the fetal period is described both by organ and by a list of changes by weeks of gestational age. Because the precursors of the organs are now formed, the fetus is not as sensitive to damage from environmental exposure as the embryo was. <P> The genetic material of the sperm and egg then combine to form a single cell called a zygote and the germinal stage of prenatal development commences. Embryogenesis covers the first eight weeks of development and at the beginning of the ninth week the embryo is termed a fetus. Human embryology is the study of this development during the first eight weeks after fertilisation. The normal period of gestation (pregnancy) is nine months or 38 weeks. In comparison to the embryo, the fetus has more recognizable external features, and a more complete set of developing organs. The entire process of embryogenesis involves coordinated spatial and temporal changes in gene expression, cell growth and cellular differentiation. <P> by Erica O'Neil Keywords: Fetal alcohol syndrome, Human development. Maternal consumption of alcohol (ethanol) during pregnancy can result in a continuum of embryonic developmental abnormalities that vary depending on the severity, duration, and frequency of exposure of ethanol during gestation. There is no point during development when prenatal alcohol exposure lacks consequences, the occurrence of the more severe birth defects correlates with exposure to alcohol in the embryonic stage rather than the fetal stage. <P> Prenatal or antenatal development is the process in which a human embryo or fetus (or foetus) gestates during pregnancy, from fertilization until birth. Often, the terms fetal development, foetal development, or embryology are used in a similar sense. Since the precursors of all the major organs are created by this time, the fetal period is described both by organ and by a list of changes by weeks of gestational age. Because the precursors of the organs are now formed, the fetus is not as sensitive to damage from environmental exposure as the embryo was. <P> All of the processes of embryo development are described by the term embryogenesis. The embryo is called a fetus after the completion of this stage of development. The stage of prenatal development that occurs from the end of the embryonic period until birth is called the fetal period. The most notable development during this stage is the dramatic change in size that takes place. This time period is divided into different categories of development. The 3 primary stages of prenatal development are the germinal period, the embryonic period, and the fetal period. Each of these stages is important for reaching the ultimate goal of a healthy baby. Now, let's look at how Steve and Jennifer's baby has been preparing for birth over the last 9 months <P> What are the three stages of prenatal development and what are the main events in each stage? What factors affect prenatal health and development? Tweet. by. During this process, the embryo's Embryonic Stage heart, spine and brain begins to form. The embryo's arms, hands, fingers, legs, feet, toes, eyes and ears Embryonic Stage begin to form, allowing the embryo to look human.
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The entire process of embryogenesis involves coordinated spatial and temporal changes in gene expression, cell growth and cellular differentiation.
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what is passing a gallstone like
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<P> Gallstones are pebble-like nuisances that can form inside the gallbladder. The gallbladder is a pouch that collects bile as that liquid flows from the liver to the intestine through the bile ducts. Bile is a fluid that is made, in part, to help with digestion. The salts in bile make it easier for you to digest fat. <P> Gallstones usually form in the gallbladder and remain there. (Rarely, they may dissolve and disappear in the gallbladder.) On occasion, however, they can pass from the gallbladder and into the duct leading from the gallbladder to the intestine, the common bile duct. <P> Gall stones are more likely to grow where there are high levels of cholesterol. CHOLESYSTITIS is an inflammation and possible infection of the gall bladder, caused by a blockage that has been there too long. Organs never malfunction. They never do something other than what they are supposed to do. <P> However, sometimes large stones can break down the wall of the gallbladder and get into the intestines causing a blockage. This is known as gallstone ileus. Usually, the stones pass from the gallbladder into the bile ducts. They may remain there without blocking the flow of bile or causing symptoms, or they may pass on into the small intestine without being noticed. <P> What is left is a concentrated solution of bile salts, biliary lipids and sodium. Gallstones are like tiny rocks that form in the gallbladder. They are made of cholesterol or bile particles that clump into a solid mass. A stone can grow as liver bile passes through the gallbladder. Most gallstones are small enough to pass out of the body through the intestines without our noticing. <P> Gallstones can form when there is an imbalance in the substances that make up bile. For instance, cholesterol stones may develop as a result of too much cholesterol in the bile. Another cause may be the inability of the gallbladder to empty properly. <P> Most of the time when people have intermittant pain from gallbladder attacks, it's not from stones passing, but from the lodging is dislodging in the neck of the gallbladder, with the stone remaining in the gallbladder. Heartburn, by the way, rarely causes pain in the pattern you describe. <P> Gallstones are crystal-like deposits that develop in the gallbladder -- a small, pear-shaped organ that stores bile, a digestive fluid produced by the liver.
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Gallstones are pebble-like nuisances that can form inside the gallbladder. The gallbladder is a pouch that collects bile as that liquid flows from the liver to the intestine through the bile ducts. Bile is a fluid that is made, in part, to help with digestion. The salts in bile make it easier for you to digest fat.
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how long can alligators stay underwater
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<P> Crocodiles can submerge and remain underwater for a variety of reasons. In most voluntary dives, crocodiles stay underwater for between 10 to 15 minutes. If the crocodile is trying to hide from a threat, dive length may be longer, up to 30 minutes or more. <P> Normally, an alligator can stay underwater for up to 30 minutes. However, if they need to stay under longer because they are hiding from some danger, they can last up to 2 … hours before coming up for air. Answered. In Reptiles. <P> How long can an alligator stay under water? Normally, an alligator can stay underwater for up to 30 minutes. However, if they need to stay under longer because they are hiding from some danger, they can last up to 2 … hours before coming up for air. Jane Savage. <P> Typically when an alligator goes underwater it does so by submerging itself in the water or sinking to the bottom of the water. Afterwards they generally hold their breath and remain there for 10-15 minutes. <P> Although alligators cannot breathe underwater, they are able to hold their breath for long periods of time while submerged. Usually these creatures are able to hold their breath anywhere from 4 to 15 minutes; however they have been known to remain underwater for longer periods of time if necessary.
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Up to 30 minutes.
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what does baby possums eat
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<P> Diet. Opossums are omnivores and survive by eating a variety of foods. The primary sources of sustenance are small rodents, insects, worms, slugs and snails, frogs and birds. Additionally, opossums eat vegetables, berries, nuts, fruit, garbage, pet food and bird seed. <P> Quick Answer. Possums are omnivores, so they eat a wide range of plants and animals. Possums often consume grass, nuts, fruit and grains. They also prey on rodents, birds, frogs, insects, worms, snails, slugs and snakes. <P> Opossums feed mostly on carrion. Other food sources for the Opossum include garbage, grass, leaves, insects, frogs, small birds and rodents, snakes, and earthworms. Opossums like to treat themselves with berries, seeds, flowers, and fruits and their favorites are persimmons, apples, and corn. <P> • Possums like to eat the flowers of native trees. This means that they are eating the food of our nectar feeding native birds such as the tui, bellbirds and kokako. • By eating native trees the possums are also eating the homes of native birds. <P> Q: A: Baby possums keep the same diet as adults, which consists of garbage, carrion, grass, nuts, fruit, mice and even birds and chickens. A baby often accompanies its mother on hunts, riding along on her back, and possums and their babies are regularly spotted around garbage cans and near road kill. Know More. <P> Quick Answer. Baby possums keep the same diet as adults, which consists of garbage, carrion, grass, nuts, fruit, mice and even birds and chickens. A baby often accompanies its mother on hunts, riding along on her back, and possums and their babies are regularly spotted around garbage cans and near road kill.
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Garbage, carrion, grass, nuts, fruit, mice and even birds and chickens.
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where is your rotator cuff located in your shoulder
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<P> Although many people refer to the rotator cuff as a general area in the shoulder, your rotator cuff itself is a group of 4 tendons located at the top of your humerus. These tendons are called the subscapularis tendon, the supraspinatus tendon, the infraspinatus tendon, and the teres minor tendon. These tendons come together to surround the front, back, and the top of the shoulder socket acting as a 'cuff' to connect your humerus to the rotator cuff muscles. <P> The rotator cuff is a group of tendons and muscles in the shoulder, connecting the upper arm (humerus) to the shoulder blade (scapula). The rotator cuff tendons provide stability to the shoulder; the muscles allow the shoulder to rotate. The muscles in the rotator cuff include: <P> Print. The rotator cuff is a group of muscles and tendons that surround the shoulder joint, keeping the head of your upper arm bone firmly within the shallow socket of the shoulder. A rotator cuff injury can cause a dull ache in the shoulder, which often worsens when you try to sleep on the involved side. <P> All rights reserved. The rotator cuff is a group of tendons and muscles in the shoulder, connecting the upper arm (humerus) to the shoulder blade (scapula). The rotator cuff tendons provide stability to the shoulder; the muscles allow the shoulder to rotate. The muscles in the rotator cuff include: 1 Teres minor. <P> Your arm is kept in your shoulder socket by your rotator cuff. The rotator cuff is a network of four muscles that come together as tendons to form a covering around the head of the humerus. The rotator cuff attaches the humerus to the shoulder blade and helps to lift and rotate your arm. <P> Your rotator cuff is located in your shoulder area. It is made of muscles and tendons. It helps your shoulder to move and stay stable. Problems with the rotator cuff are common.
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A group of 4 tendons located at the top of your humerus.
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what is IT steering committee definition
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<P> Definition. An advisory committee usually made up of high level stakeholders and/or experts who provide guidance on key issues such as company policy and objectives, budgetary control, marketing strategy, resource allocation, and decisions involving large expenditures. The decision not to allow security officers not to carry weapons came from the hospital steering committee, citing liability as a primary concern. <P> Business. In a business context, the steering committee is responsible for providing the company with direction and guidance. Its members typically have decision-making authority, which they exercise when they meet to discuss the company's direction, goals and future. A steering committee is a group of high-level executives or authorities. These people have the task of guiding the company or group and providing strategic direction. <P> Definition. A steering committee is a group of high-level executives or authorities. These people have the task of guiding the company or group and providing strategic direction. When this committee meets, it is called a steering committee meeting <P> The Project Steering Committee is a decision-making body within the project governance structure that consists of top managers and decision makers who provide, review and monitor strategic direction and policy guidance to the project team and other stakeholders. <P> Full Definition of STEERING COMMITTEE. : a managing or directing committee; specifically: a committee that determines the order in which business will be taken up in a United States legislative body. See steering committee defined for English-language learners. ADVERTISEMENT <P> A committee (or commission) is a type of small deliberative assembly that is usually intended to remain subordinate to another, larger deliberative assembly. When a larger assembly meets as a committee to discuss or debate, this is called a committee of the whole . A steering committee is a committee that provides guidance, direction and control to a project within an organization. The term is derived from the steering mechanism that changes the steering angle of a vehicle's wheels. <P> You also agree that your personal information may be transferred and processed in the United States, and that you have read and agree to the Terms of Use and the Privacy Policy. In information technology (IT), the job of a steering committee is to make sure every IT project supports business goals and objectives. Other possible functions and objectives of an IT steering committee include: 1 Building a business case for an IT project. 2 Encouraging a collaborative work environment. <P> steering committee. noun. Tweet. : a group of people who are in charge of managing or directing something. : a managing or directing committee; specifically: a committee that determines the order in which business will be taken up in a United States legislative body. <P> Upland WorkEngine. A steering committee is a group of high-level advisors who have been asked to govern an organization or organizational segment and provide it with direction. Download 9 FREE Strategic Planning Templates that your Peers Already Use. Other possible functions and objectives of an IT steering committee include: 1 Building a business case for an IT project. 2 Encouraging a collaborative work environment.
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1. Building a business case for an IT project.
2. Encouraging a collaborative work environment.
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what is a carburetor jet
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<P> From the best tuners in the industry come modified Quadrajet carburetors from JET Performance to match your specific performance needs. Streetmaster Rochester Quadrajet 4-bbl STAGE 1 - Disassembled, cleaned and inspected to restore factory stock performance. Casting plugs are sealed with epoxy to prevent leak-down. <P> The air correction jet is also changeable. Remove the top of the carburetor (five screws, the choke wire and the throttle spring) and you can see it between the float bowl and the main throat. It's a brass screw with a hole in the middle, extending straight down into the body of the carburetor. The idle cut-off valve is not strictly a jet, but this is a good place to discuss it. The idle cut-off valve sticks out the left side of the carburetor on H30/31 and 34 sries carbs (but on the right side on 30PICT series) and has an electrical connector on the end. <P> Significance. The carburetor jet provides fuel to the carburetor, which then provides a carefully balanced mix of fuel and air to the cylinders. A spark from the spark plugs ignites the mix of fuel and air. The explosion pushes a piston out of the cylinder, forcing it to turn the crankshaft. A carburetor jet that draws too much fuel can cause several problems. Excess fuel in the engine reduces fuel efficiency. In addition, it can reduce the life span of an engine by causing wear on engine parts. <P> The gas then mixes with the air going through the venturi. The way the jets are made causes the fuel to vaporize as it goes into the venturi. Where the jets are placed in the carb and where the jet's outlet is located in the venturi, determines what part of the throttle opening that jet controls. The idle jet system (comprised of pilot air jet, pilot fuel jet and pilot fuel screw) controls from 0% to about 25% of the throttle opening. Needle Jet. This jet doesn't really even look like a jet, but it is! It controls the fuel mixture from 15% to 60% open throttle. It sets in the center of the carb, right over the Main Jet. <P> 1 In conjunction with the idle jet there is an idle jet air screw. 2 This screw leans or richens the fuel mixture for a smooth idle and on up to one quarter throttle. 3 From the idle jet, there are little passages cast into the carb that lead to holes just in front of the throttle valve or plate. Needle Jet. This jet doesn't really even look like a jet, but it is! It controls the fuel mixture from 15% to 60% open throttle. It sets in the center of the carb, right over the Main Jet. <P> A carburetor jet is a tiny hole in the venturi, which is the narrow end of a carburetor tube. The carburetor jet is an essential component of an internal combustion engine. A carburetor jet that draws too much fuel can cause several problems. Excess fuel in the engine reduces fuel efficiency. In addition, it can reduce the life span of an engine by causing wear on engine parts. <P> Considerations. To ensure that the carburetor and the carburetor jet are functioning correctly, it is important to have routine maintenance done on the engine. Making sure that the carburetor is the correct size for the engine is critical, as the carburetor jet size is based on the size of the carburetor. A carburetor jet that draws too much fuel can cause several problems. Excess fuel in the engine reduces fuel efficiency. In addition, it can reduce the life span of an engine by causing wear on engine parts. <P> A carburetor (American and Canadian spelling), carburator, carburettor, or carburetter (Commonwealth spelling) is a device that blends air and fuel for an internal combustion engine. It is sometimes colloquially shortened to carb in North America or carby in Australia. To carburate or carburet (and thus carburation or carburetion, respectively) is to blend the air and fuel or to equip (an engine) with a carburetor for that purpose. Carburetors have largely been supplanted in the automotive industry by fuel injection. A carburetor basically consists of an open pipe through which the air passes into the inlet manifold of the engine. The pipe is in the form of a Venturi: it narrows in section and then widens again, causing the airflow to increase in speed in the narrowest part. <P> The idle jet is a brass bolt screwed into the right side of the carburetor. On older/2 carburetors it has the idle solenoid screwed into the back of it. On the /3 and /4 carburetors-it looks like a bolt with a tiny silver plug in the center. The idle cut-off valve is not strictly a jet, but this is a good place to discuss it. The idle cut-off valve sticks out the left side of the carburetor on H30/31 and 34 sries carbs (but on the right side on 30PICT series) and has an electrical connector on the end.
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It is a device that blends air and fuel for an internal combustion engine.
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which foods are good for your immune system
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<P> The most common allergenic foods include peanuts and shellfish, cow's milk, wheat, and soy; however, everyone is unique in their food intolerances and allergies. Processed foods and foods produced with pesticides or not grown organically may also be problematic for your immune function. The omega-3 fatty acids, which are produced in your body from the essential omega-3 fat ' alpha-linolenic acid ' have been studied for their effects on the immune system and inflammatory response. Diets low in omega-3 fatty acids are associated with chronic inflammatory conditions and autoimmune diseases. <P> Do your immune system a favor, and pack some more fruits and vegetables on your plate. They're loaded with nutrients, called antioxidants, that are good for you. Add more fruits and vegetables of any kind to your diet. It'll help your health. Some foods are higher in antioxidants than others, though. The three major antioxidant vitamins are beta-carotene, vitamin C, and vitamin E. Vitamin E: broccoli, carrots, chard, mustard and turnip greens, mangoes, nuts, papaya, pumpkin, red peppers, spinach, and sunflower seeds. These foods are also rich in antioxidants: 1 Prunes. 2 Apples. <P> Foods That Destroy Your Immune System. Nutrition is a factor when considering the strength or weakness of your immune system. Eating whole, organic foods that are free of additives and chemicals provide the best nutrients without any toxins. Getting enough sleep, exercising, and good nutrition are all things that support your immune system. Conversely, running on a sleep deficit, living a sedentary lifestyle, and eating unhealthy foods will make your immune system weak. <P> Zinc. Zinc is a trace element essential for cells of the immune system, and zinc deficiency affects the ability of T cells and other immune cells to function as they should. Caution: While it's important to have sufficient zinc in your diet (15–25 mg per day), too much zinc can inhibit the function of the immune system. <P> 1 Avoiding processed foods, grains, and sugars will go a long way in strengthening your immune system. 2 Apart from knowing what you should avoid, you should also be aware of certain foods that are loaded with nutrients that will support your immune system. 1 Apart from knowing what you should avoid, you should also be aware of certain foods that are loaded with nutrients that will support your immune system. 2 Eating a nutritious diet is more effective than taking supplements or falling victim to vaccines, which expose you to health risks far worse than the flu. <P> Fish. Eating plenty of seafood can help improve your immune system and help your body defend itself. Fatty fish such as salmon, mackerel and tuna are rich in omega-3 fatty acids, which improve your overall health – including your heart health. Protein found in fish is also good for your body. <P> An excellent source of vitamin C is citrus fruit. Many vegetables are also excellent sources of vitamin C, such as broccoli, kale, bok choy, turnip greens, beet green, mustard greens, collard greens, Swiss chard, and asparagus. Many of the B-vitamins are also very important in supporting a healthy immune system. For example, vitamin B5 (pantothenic acid) promotes the production and release of antibodies from B-cells, and deficiency of vitamin B5 results in reduced levels of circulating antibodies. The omega-3 fatty acids, which are produced in your body from the essential omega-3 fat ' alpha-linolenic acid ' have been studied for their effects on the immune system and inflammatory response. Diets low in omega-3 fatty acids are associated with chronic inflammatory conditions and autoimmune diseases. <P> And they are lower in sugar than many other fruits. Mushrooms Mushrooms strengthen your immune system because they are rich in protein, fiber, vitamin C, B vitamins, calcium, and other minerals. Mushrooms make up a large part of the fabric of the earth. 1 Apart from knowing what you should avoid, you should also be aware of certain foods that are loaded with nutrients that will support your immune system. 2 Eating a nutritious diet is more effective than taking supplements or falling victim to vaccines, which expose you to health risks far worse than the flu. <P> Avoiding processed foods, grains, and sugar will go a long way toward strengthening your immune system. However, you can do even more by selecting foods that are loaded with specific immune-boosting nutrients. 1 Apart from knowing what you should avoid, you should also be aware of certain foods that are loaded with nutrients that will support your immune system. 2 Eating a nutritious diet is more effective than taking supplements or falling victim to vaccines, which expose you to health risks far worse than the flu.
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The three major antioxidant vitamins are beta-carotene, vitamin C, and vitamin E.itamin E: broccoli, carrots, chard, mustard and turnip greens, mangoes, nuts, papaya, pumpkin, red peppers, spinach, and sunflower seeds.
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why are Italian stone pines called stone
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<P> Droopy Italian Stone Pine Plant Care. Italian stone pine (Pinus pinea), native to the coastal area of the Mediterranean, is a large, needle-leaved conifer that can grow to a height of 100 feet but usually tops out at 40 to 45 feet. Phytophthora root rot is one of the few diseases Italian stone pines are susceptible to. Stress from too much or too little water, or stress from excessively high temperatures, increases their susceptibility to this fungal disease. <P> By Teo Spengler. Italian stone pine (Pinus pinea) is an ornamental evergreen with a full, high canopy that resembles an umbrella. For this reason, it is also called the umbrella pine. These pine trees are native to southern Europe and Turkey, and prefer warm, dry climates. However, they are also cultivated as popular landscape choices. The pine cones of the Italian stone pine mature in autumn. This is important Italian stone pine information if you plan on growing Italian stone pine trees from seeds. The seeds appear in cones and provide food for wildlife. <P> Overwatering the Italian stone pine deprives the tree roots of much needed oxygen, especially in slow-draining soil, and can cause the roots to rot. Once the roots rot they are no longer can absorb needed water for the tree. Phytophthora root rot is one of the few diseases Italian stone pines are susceptible to. Stress from too much or too little water, or stress from excessively high temperatures, increases their susceptibility to this fungal disease. <P> Italian stone pine is a native of the Mediterranean, growing throughout the Iberian Peninsula, Italy, Spain and Croatia. The tree has naturalized in similar climates, including California and South Africa. Features. Italian stone pine produces edible seeds, known as pinolia or pine nuts, inside its brown cones. Seeds are gathered and eaten raw, or roasted and incorporated into a variety of dishes. Pine nuts are commonly included in Italian dishes. <P> Save. Stockbyte/Stockbyte/Getty Images. Also commonly called umbrella pine, Italian stone pine (Pinus pinea) is a distinct looking pine tree that can grow to be up to 100 feet tall, though it is more commonly seen at heights between 35 to 45 feet. The tree offers showy bark, a broad, densely needled canopy and attractive brown cones. Features. Italian stone pine produces edible seeds, known as pinolia or pine nuts, inside its brown cones. Seeds are gathered and eaten raw, or roasted and incorporated into a variety of dishes. Pine nuts are commonly included in Italian dishes. <P> Italian stone pine (Pinus pinea), true to its roots, is molto contento, that is very contented, in Mediterranean-like climates, and it is cold-hardy in U.S. Department of Agriculture plant hardiness zones 7 to 11. Also known as umbrella pine for the rounded shape it eventually achieves, it can reach 100 feet outdoors. However, Italian stone pine is often sold as a miniature Christmas tree in far-from-fitting climates. <P> Surviving in U.S. Department of Agriculture cold hardiness zones 7 through 11, Italian stone pine is a drought-tolerant tree, preferring full sun and well-drained soil. In a healthy Italian stone pine, the branches do not droop or wilt. <P> The stone pine, with the botanical name Pinus pinea, is also called the Italian stone pine, umbrella pine and parasol pine. It is a tree from the pine family (Pinaceae). The tree is native to the Mediterranean region, occurring in Southern Europe, Israel, Lebanon and Syria. It is also naturalized in North Africa, the Canary Islands, South Africa and New South Wales. In Italy, the stone pine has been an aesthetic landscape element since the Italian Renaissance garden period. In the 1700s, P. pinea began being introduced as an ornamental tree to other Mediterranean climate regions of the world, and is now often found in gardens and parks in South Africa, California, and Australia. <P> Besides Italian stone pine or stone pine, it is sometimes called umbrella pine or parasol pine due to its shape. Preferred USDA Hardiness Zones: This tree will grow best in Zones 8-10. It originally comes from Southern Europe, Turkey and Lebanon. Size & Shape of the Italian Stone Pine: At maturity, the average size of this pine tree species is 30-60' tall and 30-50' wide. Most pine trees form into a pyramidal shape, but the Italian stone pine has a rounded umbrella-like canopy. <P> If you have had dishes with pine nuts in Europe, they probably came from the Italian stone pine. They are called pignoli or pinoli and were used at least as far back as the Roman Empire. It is one of a few pine tree species from which these seeds are harvested for eating. Latin Name: It originally comes from Southern Europe, Turkey and Lebanon. Size & Shape of the Italian Stone Pine: At maturity, the average size of this pine tree species is 30-60' tall and 30-50' wide. Most pine trees form into a pyramidal shape, but the Italian stone pine has a rounded umbrella-like canopy.
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Pinus pinea, Umbrella pine and Parasol pine
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how long should i plan to stay at niagara falls
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<P> Q: What is the Niagara USA Discovery Pass? A: The Niagara USA Discovery Pass offers up to a 35% discount on all park attractions, as well as additional savings at other nearby attractions. The cost is $33 for adults and $26 for children between the ages of 6 and 12. <P> There is a boat on each side of the falls. If you’re on the U.S. boat, you stay on the U.S. side, and if you’re on the Canadian boat, you stay on the Canada side. You don’t cross the border during the trip or need a passport. <P> Make it an all-day event. You can see Niagara Falls for free in both the U.S. and Canada, and you can take the Maid of the Mist (the under-the-falls boat) from both sides as well, but if you want to experience Niagara Falls from as many angles as possible from one country, then visit from the United States side. <P> I am planning a road trip from Chicago, IL to Niagara Falls, NY. I am planning to ... 1. rent a car. 2. drive with Family and there is one more person who can drive. 3. drive through US only. 4. see some nice places on the way, maybe in Cleveland. <P> Q: What is the Niagara USA Discovery Pass? A: The Niagara USA Discovery Pass offers up to a 38% discount on all park attractions, as well as additional savings at other nearby attractions. The cost is $38 for adults and $31 for children between the ages of 6 and 12. Click here to learn more. <P> show more I'm planning a travel to the Niagara Falls. Originally I thought one night is enough. But the camping ground I'm trying to reserve requires two night stay.
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Ages of 6 and 12.
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difference in structure between a triglyceride and phospholipid
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<P> A triglyceride is a polymer composed of a single glycerol molecule linked up to three fatty acid chains. A phospholipid is two fatty acid chains linked up to a phosphorus head. Fatty acids are one of the components of triglycerides. A triglyceride is made up of three long fatty acids chains, each of them attached to the same glycerol molecule - … the part that holds the triglyceride together. <P> Similarities. Triglycerides and phospholipids are both lipid derivatives of glycerol, which is a three-carbon molecule with three attached hydroxyl groups. The oxygen atoms of the three hydroxyl groups are readily reactive, and cells utilize this reactivity to synthesize both classes of lipids. Triglycerides and phospholipids both contain long-chain fatty acids attached to one or more of the glycerol molecule's hydroxyl groups. Both classes of lipids can utilize the same types of fatty acid chains, in terms of both length and saturation. <P> But, phospholipids have a polar group in one place on the glycerol molecule, making phospholipids partly hydrophilic; the polar group helps to form the polar head. The two fatty acids, maintain a hydrophobic portion of the phospholipid, the tails. Source(s): http://distance.stcc.edu/AandP/AP/AP1pag... triglycerides contains a glycerol attached with 3 lipids molecules but in case of pospolipids glycerol is attached to 2 lipid molecule and one phosphate[po3] molecule. the lipid content may vary in both of thm but the lipids they contain in thm gives the inividual lipids their characteristics.......hop u ot ur answer. <P> A glycerol molecule can have up to three fatty acids attached, and the glycerol molecule of triglycerides contains the maximum of three fatty acids. Since fatty acids are hydrophobic -- water-hating -- molecules, triglycerides cannot dissolve in water. Dietary Phospholipids and Triglycerides. Many types of fatty acids are found in the phospholipids and triglycerides of the fats and oils of your diet. Some are saturated, meaning there are no double bonds in the fatty acid and some are unsaturated, meaning there are one or more double bonds in the fatty acid. <P> Phospholipids. Phospholipids differ only slightly from triglycerides in chemical structure. While each triglyceride molecule consists of glycerol and three fatty acids, each phospholipid molecule substitutes a phosphate for one of the three fatty acids. Phospholipids form the membrane that make up the outer layer of all human cells. <P> Phospholipid consists of a glycerol molecule with two fatty acids and a phosphate group. Triglyceride consists of a glycerol with three fatty acids instead. I don't know if there are other differences or similarities...... <P> Answers. Best Answer: Trigylcerides are composed of two types of molecules: glycerol and 3 fatty acids. Phospholipids are similar to triglycerides in that they contain glycerol and fatty acids, too. triglycerides contains a glycerol attached with 3 lipids molecules but in case of pospolipids glycerol is attached to 2 lipid molecule and one phosphate[po3] molecule. the lipid content may vary in both of thm but the lipids they contain in thm gives the inividual lipids their characteristics.......hop u ot ur answer. <P> Triglycerides and phospholipids are both lipid derivatives of glycerol, which is a three-carbon molecule with three attached hydroxyl groups. Triglycerides and phospholipids both contain long-chain fatty acids attached to one or more of the glycerol molecule's hydroxyl groups. Both classes of lipids can utilize the same types of fatty acid chains, in terms of both length and saturation. <P> Triglyceride molecule is composed of glycerol; which makes the ‘glycerol backbone’, and three fatty acids. The ‘glycerol backbone’ of triglyceride molecule is always constant, but fatty acids attached to the ‘backbone’ may differ. • Triglyceride molecule contains three fatty acid chains, whereas phospholipid molecule contains two fatty acids plus one phosphate group. Read more: 1. Difference Between Cholesterol and Triglycerides. 2. Difference Between Trans Fat and Saturated Fat. Related posts: 1 Difference Between Carbohydrates and Lipids.
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Phospholipids differ only slightly from triglycerides in chemical structure.
Triglyceride molecule consists of glycerol and three fatty acids, each phospholipid molecule substitutes a phosphate for one of the three fatty acids.
Phospholipids form the membrane that make up the outer layer of all human cells.
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how do i cook a sirloin tip oven roast
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<P> 1. Preheat oven to 325°F. Pat roast dry and season on all sides with salt and pepper. Sprinkle flour over roast and use your hands to spread it out and pat it evenly over meat. 2. Melt butter and 1 Tbsp. oil in a large roasting pan over medium-high heat on top of stove. <P> 1 Place the roast on the prepared baking sheet, and cover on all sides with the spice mixture. 2 Roast 1 hour in the preheated oven, or to a minimum internal temperature of 145 degrees F (63 degrees C). 3 Let sit 15 minutes before slicing. 1 Preheat oven to 350 degrees F (175 degrees C). 2 Line a baking sheet with aluminum foil. 3 Place the roast on the prepared baking sheet, and cover on all sides with the spice mixture. 4 Roast 1 hour in the preheated oven, or to a minimum internal temperature of 145 degrees F (63 degrees C). 5 <P> 1 Preheat oven to 325°, place roast in pan and place on upper oven rack. 2 Cook for 25 minutes per lb for medium or approximately 50 to 60 minutes. 3 Use a meat thermometer to check doneness-should read 140° for medium. 4 Remove from oven, cover with foil to keep warm and let rest for 15 minutes before carving. Directions. 1 Remove roast from refrigerator one hour before serving to bring meat to room temperature for more even cooking. 2 Mix together rest of ingredients and rub over roast. 3 Let set for one half hour. 4 <P> 3. Oven-roasting the tri-tip roast Place roast in the oven and roast, uncovered, for 30 to 35 minutes or until the thermometer registers 135 degrees F. Remove from the oven and cover with foil. Let the meat stand for 15 minutes, which will bring the temperature up to 145 degrees F (medium rare) after standing. <P> Other names for the tri-tip are bottom sirloin roast and triangle roast. If you don't see it in the meat case, you may need to request it from your butcher. A boneless tri-tip roast weighs around 1-1/2 to 2 pounds and is around 2 inches thick. Oven-roasting the tri-tip roast Place roast in the oven and roast, uncovered, for 30 to 35 minutes or until the thermometer registers 135 degrees F. Remove from the oven and cover with foil. Let the meat stand for 15 minutes, which will bring the temperature up to 145 degrees F (medium rare) after standing. <P> 1 Put the sirloin in the oven and roast it for about 15 minutes for a medium-rare roast, 20 minutes for a medium roast, 25 minutes for a medium-well-done roast or 30 minutes for a well-done roast. 2 Turn the beef over about halfway through cooking [source: Rhodes ]. 1 Heat the oil or beef fat on your stovetop over medium heat in a large, flameproof roasting pan for five to 10 minutes [source: Rhodes 2 ]. Place the sirloin in the heated oil on the stove and let it sizzle for about five minutes, turning regularly <P> 1 Remove the sirloin and the roasting pan from the stovetop. 2 Put the sirloin in the oven and roast it for about 15 minutes for a medium-rare roast, 20 minutes for a medium roast, 25 minutes for a medium-well-done roast or 30 minutes for a well-done roast. 3 Turn the beef over about halfway through cooking [source: Rhodes ]. 1 Heat the oil or beef fat on your stovetop over medium heat in a large, flameproof roasting pan for five to 10 minutes [source: Rhodes 2 ]. Place the sirloin in the heated oil on the stove and let it sizzle for about five minutes, turning regularly <P> 1 Set the roast at room temperature for 1 hour prior to cooking. 2 Thoroughly rinse the roast& pat dry with paper towel. 3 Generously salt& pepper the roast on all sides. 4 Cover the bottom of a roasting pan with olive oil& set on medium-high heat about 4 minutes until very hot. 1 Place roast in the refrigerator a couple of days ahead of time. 2 Set the roast at room temperature for 1 hour prior to cooking. 3 <P> 1 Mix together rest of ingredients and rub over roast. 2 Let set for one half hour. 3 Preheat oven to 325°, place roast in pan and place on upper oven rack. 4 Cook for 25 minutes per lb for medium or approximately 50 to 60 minutes. 5 Use a meat thermometer to check doneness-should read 140° for medium. Directions. 1 Remove roast from refrigerator one hour before serving to bring meat to room temperature for more even cooking. 2 Mix together rest of ingredients and rub over roast. 3 Let set for one half hour. 4 <P> 1 Let set for one half hour. 2 Preheat oven to 325°, place roast in pan and place on upper oven rack. 3 Cook for 25 minutes per lb for medium or approximately 50 to 60 minutes. 4 Use a meat thermometer to check doneness-should read 140° for medium. Directions. 1 Remove roast from refrigerator one hour before serving to bring meat to room temperature for more even cooking. 2 Mix together rest of ingredients and rub over roast. 3 Let set for one half hour. 4
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1 Preheat oven to 325°, place roast in pan and place on upper oven rack. 2 Cook for 25 minutes per lb for medium or approximately 50 to 60 minutes. 3 Use a meat thermometer to check doneness-should read 140° for medium. 4 Remove from oven, cover with foil to keep warm and let rest for 15 minutes before carving.irections.
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what was khilafat movement
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<P> Khilafat Movement (1919-1924) was a significant Islamic movement in India during the British rule. This was an attempt by the Indian Muslim community to unite together in support of the Turkish Empire ruled by the Khalifa, which was attacked by European powers. The movement received its final blow in March 1924, when the original Khilafat movement in Turkey was abolished following the Islamic country s conversion from a Sultanate empire to a Republic. Copyright 2014 by Online Highways LLC. Enjoy some India trivia. <P> The Khilafat Movement, aimed against the British government, received the support of Mahatma Gandhi, who related his Non Cooperation Movement with it. The main objective behind this move was to enlist the support of the Muslim community into his movement, which addressed the issue of Swaraj (Self-Government). The movement received its final blow in March 1924, when the original Khilafat movement in Turkey was abolished following the Islamic country s conversion from a Sultanate empire to a Republic. Copyright 2014 by Online Highways LLC. Enjoy some India trivia. <P> The khilafat movement. 1 1. 2 THE KHILAFATMOVEMENT By P Gourisankaran. 3 2. 4 The Khilafat Movement• The Khilafat movement (1919-1924) was a pan-Islamic, political protest campaign launched by Muslims in British India to influence the British government and to protect the Ottoman Empire during the aftermath of World War I. The khilafat movement. 1 1. 2 2. 3 3. • The ‘Khilafat’ Movement of 1919-24, is probably quite unique inasmuch as it has been glorified with one voice by Islamic ideologists, Indian nationalists and com-mu-n-ists alike and along with them by Western scholars, as an anti-colonial movement of Muslims of India, premised on the hostility of the British to ... <P> From Wikipedia, the free encyclopedia. The Khilafat movement (1919–26) was a pan-Islamic, political protest campaign launched by Muslims in British India to influence the British government. In 1920 an alliance was made between Khilafat leaders and the Indian National Congress, the largest political party in India and of the nationalist movement. Congress leader Mohandas Gandhi and the Khilafat leaders promised to work and fight together for the causes of Khilafat and Swaraj. <P> Contest. Khilafat Movement was a religio-political Movement launched by the Muslims of the British India for the retention of the Ottoman Caliphate or khilafat-e-usmania and for not letting for the Muslim holy places go under the control of the Non-Muslims. During the 1 st World War. , the. or the Khilafat-e-usmania and most of its territory had been occupied and this Movement was on its peak from 1919 to 1922, although it went on during the later years. Being brothers, the Indian Muslims realized their religious duty to help the Muslim country. <P> The movement became the reason for separation from mainland India of an Islamic Pakistan, in the process unleashing tremendous separation-trauma, mainly upon ethnic Punjabis. The subsequent murder of Gandhi in India was also the indirect fallout of the Khilafat Movement. The movement was a topic in Conference of London (February 1920) ; however, Arabs saw it as threat of continuation of Turkish dominance of Arab lands. In 1920 an alliance was made between Khilafat leaders and the Indian National Congress, the largest political party in India and of the nationalist movement. Congress leader Mohandas Gandhi and the Khilafat leaders promised to work and fight together for the causes of Khilafat and Swaraj. <P> 1 The Khilafat Movement• The Khilafat movement (1919-1924) was a pan-Islamic, political protest campaign launched by Muslims in British India to influence the British government and to protect the Ottoman Empire during the aftermath of World War I. The khilafat movement. 1 1. 2 2. 3 3. • The ‘Khilafat’ Movement of 1919-24, is probably quite unique inasmuch as it has been glorified with one voice by Islamic ideologists, Indian nationalists and com-mu-n-ists alike and along with them by Western scholars, as an anti-colonial movement of Muslims of India, premised on the hostility of the British to ... <P> 1 2. 2 The Khilafat Movement• The Khilafat movement (1919-1924) was a pan-Islamic, political protest campaign launched by Muslims in British India to influence the British government and to protect the Ottoman Empire during the aftermath of World War I. The khilafat movement. 1 1. 2 2. 3 3. • The ‘Khilafat’ Movement of 1919-24, is probably quite unique inasmuch as it has been glorified with one voice by Islamic ideologists, Indian nationalists and com-mu-n-ists alike and along with them by Western scholars, as an anti-colonial movement of Muslims of India, premised on the hostility of the British to ... <P> Publisert 4. jan. 2014. The Khilafat movement (1919--1924) was a pan-Islamic, political protest campaign launched by Muslims in British India to influence the MF British government and to protect the Ottoman Empire during the aftermath of World War I. To the Muslims of India, the prospect of being conscripted by the British to fight against fellow Muslims in Turkey was anathema. To its founders and followers, the Khilafat was not a religious movement but rather a show of solidarity with their fellow Muslims in Turkey. <P> 1 4. • The Khilafat Movement also introduced the religious idiom in the politics of Indian Muslims. 2 Contrary to some misconceptions (and misrepresentations) it was not the Muslim League, the bearer of Muslim Nationalism in India, that introduced religious ideology in the politics of Indian Muslims. The khilafat movement. 1 1. 2 2. 3 3. • The ‘Khilafat’ Movement of 1919-24, is probably quite unique inasmuch as it has been glorified with one voice by Islamic ideologists, Indian nationalists and com-mu-n-ists alike and along with them by Western scholars, as an anti-colonial movement of Muslims of India, premised on the hostility of the British to ...
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It was a pan-Islamic, political protest campaign launched by Muslims in British India to influence the British government.
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what hormone works with the parathyroid hormone to regulate calcium levels
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<P> Calcitonin is the other major hormone involved with calcium regulation. Parathyroid hormone (PTH), produced by the parathyroid gland, increases the level of calcium in the blo … od. It usually accomplishes this by increasing the resorption rate (taking back) from bone. Parathyroid hormone secreted by the parathyroid gland regulates the resorption of Ca2+ from bone, reabsorption in the kidney back into circulation, and increases the activatio … n of vitamin D3 to Calcitriol. <P> 1 Parathyroid hormone regulates the body’s calcium levels. 2 There are four parathyroid glands, and they are each about the size of a grain of rice. 3 Though they’re located near each other, the parathyroid glands are not related to the thyroid gland. The thyroid gland regulates the body’s metabolism, while parathyroid glands regulate calcium levels and have no effect on metabolism. Parathyroid Hormone. Parathyroid hormone (PTH) has a very powerful influence on the cells of your bones by causing them to release their calcium into the bloodstream. <P> While PTH acts to increase the concentration of ionic calcium (Ca 2+) in the blood, calcitonin, a hormone produced by the parafollicular cells (C cells) of the thyroid gland, acts to decrease ionic calcium concentration. <P> Parathyroid hormone is secreted by the parathyroid glands and is the most important regulator of calcium levels in the blood and within the bones. Alternative names for parathyroid hormone PTH; parathormone; parathyrin. Parathyroid hormone regulates calcium levels in the blood, largely by increasing the levels when they are too low. It does this through its actions on the kidneys, bones and intestine: Bones-Parathyroid hormone stimulates the release of calcium from large calcium stores in the bones into the bloodstream. <P> What is parathyroid hormone? Parathyroid hormone is secreted from the four parathyroid glands, which are small glands in the neck, located behind the thyroid gland. Parathyroid hormone regulates calcium levels in the blood, largely by increasing the levels when they are too low. It does this through its actions on the kidneys, bones and intestine: Bones-Parathyroid hormone stimulates the release of calcium from large calcium stores in the bones into the bloodstream. <P> When blood calcium levels drop, the parathyroid gland secretes parathyroid hormone. This hormone works to raise blood calcium levels by stimulating osteoclasts to break down bone and release calcium into the bloodstream. PTH also signals your kidneys to conserve calcium by reducing the amount excreted in the urine. <P> Parathyroid Glands: Essentials. 1 Parathyroid hormone regulates the body’s calcium levels. 2 There are four parathyroid glands, and they are each about the size of a grain of rice. 3 Though they’re located near each other, the parathyroid glands are not related to the thyroid gland. The thyroid gland regulates the body’s metabolism, while parathyroid glands regulate calcium levels and have no effect on metabolism. Parathyroid Hormone. Parathyroid hormone (PTH) has a very powerful influence on the cells of your bones by causing them to release their calcium into the bloodstream. <P> The thyroid gland and parathyroid glands are a group of endocrine glands located in the base of the neck. These glands play a vital role in maintaining the body’s homeostasis by producing hormones that regulate the body’s metabolism and free calcium levels. <P> parathyroid hormone. works with the hormone calcitonin to regulate the calcium levels in the blood and tissues, increases calcium levels in the blood by mobilizing the release from storage in the bones and teeth. <P> parathyroid glands. embedded in the posterior surface of the thyroid gland, works with the hormone calcitonin that is secreted by the thyroid gland to regulate the calcium levels in the blood and tissues.
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Parathyroid hormone
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what does the standard deviation determine in a normal distribution
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<P> Standard Normal Distribution Table. This is the bell-shaped curve of the Standard Normal Distribution. It is a Normal Distribution with mean 0 and standard deviation 1. It shows you the percent of population: 1 between 0 and Z (option 0 to Z). 2 less than Z (option Up to Z). 3 greater than Z (option Z onwards) <P> Since the distribution has a mean of 0 and a standard deviation of 1, the Z column is equal to the number of standard deviations below (or above) the mean. For example, a Z of -2.5 represents a value 2.5 standard deviations below the mean. The area below Z is 0.0062. If all the values in a distribution are transformed to Z scores, then the distribution will have a mean of 0 and a standard deviation of 1. This process of transforming a distribution to one with a mean of 0 and a standard deviation of 1 is called standardizing the distribution. <P> Once standardized, a normally distributed random variable has a mean of zero and a standard deviation of one. The standard normal distribution (Z distribution) is shown in the graph below. As you can see from the notation to the right of the curve, mz = 0 and sz = 1. Learn How to Calculate the Mean of a Standard Normal Distribution. To see how a random variable is standardized, imagine you have a random variable, x, that is normally distributed with a mean of 20 and a standard deviation of 10. <P> A normal distribution with a mean of 0 and a standard deviation of 1 is called a standard normal distribution. Areas of the normal distribution are often represented by tables of the standard normal distribution. If all the values in a distribution are transformed to Z scores, then the distribution will have a mean of 0 and a standard deviation of 1. This process of transforming a distribution to one with a mean of 0 and a standard deviation of 1 is called standardizing the <P> For the standard normal distribution, 68% of the observations lie within 1 standard deviation of the mean; 95% lie within two standard deviation of the mean; and 99.9% lie within 3 standard deviations of the mean. To this point, we have been using X to denote the variable of interest (e.g., X=BMI, X=height, X=weight). The standard normal distribution is a normal distribution with a mean of zero and standard deviation of 1. The standard normal distribution is centered at zero and the degree to which a given measurement deviates from the mean is given by the standard deviation <P> The Standard Normal Distribution. A standard normal distribution is a normal distribution with mean 0 and standard deviation 1. Areas under this curve can be found using a standard normal table (Table A in the Moore and Moore & McCabe textbooks). All introductory statistics texts include this table. Some do format it differently. <P> The Standard Normal Distribution. The standard normal distribution is a normal distribution with a mean of zero and standard deviation of 1. The standard normal distribution is centered at zero and the degree to which a given measurement deviates from the mean is given by the standard devia <P> In a normal (Gaussian, random) distribution of data, about two-thirds of the data values will fall within one standard deviation (, the Greek letter sigma) of the mean value (). In a normal distribution, about 95% of the data values will fall within two standard deviations of the mean value. <P> For the normal distribution, the values less than one standard deviation away from the mean account for 68.27% of the set; while two standard deviations from the mean account for 95.45%; and three standard deviations account for 99.73%.
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The degree to which a given measurement deviates from the mean.
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what causes potassium to be low
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<P> Low potassium (hypokalaemia). Potassium is important for a person's muscles to work effectively, including the heart. Potassium also has a role in regulating blood pressure. Low potassium levels (hypokalaemia) can cause weakness as cellular processes are affected. Potassium is a mineral (electrolyte) in the body. <P> Abnormal potassium levels may cause symptoms such as muscle cramps or weakness, nausea, diarrhea, frequent urination, dehydration, low blood pressure, confusion, irritability, paralysis, and changes in heart rhythm. <P> Low Potassium (Hypokalemia) Overview. Potassium is a mineral (electrolyte) in the body. Almost 98% of potassium is found inside the cells. Small changes in the level of potassium that is present outside the cells can have severe effects on the heart, nerves, and muscles. <P> What Causes Low Potassium. Digestive issues are a big cause of low potassium and magnesium levels. There are two ways that digestive issues can cause electrolyte imbalances. Digestive Losses. The first way is through losses such as diarrhea and vomiting where the potassium is lost in the body fluid losses. <P> Causes. Low potassium (hypokalemia) has many causes. The most common cause is excessive potassium loss in urine due to prescription water or fluid pills (diuretics). Vomiting or diarrhea or both can result in excessive potassium loss from the digestive tract. Only rarely is low potassium caused by not getting enough potassium in your diet. Causes of potassium loss leading to low potassium include: 1 Chronic kidney disease. 2 Diabetic ketoacidosis. 3 Diarrhea. 4 Excessive alcohol use. <P> What Causes Low Potassium is a combination of factors. The main causes of low potassium are actually pretty simple-and fairly obvious-but there is one surprising fact about what causes low potassium that I'll bet that you didn't know about.
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Excessive potassium loss in urine due to prescription water or fluid pills (diuretics). Vomiting or diarrhea or both can result in excessive potassium loss from the digestive tract.
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what is an essential nutrient plants
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<P> Nutrients are components in foods that an organism uses to survive and grow. Macronutrients provide the bulk energy an organism's metabolic system needs to function while micronutrients provide the necessary cofactors for metabolism to be carried out. Both types of nutrients can be acquired from the environment. Micronutrients are used to build and repair tissues and to regulate body processes while macronutrients are converted to, and used for, energy. Methods of nutrient intake are different for plants and animals. <P> In general, when certain nutrients are deficient in the plant tissue, that nutrient is able translocate from older leaves to younger leaves where that nutrient is needed for growth. Nutrients with this ability are said to be mobile nutrients, and include nitrogen, phosphorus, potassium, magnesium, and molybdenum. Movement of nutrient from soil to root. There are three basic methods in which nutrients make contact with the root surface for plant uptake. They are root interception, mass flow, and diffusion. 1 Root interception: Root interception occurs when a nutrient comes into physical contact with the root surface. <P> Plant nutrition is the study of the chemical elements and compounds necessary for plant growth, plant metabolism and their external supply. Most soil conditions across the world can provide plants with adequate nutrition and do not require fertilizer for a complete life cycle. However, humans can artificially modify soil through the addition of fertilizer to promote vigorous growth and increase yield. <P> Nitrogen (N) is essential for plant growth and is part of every living cell. It plays many roles in plants and is necessary for chlorophyll synthesis. Plants take up most of their N as the ammonium (NH 4 +) or nitrate (NO 3 -) ion. Potassium (K) is one of the essential nutrients and is taken up in significant amounts by crops. Potassium is vital to photosynthesis, protein synthesis and many other functions in plants. It’s classified as a macronutrient, as are nitrogen (N) and phosphorus (P). Plants take up K in its ionic form (K +). <P> Phosphorus Phosphorus (P) is an essential nutrient for all life forms, and is the eleventh-most abundant mineral in the earth's crust. In surface waters, phosphorus is usually present as phosphate (PO 4 -P). Organic phosphorus is a part of living plants and animals, their by-products, and their remains. Generally, phosphorus is the limiting nutrient in freshwater aquatic systems. That is, if all phosphorus is used, plant growth will cease, no matter how much nitrogen is available. <P> 1 Phosphorus is referred to as a primary nutrient because of the high frequency of soils that are deficient of this nutrient, rather than the amount of phosphorus that plants actually use for growth. 2 The remaining essential elements are the micronutrients and are required in very small quantities. Out of the 15 essential elements that come from the soil, we deal with only the 12 that are generally managed by the growers. These 12 elements are ‘mineral nutrients’ and are obtained from the soil. <P> Hydrogen (H), derived almost entirely from water, is one of the 17 essential nutrients necessary for plant growth. Hydrogen, along with carbon and oxygen, are the three primary elements plant use in the largest amounts, and they perform as the building blocks for plant growth. Potassium (K) is one of the essential nutrients and is taken up in significant amounts by crops. Potassium is vital to photosynthesis, protein synthesis and many other functions in plants. It’s classified as a macronutrient, as are nitrogen (N) and phosphorus (P). Plants take up K in its ionic form (K +). <P> Phosphorus in soil organic matter accounts for about 20 to 65% of the total phosphorus found in soils. Therefore, phosphorus mineralization from soil organic matter is an important source of available phosphorus for plant growth. Phosphorous ranks second to nitrogen as a limiting nutrient for plant growth. Micronutrients are plant essential elements that are required by plants in much smaller amounts than the other essential nutrients. Generally, less than 1 lb/acre of each micronutrient will be present in the aboveground portion of crops. This small quantity contrasts with the 200 lb/acre or more of nitrogen <P> Carbon and oxygen are absorbed from the air, while other nutrients are absorbed from the soil. Green plants obtain their carbohydrate supply from the carbon dioxide in the air by the process of photosynthesis. Each of these nutrients is used in a different place for a different essential function. Most soil conditions across the world can provide plants with adequate nutrition and do not require fertilizer for a complete life cycle. However, humans can artificially modify soil through the addition of fertilizer to promote vigorous growth and increase yield.
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Potassium is vital to photosynthesis, protein synthesis and many other functions in plants.
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what is artemis
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<P> Greek Goddess of the Hunt, Forests and Hills, the Moon, Archery. Artemis is known as the goddess of the hunt and is one of the most respected of all the ancient Greek deities. It is thought that her name, and even the goddess herself, may even be pre-Greek. <P> Definition of ARTEMIS. : a Greek moon goddess often portrayed as a virgin huntress — compare diana. <P> Run Anti-Virus. Once you have manually removed the infected files, update and run your anti-virus software while still in Safe Mode. You can usually launch your anti-virus program from the Start menu. Once the program is loaded, run its update utility to be sure the virus definitions file is up-to-date. <P> Artemis. n. 1. (Classical Myth & Legend) Greek myth the virgin goddess of the hunt and the moon: the twin sister of Apollo. Roman counterpart: Diana Also called: Cynthia. (ˈɑr tə mɪs). <P> by Ron Leadbetter. The daughter of Leto and Zeus, and the twin of Apollo. Artemis is the goddess of the wilderness, the hunt and wild animals, and fertility (she became a goddess of fertility and childbirth mainly in cities). Artemis with her twin brother, Apollo, put to death the children of Niobe. The reason being that Niobe, a mere mortal, had boasted to Leto, the mother of the divine twins, that she had bore more children, which must make her superior to Leto. <P> About Artemis. Artemis Networks LLC is the pioneer of pCell technology, a breakthrough approach to wireless that consistently delivers full-speed data rate to every mobile device concurrently, regardless of how many users are sharing the same spectrum at once, and is compatible with standard LTE devices. <P> Artemis is a multiplayer co-op game, where you and your friends play the crew of a spaceship. <P> Artemis was the goddess of chastity, virginity, the hunt, the moon, and the natural environment. She was the daughter of Zeus and Leto, twin sister of Apollo. She was born on the island of Ortygia (Delos), where Leto had found shelter after being hunted by the lawful wife of Zeus, Hera. <P> Artemis Trojan. The Artemis Trojan is a Trojan infection that prevents computer users from using the infected computer effectively. The Artemis Trojan puts into place severe restrictions on the computer user's privileges. The Artemis Trojan prevents computer users from accessing or making any changes to their files. The Artemis Trojan is a Trojan infection that prevents computer users from using the infected computer effectively. The Artemis Trojan puts into place severe restrictions on the computer user's privileges
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Artemis was the goddess of chastity, virginity, the hunt, the moon, and the natural environment. Artemis is a multiplayer co-op game, where you and your friends play the crew of a spaceship.
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description of celosia plants
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<P> Try: Celosia is an annual flower whose silky blooms get attention wherever they grow with a wide choice of appearance, size, and color. Description: Celosia offers large flower clusters on top of green or reddish leaves. Colors include yellow, gold, red, pink, orange, and wine. Velvety crested types (cockscomb) are rippled, whereas others are shaped like plumes or spikes. <P> Product Description. (Celosia cristata) Flamingo Feather produces unusual blooms-each 6-12 inch bright pink flower stalk is actually made up of hundreds of teeny tiny flowers that are followed by teeny tiny individual seed pods that dry on the bottom of the stalk. <P> Cockscomb flowers are also known as Wool Flowers or Brain Celosia, suggestive of a highly colored brain. The flowers belong to the amaranth family, Amaranthaceae. Cockscomb blooms with a compacted crested head 2-5 inches across, on leafy stems that are 12-28 inches long. <P> Celosia. There are few flowers as showy as celosia. Whether you plant the plumed type, which produces striking upright spires, or the crested type, which has a fascinating twisted form, you'll love using celosia in bouquets. The flowers are beautiful fresh, but you can also dry them easily <P> General description. The celosia caracas is a very versatile plant with an unusual, yet elegant, shaped flower that can display quite a lot of different shapes, sizes and vibrant colors. This flower is often referred to as a cockscomb and is a more popular term used by gardeners due to its appearance. Moist but well-drained. The celosia caracas is a very versatile plant with an unusual, yet elegant, shaped flower that can display quite a lot of different shapes, sizes and vibrant colors. <P> Celosia /siːˈloʊʃiə/ is a small genus of edible and ornamental plants in the amaranth family, Amaranthaceae. The generic name is derived from the Greek word κηλος (kelos), meaning burned, and refers to the flame-like flower heads. One ounce of seed may contain up to 43,000 seeds. One thousand seeds can weigh 1.0-1.2 grams. Depending upon the location and fertility of the soil, blossoms can last 8–10 weeks. Celosia cristata is a common garden ornamental plant in China and other places. <P> Introduction. Celosia has two types of flowers, the cockscomb, Celosia cristata and the plume types, Celosia plumosa (Fig. 1). The tight, velvety texture of the cockscomb flowers look like brain tissue to some people <P> Category: Flowers and Foliages. Description: Celosia is an annual flower plant grown for the showy flowers that may either be a plumed or crested type. The common name cockscomb refers to the crestlike blooms. Colors range from yellow, gold, peach, orange and shades of red
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Celosia is an annual flower plant grown for the showy flowers that may either be a plumed or crested type. The common name cockscomb refers to the crestlike blooms.
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what are fish with calcified skeletons called?
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<P> The skeleton of the first fish was probably very like the skeleton of a modern Hagfish which is little more than an amalgamation of pieces of cartilage. The skull of a Lamprey is a single cartilaginous trough with a few lobes and spines while the spine is a simple sheath of cartilage surrounding the notochord. There is also a simple cage of cartilage to support the front-most parts of the viscera. The skeleton of a Hagfish is even simpler. The vertebrae that connect the skull to the spine are called the Atlas and the Axis, as in all vertebrates. In the picture above we can see representative vertebrae from three fish and two sharks, a Sturgeon, a Cod and a Salmon a White Shark and an Angel Shark. <P> 1 The skull of a shark is made of only 10 cartilaginous elements while a bony fish skull has about 63 bones. 2 Bony fish have pleural ribs formed from dermal bone and sharks lack these ribs. 3 Unlike bony fish that have a protective bony plate covering their vulnerable gills, the gill slits of a shark are exposed and visible. Shark species have eyelids and some can even protect their eye with a tough third eyelid called a nictating membrane. Other species, like the great white shark, have muscles that can roll the eye back into the socket for protection. Bony fish lack eyelids or the ability to protect their eyes. <P> Sharks and rays are basal fish with numerous primitive anatomical features similar to those of ancient fish, including skeletons composed of cartilage. Their bodies tend to be dorso-ventrally flattened, they usually have five pairs of gill slits and a large mouth set on the underside of the head. The bony fish lineage shows more derived anatomical traits, often with major evolutionary changes from the features of ancient fish. They have a bony skeleton, are generally laterally flattened, have five pairs of gills protected by an operculum, and a mouth at or near the tip of the snout. <P> An exoskeleton (from Greek έξω, exō éxō outer and, σκελετός skeletos) skeleton is the external skeleton that supports and protects an'animal s, body in contrast to the internal (skeleton) endoskeleton, of for, example a. human <P> All vertebrates have an inner skeleton, including a skull, backbone, and ribs. These complex animals vary in size from less than 0.4 in (1 cm) to over 100 ft (30 m) long. Fish are the largest vertebrate group, with more species than all the other groups put together. The skeleton is a strong frame that supports the body and anchors the muscles. Bones such as ribs protect the heart and other delicate parts, and the skull shields the brain. Most vertebrates have bony skeletons, but shark skeletons are rubbery cartilage. <P> The skeleton of the fish is either made of cartilage (cartilaginous fishes) or bones (bony fishes). The main features of the fish, the fins, are bony fin rays and, except the caudal fin, have no direct connection with the spine. They are supported only by the muscles. The ribs attach to the spine. The bony fish lineage shows more derived anatomical traits, often with major evolutionary changes from the features of ancient fish. They have a bony skeleton, are generally laterally flattened, have five pairs of gills protected by an operculum, and a mouth at or near the tip of the snout. <P> This class of fish is also known as ‘cartilaginous’ fish because they have skeletons made of cartilage. The other class is ‘Class Osteichthyes’, which gave rise to the modern day bony fish, also called ‘teleost’, and their primitive relatives such as the sturgeon. Shark species have eyelids and some can even protect their eye with a tough third eyelid called a nictating membrane. Other species, like the great white shark, have muscles that can roll the eye back into the socket for protection. Bony fish lack eyelids or the ability to protect their eyes. <P> They are living fossils, because cartilaginous fish started to evolve before 420 million years, and presently there are over 970 species living in the sea. Bony Fish. As their name indicates, they have a bony skeleton, which is calcified and ossified. Their upper jaw connects with the skull, and the skull has 63 tiny bony parts. Bony fish keep their eyes always open, as they do not have eyelids. Bony fish have gas-filled swim bladder, which is useful for buoyancy. They have a flap to cover the gills called operculum. Bony fish excrete ammonia as their nitrogenous waste product. Bony fish inhabit both freshwater and saltwater, and there are more than 27,000 extant species of them. <P> They are called bony fish because their skeletons are calcified, making them much harder than the cartilage bones of the chondrichthyes. The bony fishes have great maneuverability and speed, highly specialized mouths equipped with protrusible jaws, and a swim bladder to control buoyancy. FISH-how fish swim. The density of water makes it very difficult to move in, but fish can move very smoothly and quickly. A swimming fish is relying on its skeleton for framework, its muscles for power, and its fins for thrust and direction. The skeleton of a fish is the most complex in all vertebrates. <P> The remainder are cartilaginous fish such as sharks .The skeleton of a fish is either made of cartilage which is the flexible connective tissue found around our joints and in our nose or bones. Bony fish also have a hard, bony plate, called an operculum, covering their gills. Some have rays, or spines, in their fins. Bones are very dense while cartilage is light. There are 25,000 types of bony fish. Some common types are :- Salmon, tuna, goldfish, seahorses, eel
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Bony fish
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how much do estate agents cost
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<P> 1 The only fee that a potential buyer may have to pay in regards to a real estate agent is an administrative fee that can cost anywhere from $195 to $895 depending on the brokerage. 2 There are many real estate agencies that do not have fees at all. <P> Agent Types. A traditional real estate sales agreement involves the services of a real estate agent, who represents the seller under the supervision of a real estate brokerage. The average real estate commission is 6 percent of the home's sale price but can be higher or lower depending on the area and sales situation. <P> Reasonable is 6% total with 3% going to the listing (marketing) broker and 3% going to the buyer (selling) broker. These fees do not go directly to the agent, the brokers get the fee and the agent gets a portion of that fee. <P> 1 On average, a real estate broker works on a flat commission that is shared by the brokerage. 2 99% of the time, the seller will be the only one that pays out a commission to the agent. 3 On average, the fee can range anywhere from 4% to 6% of the home value. <P> 1 There are many real estate agencies that do not have fees at all. 2 For example, a homeowner that sells a home for $200,000 would have to pay up to $12,000 in real estate agent fees. <P> Many consumers believe that real estate transaction costs are simply the 5 percent to 6 percent of the sales price that the real estate agent earns as commission. But the real costs of selling property are much higher — especially when viewed as a percentage of earned equity. <P> Here is an estimate of transaction costs you might incur upon sale: 1 Sales agent commission — 5 percent to 6 percent or about $13,000. 2 Escrow costs and recording costs upon sale — $1,000. 3 Title insurance costs — $600.
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$195 to $895
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meaning of name anoush
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<P> Popularity of the Name Anoush. This name is not popular in the US, according to Social Security Administration, as there are no popularity data for the name. This doesn't mean that the name Anoush is not popular in other countries all over the world. The name might be popular in other countries, in different languages, or even in a different alphabet, as we use the characters from the Latin alphabet to display the data. A derivative of the name might also be popular in US. The meaning of Anoush is “Sweet; sweetness”. Keep in mind that many names may have different meanings in other countries and languages, so be careful that the name that you choose doesn’t mean something bad or unpleasant. <P> means sweet in armenian, could be a form of candy, could be a depiction of a sweet and adorable person. A person with whole lot of sweetness and kindness. Sweet disposition. Oh God, that's so anoush, my teeth hurt. <P> Means sweet in Armenian. This was the name of an 1890 novel by the Armenia writer Hovhannes Tumanyan. It was adapted into an opera in 1912 by Armen Tigranian. <P> Show similar names Show variant names. Name Anush generally means Beautiful morning or Star or Following desires, is of Indian origin, Name Anush is a Masculine (or Boy) name. Person with name Anush are mainly Hindu by religion. Name Anush belongs to rashi Mesh (Aries) with dominant planet Mars (Mangal) . <P> Then just follow the diagram below. Just for fun, see the name Anoush in Hieroglyphics, learn about ancient Egyptian Hieroglyphics and write a Hieroglyphic message. Learn about nautical flags and see your name or message written in nautical flags, on the Anoush in Nautical Flags page. In the U.S. in 2014 less than 5 girls were given the name. Less than 5 boys were given the name. View the Anoush Name Popularity Page to see how the popularity trend for Anoush has changed since 1880, or to compare the popularity of Anoush to other names. <P> Anoush is generally used as a girl's name. It consists of 6 letters and 2 syllables and is pronounced A-noush. In the U.S. in 2014 less than 5 girls were given the name. Less than 5 boys were given the name. View the Anoush Name Popularity Page to see how the popularity trend for Anoush has changed since 1880, or to compare the popularity of Anoush to other names. <P> The first thing you should know if you are considering Anoush for your baby's name is that in most countries all over the world the name Anoush is a girl name. The name Anoush is of Armenian origin, and is used mostly in Armenian speaking countries but also in a few other countries and languages of the world. The meaning of Anoush is “Sweet; sweetness”. Keep in mind that many names may have different meanings in other countries and languages, so be careful that the name that you choose doesn’t mean something bad or unpleasant. <P> Armenian Meaning: The name Anoush is an Armenian baby name. In Armenian the meaning of the name Anoush is: Sweet tempered. SoulUrge Number: 1. Expression Number: 6. People with this name have a deep inner desire to use their abilities in leadership, and to have personal independence. They would rather focus on large, important issues, and delegate the details. <P> Meaning of Anoush. Armenian name. In Armenian, the name Anoush means-sweet disposition.The name Anoush originated as an Armenian name. The name Anoush is most often used as a girl name or female name. Armenian Name Meaning-sweet disposition. Origin-Armenia
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Sweet tempered.
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how much does a local news anchor make
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<P> Typical Salaries. According to the job site Indeed, news anchors earned an average salary of $46,000 as of 2015. The Bureau of Labor Statistics lists Broadcast News Analysts, which includes news anchors, as earning a median annual income of $61,450 as of May 2014. <P> Half of News Anchors in the United States have been in the field for more than 10 years. Pay can fall anywhere from $30K to $132K per year, but median earnings come to around $57K per year. <P> News Reporters. The salaries of news reporters are lower than those of news anchors and vary widely. In April 2014, PayScale.com reported that news reporters earned between $21,598 and $61,466 a year. According to the BLS, the average annual salary of a reporter or correspondent was $44,360 a year in May 2013. <P> Thanks to The Daily Beast, now we know how much the highest-paid anchors make every year! NBC’s Matt Lauer, $25 million for the “Today” show. Fox News’ Bill O’Reilly, $20 million for “The O’Reilly Factor”. Fox News’ Sean Hannity, $15 million for “Hannity”. <P> News Anchors Versus Sports Anchors. According to a report conducted by the Radio Television Digital News Association, news anchors generally earn more than sports anchors. The 2010 report revealed the average news anchor earned $75,100 annually. The average sports anchor earned $61,600 annually. The average radio news anchor earned $33,5 <P> According to the United States Bureau of Labor Statistics, the median wage for a TV anchor is $16.76 per hour, $34,860.80 annually. The bottom tenth percentile earn $9.62 hourly, $20,009.60 annually. The upper tenth percentile earn $36.26 per hour, $75,42
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$75,100 annually
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average wage psychiatrists
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<P> The average psychiatrist salary in Canada is $151,000 CAD. The salary ranges from $43,000 to $363,000 CAD. At current exchange rates the average annual salary for a psychiatrist in Canada is $135,900 USD. The lowest paid Psychiatrists earn less with mean or average wages below $35 per hour. Presumably this is offset by costs of living and other factors. The lower pay levels are associated with rural areas. The highest pay levels are found in major metropolitan areas where the mean or average wage is over $100 per hour. <P> Average Salary Overview. Overall, psychiatrists in the United States had a mean salary of $177,520 in May 2012, according to the U.S. Bureau of Labor Statistics (BLS). The BLS reports that the bottom 10% of these professionals made $70,920 or less, and the top 10% made $187,199 or higher. Since entry-level professionals usually earn lower salaries than more experiences employees do, entry-level psychiatrists are likely earn salaries in the lower range. Data collected by PayScale.com indicated that those with less than a year of experience made salaries ranging from $44,801-$207,328 in January 2014. <P> For example the median expected annual pay for a typical Psychiatrist in the United States is $205,390, so 50% of the people who perform the job of Psychiatrist in the United States are expected to make less than $205,390. Source: HR Reported data as of October 2015. 1 Salary. 2 Salary + Bonus. The annual salary for someone with the job title Psychiatrist may vary depending on a number of factors including industry, company size, location, years of experience and level of education. <P> Psychiatrist Salary. Psychiatrists are among the best paid professions in the United States, with an average salary of $185,000 a year and top salaries reaching up to $269,000 a year. Independent contractors earn $195,000 a year on average, owners of solo practices and employees are paid $184,000 a year, and psychiatrists who are partners in their organizations have an average yearly salary of $213,000 a year. Image: Senderos at wikipedia.org. <P> The average psychiatrist salary in Australia is $144,500 AUD. A psychiatrist in Australia will earn between $77,800 and $308,500 AUD. In US currency the average annual wage is $130,050 US. The lowest paid Psychiatrists earn less with mean or average wages below $35 per hour. Presumably this is offset by costs of living and other factors. The lower pay levels are associated with rural areas. The highest pay levels are found in major metropolitan areas where the mean or average wage is over $100 per hour. <P> Medscape’s salary report also shows that the average pay for psychiatrists varies significantly from region to region. The highest salaries are in the Great Lakes region ($247,000 on average), followed by the North Central region ($201,000) and the West ($198,000). Independent contractors earn $195,000 a year on average, owners of solo practices and employees are paid $184,000 a year, and psychiatrists who are partners in their organizations have an average yearly salary of $213,000 a year. Image: Senderos at wikipedia.org. <P> Hourly. The average Psychiatrist salary is $83.33 per hour. The lowest 10% earn $34 per hour and those in the upper 10% earn more than $90 per hour. Annually. On an annual basis the median Psychiatrist Salary is greater than $173,000. The lowest 10% earn less than $71,000 per year while the upper 10% earn more than $180,000 per year. These salaries are calculated as a mean or average. The lowest paid Psychiatrists earn less with mean or average wages below $35 per hour. Presumably this is offset by costs of living and other factors. The lower pay levels are associated with rural areas. The highest pay levels are found in major metropolitan areas where the mean or average wage is over $10 <P> Average psychiatrist salary. An average yearly salary for a psychiatrist ranges from between $160,000 to $230,000. An average salary for a psychiatrist in the US is about $163,660 per annum while an average hourly wage is about $78.68 per hour. The average expected salary for a psychiatrist in the United Kingdom is about £56,341 per annum. According to all salary survey, the median salary for a psychiatrist is about £47,000 per year. <P> Work situation is another major factor that determines a psychiatrist’s salary. Independent contractors earn $195,000 a year on average, owners of solo practices and employees are paid $184,000 a year, and psychiatrists who are partners in their organizations have an average yearly salary of $213,000 a year. Image: Senderos at wikipedia.org. <P> Psychiatrist salary in UK. The average expected salary for a psychiatrist in the United Kingdom is about £56,341 per annum. According to all salary survey, the median salary for a psychiatrist is about £47,000 per year. An average hourly wage for a psychiatrist is about £28.17. A psychiatrist’s salary varies based on his or her age as the one in 20s earns up to £42,256, in 30s earns about £55,215, in 40s and in 50s earns about £65,356 per annum
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$160,000 to $230,000
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what causes achondroplasia
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<P> Most people with achondroplasia have average-size parents, which means that the cause of achondroplasia is from a new mutation in the FGFR3 gene. <P> Back to Top Causes. Achondroplasia is one of a group of disorders called chondrodystrophies or osteochondrodysplasias. Achondroplasia may be inherited as an autosomal dominant trait, which means that if a child gets the defective gene from one parent, the child will have the disorder. <P> Achondroplasia. The most common form of dwarfism, achondroplasia occurs in about one out of 26,000 to 40,000 babies and is evident at birth. People with achondroplasia have a relatively long trunk and shortened upper parts of their arms and legs. <P> Achondroplasia is a bone growth disorder that causes disproportionate dwarfism. Dwarfism is defined as a condition of short stature as an adult. People with achondroplasia are short in stature with a normal sized torso and short limbs. It is the most common type of <P> If one parent has achondroplasia, children have a 50 percent chance of inheriting the FGFR3 gene. If both parents have achondroplasia, children have a one in four chance of inheriting the gene from both parents. <P> 1 Achondroplasia is a genetic disorder of bone growth. 2 Achondroplasia is the cause of the most common type of dwarfism (short-limbed disproportionate dwarfism). 3 Achondroplasia is the most common cause of short stature with disproportionately short limbs. 4 The appearance of the person with achondroplasia is characteristic. <P> Causes. Achondroplasia is one of a group of disorders called chondrodystrophies or osteochondrodysplasias. Achondroplasia may be inherited as an autosomal dominant trait, which means that if a child gets the defective gene from one parent, the child will have the disorder. <P> There are two possible causes of achondroplasia. One possible cause is a genetic mutation in the fibroblast growth factor receptor 3 (FGFR3) gene located on chromosome 4. The other possible cause is that the condition can be inherited from a parent with
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Disproportionate dwarfism
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what is torsilax used for
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<P> Drug Information. Generic for Clavulin* (Amoxicillin-Clavulanate) is an oral penicillin antibiotic drug, which is used to treat different types of bacterial infections such as bronchitis, sinusitis, pneumonia, urinary tract infections, ear infections, and skin infections. Any medication taken in excess can have serious consequences. If you suspect an overdose of Generic for Clavulin*, seek medical attention immediately. Some of the overdose symptoms of this drug are stomach pain, diarrhea, nausea, vomiting, hyperactivity, drowsiness, and skin rash. <P> Torsilax (Acetaminophen) is used on its own or in combination with pseudoephedrine, dextromethorphan, chlorpheniramine, diphenhydramine, doxylamine, codeine, hydrocodone, or oxycodone. Caffeine-A methylxanthine naturally occurring in some beverages and also used as a pharmacological agent. Indication: For the relief of discomfort associated with acute, painful, musculoskeletal conditions. Torsilax (Carisoprodol) is used as a skeletal muscle relaxant. One of its metabolites, meprobamate, is available as an anxiolytic agent. <P> It is predominant where indigenous groups and among the black-Native American mestizo population, and in the Northeast coast, nearly all interior regions including Amazon regions, savannahs, rainforest, foothills, and Pantanal. The Aruak, Tupi, Yamomami, Kraho, Krahô guarani and Other indians groups are among the native tribes that together with isolated descendants Of africans Or, quilombola And indians (Integrated) caboclo that are known to almost exclusively practice traditional. medicine <P> Torsilax (Caffeine), a naturally occurring xanthine derivative like theobromine and the bronchodilator theophylline, is used as a CNS stimulant, mild diuretic, and respiratory stimulant (in neonates with apnea of prematurity). Indication: For the relief of discomfort associated with acute, painful, musculoskeletal conditions. Torsilax (Carisoprodol) is used as a skeletal muscle relaxant. One of its metabolites, meprobamate, is available as an anxiolytic agent. <P> Indication: For temporary relief of fever and minor aches and pains. Torsilax (Acetaminophen) (USAN) or Paracetamol (INN) is a widely used analgesic and antipyretic drug that is used for the relief of fever, headaches, and other minor aches and pains. It is a major ingredient in numerous cold and flu medications and many prescription analgesics. Indication: For the relief of discomfort associated with acute, painful, musculoskeletal conditions. Torsilax (Carisoprodol) is used as a skeletal muscle relaxant. One of its metabolites, meprobamate, is available as an anxiolytic agent. <P> Diclofenac is a pain reliever in the drug class NSAID (non-steroidal anti-inflammatory drug). It is available both over-the-counter and by prescription in the United States. Its common brand names are Voltaren, Cataflam and Zipsor. Diclofenac is often used to treat pain, tenderness, swelling and stillness resulting from osteoarthritis, rheumatoid arthritis, or ankylosing spondylitis. Short-acting (Cataflam and Zipsor) diclofenac may be used to treat menstrual or other pains. Diclofenac gel or cream is sometimes used to treat actinic keratosis, a skin condition that may become cancerous if not treated. Diclofenac sodium’s brand name is Voltaren. The body absorbs diclofenac potassium more quickly, which is useful when immediate pain-relief is required. Forms of diclofenac potassium may be available over-the-counter in lower doses. Its brand names are <P> There is growing interest in Brazilian medicine as the Amazon rainforest is the largest tropical forest in the world, and is home to immense biodiversity, including cures or treatments for many ailments. The Aruak, Tupi, Yamomami, Kraho, Krahô guarani and Other indians groups are among the native tribes that together with isolated descendants Of africans Or, quilombola And indians (Integrated) caboclo that are known to almost exclusively practice traditional. medicine <P> Traditional Brazilian medicine (Portuguese: Medicina indigena) indígena includes many Native South american, elements and Imported african. ones The Aruak, Tupi, Yamomami, Kraho, Krahô guarani and Other indians groups are among the native tribes that together with isolated descendants Of africans Or, quilombola And indians (Integrated) caboclo that are known to almost exclusively practice traditional. medicine
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For the relief of discomfort associated with acute, painful, musculoskeletal conditions. Torsilax (Carisoprodol) is used as a skeletal muscle relaxant.
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muscle pain causes in legs
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<P> Pain in the legs can occur as a result of conditions that affect bones, joints, muscles, tendons, ligaments, blood vessels, nerves, or skin. Typically, the pain is a result of tissue inflammation that is caused by injury or disease. Either injury or chronic disease can cause inflammation to any of the tissues of the leg and lead to leg pain. Blood clots (deep vein thrombosis) can be another cause of leg pain. Pain in the knee and ankle joints of the leg is common with the arthritis conditions. <P> Aching calves, burning legs, numbness in the feet — pain and discomfort in the lower extremities is a common complaint that sends many of us to our doctors seeking relief. But unless the cause is something obvious, like a fall, pinpointing the source may require some medical detective work. <P> The most common causes of muscle pain are tension, stress, overuse and minor injuries. This type of pain is usually localized, affecting just one or more muscles or parts of your body. Systemic muscle pain, which you feel throughout your body, is different. <P> Lower leg pain: Causes and treatments. Pain in the lower legs may be something that can be treated at home, or it may be a sign of a more serious medical conditions. A lot depends on what is causing the lower leg pain and the symptoms. Seek medical advice if you have concerns. Lower leg pain: Bones, joints and muscles. Muscle cramps. This sudden, tight, intense lower leg pain is often caused by muscle fatigue, heat or dehydration. Muscle cramps are more common among older people, endurance athletes or athletes who are not well conditioned. In most cases, you can ease muscle cramps by stopping whatever triggered them <P> Pain in the legs may be due to injury or inflammation of any of the structures that are found in the leg, including bones, joints, muscles, tendons, ligaments, blood vessels, nerves, and skin. Inflammation of tissues is usually the cause of pain. Pain can also radiate from other parts of the body and be felt in the leg. Back ailments can cause pain and numbness of the leg. Abdominal aorta and iliac artery aneurysms can also present with leg pain. blood clot in the large veins located in the abdomen are a further cause of leg symptoms. <P> Diabetic neuropathy (nerve damage) is a common cause of tingling and numbness in the legs that can at times be painful. For diagnostic and therapeutic purposes, it is important to differentiate the exact type and location of any pain in the legs. Blood clots (deep vein thrombosis) can be another cause of leg pain. Pain in the knee and ankle joints of the leg is common with the arthritis conditions. <P> Most leg pain results from wear and tear, overuse, or injuries in joints or bones or in muscles, ligaments, tendons or other soft tissues. Some types of leg pain can be traced to problems in your lower spine. Leg pain can also be caused by blood clots, varicose veins or poor circulation. Some common causes of leg pain include: 1 Achilles tendinitis. 2 Achilles tendon rupture. 3 ACL injury. 4 Baker's cyst. 5 Bone cancer. 6 Broken leg. 7 Bursitis. <P> Cramps. A principle cause of leg pain is a cramp or muscle spasm, often known as a charley horse. Muscle fatigue, dehydration, and some medications—such as diuretics and statins—can all lead to leg cramps. <P> If you're suffering from lower leg pain, you may wonder if it's serious or something you can treat at home. Here is an overview of several causes of lower leg pain and their treatments. Be sure to see your doctor if you have any questions about your leg pain or if your symptoms get worse. Applying heat to tight muscles or cold to tender muscles may ease some symptoms. Proper conditioning and stretching can help prevent problems in the future. Shin splints. This type of lower leg pain happens when connective tissues and muscles along the edge of the shin bone become inflamed.
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Wear and tear, overuse, or injuries.
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what is polyester fabric made out of
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<P> Jupiterimages/Photos.com/Getty Images. Polyester is a durable, easy-care synthetic fabric made from petroleum byproducts. It can be manufactured in a variety of weights and textures. Polyester is used for a wide range of applications, including clothing, home furnishings and industrial fabrics. <P> Polyester is a chemical term which can be broken into poly, meaning many, and ester, a basic organic chemical compound. The principle ingredient used in the manufacture of polyester is ethylene, which is derived from petroleum. <P> To make polyester into fibers, the plastic is melt spun, meaning the plastic is heated and forced through spinnerets into fibers (a spinneret is essentially an industrial mechanism similar to a spider’s silk spinning organs). <P> Blends. Polyester and cotton is probaby the most famous and popular blend. The polyester helps the fabric retain its shape and resist stains and wrinkles. The cotton makes the fabric more absorbent and comfortable. Polyester is combined with wool to give it wrinkle-resistance and shape retention in all kinds of weather. <P> Answer Polyester clothing is made from a petroleum product called polyethylene terephthalate so it is somewhat flammable and will melt. There is an in-depth, but c … omplicated, definition that basically explains it is made from fibers that are a chain of several linked esters, at whatispolyester.com. <P> Polyester is a synthetic fiber derived from coal, air, water, and petroleum. Developed in a 20th-century laboratory, polyester fibers are formed from a chemical reaction between an acid and alcohol. In this reaction, two or more molecules combine to make a large molecule whose structure repeats throughout its length. <P> Polyester is used to make a variety of things, including clothing, furniture coverings, plastic bottles, balloons, ropes, thread, hoses, sails, floppy disk liners, Clothing belts, industrial belts, tents and other outdoor gear.
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Coal, air, water, and petroleum.
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what are parts of a crane called
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<P> Tower cranes are a modern form of balance crane that consist of the same basic parts. Fixed to the ground on a concrete slab (and sometimes attached to the sides of structures), tower cranes often give the best combination of height and lifting capacity and are used in the construction of tall buildings. An overhead crane, also known as a bridge crane, is a type of crane where the hook-and-line mechanism runs along a horizontal beam that itself runs along two widely separated rails. <P> 1 The base is bolted to a large concrete pad that supports the crane. 2 The base connects to the mast (or tower), which gives the tower crane its height. 3 Attached to the top of the mast is the slewing unit -- the gear and motor -- that allows the crane to rotate: On top of the slewing unit are three parts: 1 The long horizontal jib (or working arm), which is the portion of the crane that carries the load. 2 The shorter horizontal machinery arm, which contains the crane's motors and electronics as well as the large concrete counter weights 3 : The operator's cab : <P> A crane mounted on a truck carrier provides the mobility for this type of crane. This crane has two parts: the carrier, often referred to as the Lower, and the lifting component which includes the boom, referred to as the Upper. An overhead crane, also known as a bridge crane, is a type of crane where the hook-and-line mechanism runs along a horizontal beam that itself runs along two widely separated rails. <P> Cranes are a clade (Gruidae) of large, long-legged and long-necked birds in the group Gruiformes. There are fifteen species of crane in four genera. Unlike the similar-looking but unrelated herons, cranes fly with necks outstretched, not pulled back. Cranes live on all continents except Antarctica and South America. Of the four genera of crane, two, Balearica (two species) and Bugeranus (one species) are entirely restricted to Africa, and the third Anthropoides has one entirely African species and one species that is found in Africa, Asia and Europe. <P> Parts of a Tower Crane. All tower cranes consist of the same basic parts: 1 The base is bolted to a large concrete pad that supports the crane. 2 The base connects to the mast (or tower), which gives the tower crane its height. 3 Attached to the top of the mast is the slewing unit -- the gear and motor -- that allows the crane to rotate: On top of the slewing unit are three parts: 1 The long horizontal jib (or working arm), which is the portion of the crane that carries the load. 2 The shorter horizontal machinery arm, which contains the crane's motors and electronics as well as the large concrete counter weights 3 : The operator's cab : <P> The most recognizable part of any crane is the boom. This is the steel arm of the crane that holds the load. Rising up from just behind the operator's cab, the boom is the essential piece of a crane, allowing the machine to raise loads to heights of several dozen feet. Mouseover the parts of the hydraulic crane for descriptions. Most hydraulic truck cranes have a boom that has several telescoping sections. For instance, a 70-ton Link-Belt hydraulic truck crane has a boom with three telescoping sections. This particular boom has a length of 127 feet (38.7 meters) <P> 1 The long horizontal jib (or working arm), which is the portion of the crane that carries the load. 2 A trolley runs along the jib to move the load in and out from the crane's center: 3 The shorter horizontal machinery arm, which contains the crane's motors and electronics as well as the large concrete counter weights : On top of the slewing unit are three parts: 1 The long horizontal jib (or working arm), which is the portion of the crane that carries the load. 2 The shorter horizontal machinery arm, which contains the crane's motors and electronics as well as the large concrete counter weights 3 : The operator's cab : <P> A crawler is a crane mounted on an undercarriage with a set of Caterpillar tracks (also called crawlers) that provide stability and mobility. Crawler cranes range in lifting capacity from about 40 to 3,500 short tons (35.7 to 3,125.0 long tons; 36.3 to 3,175.1 t). An overhead crane, also known as a bridge crane, is a type of crane where the hook-and-line mechanism runs along a horizontal beam that itself runs along two widely separated rails. <P> Basic Parts of Tower Crane: The tower crane usually has the following parts. 1 Base: This forms the base of the tower crane and it is very important component as it forms the interface between the tall steel structure and the concrete building top. 2 It can be compared to the spine supporting a human body. 1 Long horizontal jib: We know that the jib is one of the most important parts of a crane and in a tower crane it extends horizontally carrying a trolley which runs in and out of the crane’s center carrying the load. 2 So it can be called as the “working arm” of the crane.
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jib It is called as the “working arm” of the crane.
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naphthalene definition
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<P> Definition of NAPHTHALENE. : a crystalline aromatic hydrocarbon C10H8 usually obtained by distillation of coal tar and used especially in organic synthesis. See naphthalene defined for kids. <P> naphthalene. n. 1. (Chemistry) a white crystalline volatile solid with a characteristic penetrating odour: an aromatic hydrocarbon used in mothballs and in the manufacture of dyes, explosives, etc. A white crystalline aromatic compound, C 10 H 8, derived from coal tar or petroleum and used in manufacturing dyes, moth repellents, and explosives and as a solvent. Also called tar camphor. [ naphth(a) + al(cohol) + -ene .]. naph′tha·len′ic (-lĕn′ĭk) adj. <P> Noun. 1. naphthalene-a white crystalline strong-smelling hydrocarbon made from coal tar or petroleum and used in organic synthesis and as a fumigant in mothballs. camphor ball, mothball-a small sphere of camphor or naphthalene used to keep moths away from stored clothing. A white crystalline aromatic compound, C 10 H 8, derived from coal tar or petroleum and used in manufacturing dyes, moth repellents, and explosives and as a solvent. Also called tar camphor. [ naphth(a) + al(cohol) + -ene .]. naph′tha·len′ic (-lĕn′ĭk) adj. <P> A carcinogenic and toxic hydrocarbon obtained from coal tar; used for many syntheses in industry and in some moth repellents; naphthalene can cause an attack of hemolytic anemia in people with a deficiency of glucose-6-phosphate dehydrogenase. naph·tha·lene. A carcinogenic and toxic hydrocarbon obtained from coal tar; used for many syntheses in industry and in some moth repellents; naphthalene can cause an attack of hemolytic anemia in people with a deficiency of glucose-6-phosphate dehydrogenase. Synonym(s): naphthalin, tar camphor. <P> Naphthalene is an organic compound with formula C 10H 8. It is the simplest polycyclic aromatic hydrocarbon, and is a white crystalline solid with a characteristic odor that is detectable at concentrations as low as 0.08 ppm by mass. As an aromatic hydrocarbon, naphthalene's structure consists of a fused pair of benzene rings. Naphthalene has been tentatively detected in the interstellar medium in the direction of the star Cernis 52 in the constellation Perseus. More than 20% of the carbon in the universe may be associated with polyaromatic hydrocarbons, including naphthalene. <P> Example sentences. 1 The raw materials for today's dyes are mainly aromatic hydrocarbons: benzene, toluene, naphthalene, anthracene, pyrene, and others. 2 Common aromatic compounds other than benzene include toluene, naphthalene, and anthracene, all of which are present in coal tar or creosote. 1 <P> Medical Definition of NAPHTHALENE. : a crystalline aromatic hydrocarbon C10H8 usually obtained by distillation of coal tar and used especially in organic synthesis and formerly as a topical and intestinal antiseptic. — naph·tha·len·ic \ˌnaf-thə-ˈlen-ik, ˌnap-, -ˈlēn-\ adjective. : a crystalline aromatic hydrocarbon C10H8 usually obtained by distillation of coal tar and used especially in organic synthesis. See naphthalene defined for kids. <P> 1. naphthalene-a white crystalline strong-smelling hydrocarbon made from coal tar or petroleum and used in organic synthesis and as a fumigant in mothballs. camphor ball, mothball-a small sphere of camphor or naphthalene used to keep moths away from stored clothing. A white crystalline aromatic compound, C 10 H 8, derived from coal tar or petroleum and used in manufacturing dyes, moth repellents, and explosives and as a solvent. Also called tar camphor. [ naphth(a) + al(cohol) + -ene .]. naph′tha·len′ic (-lĕn′ĭk) adj.
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It is a crystalline aromatic hydrocarbon C10H8 usually obtained by distillation of coal tar and used especially in organic synthesis.
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what is an enzyme substrate complex
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<P> When the enzyme is bonded to the substrate, we call this the enzyme-substrate complex. Once the reaction is complete, the enzyme releases the product and is ready to bond with another substrate. Enzymes are only able to function if they bond with the correct substrate. In the Lock and Key Model, the substrate and the enzyme's active site are exact matches for each other, similar to puzzle pieces fitting together. Only a single substrate is the 'key' that matches the 'lock' of the active site. <P> enzyme–substrate complex The intermediate formed when a substrate molecule interacts with the active site of an enzyme. Following the formation of an enzyme–substrate complex, the substrate molecule undergoes a chemical reaction and is converted into a new product. Various mechanisms for the formation of enzyme–substrate complexes have been suggested, including the induced-fit model and the lock-and-key mechanism. Cite this article. <P> Enzyme-substrate Complex. In a chemical reaction, the step wherein a substrate binds to the active site of an enzyme is called an enzyme-substrate complex. The activity of an enzyme is influenced by certain aspects such as temperature, pH, co-factors, activators, and inhibitors. Advertisement. <P> What is the role of an enzyme substrate complex? An enzyme-substrate complex is formed when a subtrate molecule binds with the active site of an enzyme that is of similar shape and size. An enzyme-substrate complex may be caused by the interaction of the molecules of protein and protease. The enzyme-substrate complex is a theory proposed in 1888 by the Swe … dish chemist, Savante Arrhenius. <P> Answer An enzyme-substrate complex uses the reactants(substrates) and the enzyme. The enzyme is like a catalyst that reduces the required activation energy and speeds u … p the chemical reaction. 36 people found this useful. Lindalee Stuckey. An enzyme-substrate complex may be caused by the interaction of the molecules of protein and protease. The enzyme-substrate complex is a theory proposed in 1888 by the Swe … dish chemist, Savante Arrhenius. <P> Enzyme-substrate complex. Definition. noun. A non-covalent complex composed of a substrate bound to the active site of the enzyme. Supplement. The enzyme-substrate complex is formed during a chemical reaction. The substrate may still dissociate from the enzyme. <P> Answer by Ataylor12193. Confidence votes 115. An enzyme-substrate complex uses the reactants(substrates) and the enzyme. The enzyme is like a catalyst that reduces the required activation energy and speeds up the chemical reaction. An enzyme-substrate complex may be caused by the interaction of the molecules of protein and protease. The enzyme-substrate complex is a theory proposed in 1888 by the Swe … dish chemist, Savante Arrhenius. <P> So the substrate for lactase is lactose. Together with enzymes, substrates form an enzyme-substrate complex. Enzymes like lactase are block-like, globular proteins with pockets. These pockets contain the active site, which is the area of an enzyme where the substrate binds and the chemical reaction takes place. <P> An uncompetitive inhibitor cannot bind to the free enzyme, only to the enzyme-substrate complex; hence, these types of inhibitors are most effective at high substrate concentration. In the presence of the inhibitor, the enzyme-substrate complex is inactive. <P> In biochemistry, the substrate is a molecule upon which an enzyme acts. Enzymes catalyze chemical reactions involving the substrate(s). In the case of a single substrate, the substrate bonds with the enzyme active site, and an enzyme-substrate complex is formed. The substrate is transformed into one or more products, which are then released from the active site. The active site is then free to accept another substrate molecule
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The intermediate formed when a substrate molecule interacts with the active site of an enzyme.
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what type of anemia causes jaundice
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<P> Signs and Symptoms of Anemia. The most common symptom of all types of anemia is fatigue (tiredness). Fatigue occurs because your body doesn't have enough red blood cells to carry oxygen to its various parts. A low red blood cell count also can cause shortness of breath, dizziness, headache, coldness in your hands and feet, pale skin, and chest pain. A Severe Reaction to a Blood Transfusion. You may develop hemolytic anemia due to a blood transfusion. This can happen if the transfused blood is a different blood type than your blood. Signs and symptoms of a severe reaction to a transfusion include fever, chills, low blood pressure, and shock. <P> Jaundice refers to a yellowish color of the skin or whites of the eyes. When red blood cells die, they release hemoglobin into the bloodstream. The hemoglobin is broken down into a compound called bilirubin, which gives the skin and eyes a yellowish color. Bilirubin also causes urine to be dark yellow or brown. A Severe Reaction to a Blood Transfusion. You may develop hemolytic anemia due to a blood transfusion. This can happen if the transfused blood is a different blood type than your blood. Signs and symptoms of a severe reaction to a transfusion include fever, chills, low blood pressure, and shock. <P> A yellow tinge to the whites of the eyes is a common symptom of jaundice. Symptoms of jaundice include: 1 Yellow tinge to the skin and the whites of the eyes. 2 Pruritis (itchiness). 3 Fatigue. 4 Abdominal pain-typically indicates a blockage of the bile duct. 5 Weight loss. 6 Vomiting. 7 Fever. 8 Paler than usual stools. 9 Dark urine. <P> The symptoms of anemia vary according to the type of anemia, the underlying cause, the severity and any underlying health problems, such as hemorrhaging, ulcers, menstrual problems, or cancer. Specific symptoms of those problems may be noticed first. Anemia Caused by Chronic Red Blood Cell Destruction. Anemia caused by chronic red blood cell destruction may include these symptoms: 1 Jaundice (yellow skin and eyes). 2 Brown or red urine. 3 Leg ulcers. 4 Failure to thrive in infancy. 5 Symptoms of gallstones. <P> Others have symptoms similar to those that occur with other types of anemia (such as fatigue, weakness, and paleness), especially when the destruction is more severe or rapid. When severe or rapid destruction of red blood cells occurs, mild jaundice may also develop. <P> Ultrasound of the fetus shows enlarged liver, spleen, or heart and fluid buildup in the fetus's abdomen, around the lungs, or in the scalp. After birth, symptoms may include: A pale coloring may be evident, due to anemia. Jaundice, or yellow coloring of amniotic fluid, umbilical cord, skin, and eyes may be present. The baby may not look yellow immediately after birth, but jaundice can develop quickly, usually within 24 to 36 hours. <P> Symptoms. Jaundice is one of the visible hemolytic anemia symptoms that prompts an immediate blood test, so as to confirm the diagnosis. When red blood cells are destroyed, the hemoglobin in them is released into the blood, and it is eventually recycled to make fresh red blood cells. Among hemolytic anemia signs and symptoms, pale, yellow skin caused by the accumulation of bilirubin in the body is the easiest to recognize. Another symptom is upper abdominal pain as a result of gall stones. Theses gall stones could form due to excess cholesterol and bilirubin in the body. <P> Symptoms of hemolytic anemia are similar to other forms of anemia (fatigue and shortness of breath), but in addition, the breakdown of red cells leads to jaundice and increases the risk of particular long-term complications, such as gallstones and pulmonary hypertension. Hemolytic anemia is a form of anemia due to hemolysis, the abnormal breakdown of red blood cells (RBCs), either in the blood vessels (intravascular hemolysis) or elsewhere in the human body (extravascular). It has numerous possible causes, ranging from relatively harmless to life-threatening. <P> The following are the most common symptoms of hemolytic anemia. However, each individual may experience symptoms differently. Symptoms may include: Abnormal paleness or lack of color of the skin. Jaundice, or yellowing of the skin, eyes, and mouth. Dark-colored urine. Fever. Weakness. Dizziness. Confusion. Intolerance to physical activity. Enlargement of the spleen and liver
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Bilirubin type of anemia causes jaundice.
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definition of a registered nurse
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<P> nurse practitioner an advanced practice nurse trained in assessment of the physical and psychosocial health-illness status of individuals, families, or groups in a variety of settings through health and development history taking and physical examination. See also nurse, nursing. Health care A trained and licensed medical professional with a 4-yr nursing degree, who assists people in health care under the direction of a physician and is able to provide all levels of nursing care, including administration of medication. See Nurse. <P> community health nurse an especially prepared registered nurse whose work combines elements of both primary care nursing and public health practice and takes place primarily outside the therapeutic institution. See also nurse, nursing. Health care A trained and licensed medical professional with a 4-yr nursing degree, who assists people in health care under the direction of a physician and is able to provide all levels of nursing care, including administration of medication. See Nurse. <P> charge nurse a registered nurse responsible for the management of a patient care unit. circulating nurse a nurse member of the surgical team, responsible for activities of the operating room outside the sterile field and for managing nursing care of the surgical patient in the room. See also nurse, nursing. Health care A trained and licensed medical professional with a 4-yr nursing degree, who assists people in health care under the direction of a physician and is able to provide all levels of nursing care, including administration of medication. See Nurse. <P> Medical Definition of REGISTERED NURSE. : a graduate trained nurse who has been licensed by a state authority after passing qualifying examinations for registration—called also RN. Full Definition of REGISTERED NURSE. : a graduate trained nurse who has been licensed by a state authority after qualifying for registration. See registered nurse defined for English-language learners. See registered nurse defined for kids. ADVERTISEMENT <P> APRN Definition. An Advanced Practice Registered Nurse (APRN) is a nurse who has a master’s, post-masters, or doctoral degree in a nursing specialty and can generally practice medicine without the supervision of a physician. <P> The title 'Registered Nurse' (also known in the state of Victoria as a 'Division 1 Nurse') is granted to a Nurse who has successfully completed a board approved course in the field of nursing, as outlined by education and registration standards defined by the NMBA. An RN's scope of practice is determined by local legislation governing nurses, and usually regulated by a professional body or council. Registered nurses are employed in a wide variety of professional settings, often specializing in their field of practice. <P> registered nurse. noun. Tweet. : a nurse who has more training and experience than a licensed practical nurse and who has passed a special exam. Full Definition of REGISTERED NURSE. : a graduate trained nurse who has been licensed by a state authority after qualifying for registration. See registered nurse defined for English-language learners. See registered nurse defined for kids. ADVERTISEMENT <P> (October 2014). A registered nurse (RN) is a nurse who has graduated from a nursing program and met the requirements outlined by a country or state licensing body in order to obtain a nursing license. An RN's scope of practice is determined by local legislation governing nurses, and usually regulated by a professional body or council. Registered nurses are employed in a wide variety of professional settings, often specializing in their field of practice. <P> general duty nurse a registered nurse, usually one who has not had formal education beyond the basic nursing program, who sees to the general nursing care of patients in a hospital or other health agency. See also nurse, nursing. Health care A trained and licensed medical professional with a 4-yr nursing degree, who assists people in health care under the direction of a physician and is able to provide all levels of nursing care, including administration of medication. See Nurse.
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It is a nurse who has graduated from a nursing program and met the requirements outlined by a country or state licensing body in order to obtain a nursing license.
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why is it significant great barrier reef
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<P> The Great Barrier Reef, off the east coast of Australia, is one of the wonders of the natural world-it is the world's largest coral reef ecosystem. It was declared a World Heritage area in 1981 and added to the National Heritage List in 2007. <P> The Coral from the great barrier reef is so important because it is the livily source of shelter and food for thousand of marine and plant life. These plants release oxygen an … d other organic materials as waste products of photosynthesis; in turn, these by-products are what animals use to produce their own food. <P> Yes. The Great Barrier Reef off the coast of Queensland, Australia, is important for several reasons. It is the largest coral reef in the world, almost 2000km lo … ng, with its coral cays and islands spreading over 300,000 square kilometres. <P> The Great Barrier Reef off the coast of Queensland, Australia, is the largest coral reef in the world, around 2300km long, with its coral cays and islands spreading over 3 … 00,000 square kilometres. Considered one of the wonders of the natural world, the Reef is unique for being visible from Earth's orbit. <P> as my interests are far and wide. The Great Barrier Reef off the coast of Queensland, Australia, is the largest coral reef in the world, around 2300km long, with its coral cays and islands spreading over 300,000 square kilometres. Considered one of the wonders of the natural world, the Reef is unique for being visible from Earth's orbit. <P> The Coral from the great barrier reef is so important because it is the livily source of shelter and food for thousand of marine and plant life. <P> Yes. The Great Barrier Reef off the coast of Queensland, Australia, is important for several reasons. It is the largest coral reef in the world, almost 2000km lo … ng, with its coral cays and islands spreading over 300,000 square kilometres. <P> The Great Barrier Reef off the coast of Queensland, Australia, is the largest coral reef in the world, almost 2000km long, with its coral cays and islands spreading over … 300,000 square kilometres. Considered one of the wonders of the natural world, the Reef is unique for being visible from Earth's orbit.
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Due to largest coral reef in the world almost 2000 km long
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where is phil schwarz
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<P> Phil Schwartz is a Senior Software Developer with experience in C, C++, Java and Python. Thanks for stopping by, Phil Schwartz. Thank you for visiting my home page. I am a software developer that has been living in Santa Barbara, California since 1999. You can view my resume and information about the projects that I've developed independently. <P> Bio. Phil Schwarz lives in Chicago, IL. He has also lived in Naperville, IL. Companies in which he has a work history include Wls-tv and Bovis Lend Lease Inc. Jobs he has held in the past include Meteorologist. On the web, Phil goes by the aliases philschwarz2000 and philschwarz. <P> Phil's Bio. Phil Schwarz was born in 1973. Phil currently lives in Naperville. Before that, he lived in Naperville, IL from 2004 to 2012. Phil Schwarz attended Galesburg High School in Galesburg, IL and graduated class of 1991. After high school, he went to Bachelor of Science (BS) from Bradley University (1991-1996) in, . he attended college from 91 to 96. <P> Phil Schwarz is the meteorologist for ABC 7 Weekend News and ABC 7 Sunday Morning News. He joined ABC 7 News in 1995. Schwarz earned his B. S. degree in Meteorology from Pennsylvania State University in 1983. He holds the American Meteorological Society Seal of Approval, and volunteers as an assistant coach for Youth Hockey. Schwarz resides in the suburbs of Chicago with his wife and two children. <P> [email protected]. Phil Schwartz's areas of practice include securities disclosure, private and public debt and equity financings, mergers and acquisitions and general corporate matters. He also represents clients in enforcement matters before the Securities and Exchange Commission <P> Phil Schwarz ABC7. September 28 at 2:53pm ·. For the first time in over a week we have some rain on the way. Most of this will fall tomorrow morning as temps fall into the 60s. Phil Schwarz ABC7. September 27 at 7:36am ·. The mild weather will end after Monday but the 60s aren't too bad. <P> Schwarz began his career as a weathercaster in his hometown of Flint, Mich, where he was the weekend meteorologist for WJRT-TV, the local ABC affiliate (1984-89). During this time, he also owned a forecasting service. Schwarz earned his B. S. degree in Meteorology from Pennsylvania State University in 1983. He holds the American Meteorological Society Seal of Approval, and volunteers as an assistant coach for Youth Hockey. Schwarz resides in the suburbs of Chicago with his wife and two children. <P> Phil Schwarz ABC7. 15 hrs ·. Warmer days ahead on our 7 day. Next chance for significant showers will come Thursday. Have a great day everyone. Phil Schwarz ABC7. September 27 at 7:36am ·. The mild weather will end after Monday but the 60s aren't too bad. <P> In addition to focusing on Taft and Butler, the survey also inquired about ABC 7 meteorologists Mike Caplan and Phil Schwarz, and asked participants to compare and contrast all four of them against several of their counterparts in the market.
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Phil Schwarz lives in Chicago, IL.
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how much does it cost to build a stone wall
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<P> 1 Do-it-yourself materials cost about $10-$15 a square face foot. 2 ThisOldHouse.com provides a video showing how to build a block wall, calling the project challenging and estimating it will take two people 8-10 hours for a low wall 10-16 feet long. <P> 1 Costs will vary widely. 2 The Wall-for a cast in place (concrete) retaining wall with a vertical face, installed on no more than a 33 degree slope with a level embankment, at 6' high (including excavation and backfill) the cost will be $12,800. <P> 1 The Wall-for a cast in place (concrete) retaining wall with a vertical face, installed on no more than a 33 degree slope with a level embankment, at 6' high (including excavation and backfill) the cost will be $12,800. <P> Get an INSTANT estimate of the cost to Install a Stone Wall! Our free calculator uses recent, trusted data to estimate costs for your Stone Wall Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install a Stone Wall ranges between $21.83 - $32.28 per square foot* . <P> A natural stone wall will cost around $8 to $12 per square foot based on the type of stone chosen. A concrete block wall costs $6.10 to $7.60 per linear foot. Homeowners will also need to pay for any other materials needed, including steel bars, sand to keep the stones from rubbing against each other and mortar. <P> 1 When the wall is increased to 8' in height the cost will average at $13,700, and when the height is bumped up to 10' the cost increases to $19,900. 2 Estimates and quotes-like many other major construction projects it is advisable to seek out estimates from a range of providers. <P> Concrete retaining wall prices start around $30 per square foot including materials and installation and can go as high as $45 to $50 per square foot depending on how much prep work is involved in building the forms. Walls higher than four feet typically require a different type of form which will raise the cost. <P> 1 Materials and installation for a stone retaining wall start around $25-$40 a square face foot and go up depending on materials, site conditions, and other factors. 2 It costs $1,250-$2,000 or more for a wall 30 inches high and 20 feet long.
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Around $8 to $12 per square foot based on the type of stone chosen.
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what was the meaning behind the song of prince purple rain mean
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<P> One reviewer wrote on the meaning of Prince's Purple Rain, The desire for the woman's laughing means that the narrator wants the woman to be joyful. The color of royalty has traditionally been purple so this rain must obviously be connected to Prince in his princely mantle. <P> Purple Rain is a song by Prince and The Revolution. It is the title track from the 1984 album of the same name, which in turn is the soundtrack album for the 1984 film of the same name, and was released as the third single from that album. The song is a combination of rock, pop, gospel, and orchestral music. <P> It's very metaphorical. And let me guide you to the purple rain.... I never meant 2 cause u any sorrow I never meant 2 cause u any pain I only wanted 2 one time see u laughing I only wanted 2 see u laughing in the purple rain Side note. Purple rain; A restless feeling. A non-descriptive feeling of boredom, restlessness and confinement. The song is about Prince or someone never meaning to cause the one they care for any sorrow or pain. There is a complicated relationship being described and after all the confusion he only wants to see that person happy and free from confusion in the purple rain. <P> Prince was amazed at how crowds connected with Seger's songs like Night Moves and Mainstreet , which were slow songs that told stories people could relate to. Prince decided to write a song in that style, and Purple Rain was the result. The album was actually the soundtrack to the first movie Prince made. He went on to make three more, Under The Cherry Moon, Sign O' The Times, and Graffiti Bridge. When Prince takes the stage, he introduces Purple Rain as being written by Wendy and Lisa, then tears down the house with it. Wendy and Lisa were real members of Prince's band until 1987 when they left to record as a duo. <P> 'I only want 2 see U in the purple rain' means something like 'I wanna see U in a world after the war/ judgement day'... BASICALLY, PRINCE WANTS TO BE WITH THIS GIRL FOREVER. kristaselene on November 14, 2007 Link. 1 Reply Log in to reply. There was an error. <P> I love this song...but I have no idea what he's tlkin about Purple Rain I never meant 2 cause u any sorrow I never meant 2 cause u any pain I only wanted 2 one time see u laughing I only wanted 2 see u laughing in the purple rain Purple rain Purple rain(repeat 2x) I only wanted 2 see u bathing in the... The song is about Prince or someone never meaning to cause the one they care for any sorrow or pain. There is a complicated relationship being described and after all the confusion he only wants to see that person happy and free from confusion in the purple rain. <P> Purple Rain is not only one of my favorite Prince song, but also one of my favorite songs of all time. However, I have always wondered what the song's title meant. When I thought about it literally, it would be completely weird to see purple rain. I would think that I was high or on an LSD trip. Also, purple rain reminds me of the Jimi Hendrix song, Purple Haze, which was making a reference to psychedelic drugs like Marijuana and LSD. Prince's music mixes psychedelic funk and rock together and hearkens back to artists like Jimi Hendrix. <P> Purple Rain won Prince an Oscar for Best Original Song Score (not to be confused with the Best Original Score category, won that year by A Passage to India). The song Purple Rain was the centerpiece of the film and a key plot point. When Prince takes the stage, he introduces Purple Rain as being written by Wendy and Lisa, then tears down the house with it. Wendy and Lisa were real members of Prince's band until 1987 when they left to record as a duo. <P> On the tour to promote the album (conveniently called the Purple Rain World Tour), Prince's band, The Revolution, would play the intro to this song for about eight minutes while Prince underwent a costume change before emerging in fresh duds to complete the performance. When Prince takes the stage, he introduces Purple Rain as being written by Wendy and Lisa, then tears down the house with it. Wendy and Lisa were real members of Prince's band until 1987 when they left to record as a duo.
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I wanna see U in a world after the war/judgement day.
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what are anaerobic exercises examples
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<P> Aerobic and anaerobic refer to the source of energy being used by your muscles during the activity. In the case of anaerobic -- the absence of oxygen -- the main energy source is phosphocreatine and glycogen. Aerobic actually means requiring oxygen. <P> The aerobic (oxygen breaking down glucose) energy sources are used for longer term exercise, but the anaerobic forms, ATP (adenosine triphosphate, a phosphorous based cellular energy source) and glycogen, are actually normally used by the body in these types of exercise. Lactate is a byproduct of the anaerobic exercise process, and it's now known that the lactate threshold of tolerance can be built up by training. Examples of anaerobic exercise. Weight lifting: A good example of anaerobic exercise is weight lifting. This is truly anaerobic, involving a short burst of muscle power. <P> Biking sprints, swimming sprints and running sprints are examples of anaerobic activities. During sprinting, the muscles rapidly deplete energy reserves before heavy breathing begins. Sprinting demonstrates the requirement of a significant amount of oxygen needed by muscles to perform the activity. Since muscles require oxygen to maintain prolonged exertion, anaerobic exercises can only continue for short periods of time. Examples of anaerobic activity include sprinting, high-intensity interval training, powerlifting and most athletic sports. <P> Anaerobic exercise is a form of high-intensity exercise that increases a substantial oxygen deficit. When performing at elevated intensity levels, your cardiovascular system has a challenging time delivering the oxygen requirement needed to your muscles fast enough. Since muscles require oxygen to maintain prolonged exertion, anaerobic exercises can only continue for short periods of time. Examples of anaerobic activity include sprinting, high-intensity interval training, powerlifting and most athletic sports. <P> Aerobic means with oxygen because your muscles use oxygen and carbohydrates to fuel aerobic exercise. Anaerobic means without oxygen because your muscles rely on carbohydrates alone for these exercises. <P> SHARE SHARE TWEET EMAIL. The term anaerobic means without oxygen. The high intensity of anaerobic exercise means that your body is unable to utilize fat as an energy source and must instead rely on carbohydrate stored in your muscles, called glycogen, or the chemical ATP, also stored in your muscles. <P> 1 In contrast, anaerobic (without oxygen) exercise is activity that causes you to be quickly out of breath, like sprinting or lifting a heavy weight. 2 Examples of aerobic exercises include cardio machines, spinning, running, swimming, walking, hiking, aerobics classes, dancing, cross country skiing, and kickboxing. <P> Examples of Anaerobic Exercise. Examples of anaerobic exercise include heavy weight training, sprinting (running or cycling) and jumping. Basically any exercise that consists of short exertion, high-intensity movement is an anaerobic exercise. Heavy weight training is an excellent way to build strength and muscle mass. Glycolysis is a method by which glycogen is broken down into glucose, also known as 'sugar' and is converted into energy. Glycolysis occurs in muscle cells during anaerobic exercise without the use of oxygen in order to produce energy quickly, thus producing lactic acid, which causes your muscles to fatigue. Lactic acid is a by-product of glycolysis and forms when your body breaks down glucose for energy when oxygen is low <P> Anaerobic exercise literally means 'exercise without oxygen'. It's a form of exercise intensive enough to generate the body's alternate energy source, glycogen, which is released as energy into the body. Anaerobic exercise is used for stamina and muscle mass gain by professional athletes. Lactate is a byproduct of the anaerobic exercise process, and it's now known that the lactate threshold of tolerance can be built up by training. Examples of anaerobic exercise. Weight lifting: A good example of anaerobic exercise is weight lifting. This is truly anaerobic, involving a short burst of muscle power.
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It is a form of exercise intensive enough to generate the body's alternate energy source,glycogen,which is released as energy into the body.
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how to bake a salmon steak in the oven
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<P> Preheat the oven to 400 degrees F. Sprinkle salmon with 2 teaspoons olive oil, salt, and pepper. Stir the tomatoes, shallots, 2 tablespoons of oil, lemon juice, oregano, thyme, salt and pepper in a medium bowl to blend. Place a salmon fillet, oiled side down, atop a sheet of foil. Wrap the ends of the foil to form a spiral shape <P> Bake Until Opaque and Flaky. Preheat the oven to 450 degrees F for fillets or 350 degrees F for a dressed fish. You can bake the fillets at a lower temperature, if desired, but remember to increase the cooking time. Bake salmon fillets or steaks, uncovered, for 4 to 6 minutes per 1/2-inch thickness. For a dressed salmon, bake for 6 to 9 minutes per 8 ounces of fish. To test for doneness, insert a fork into the salmon and gently twist. The salmon is done as soon as it begins to flake. Be sure to test at the minimum ba <P> Cook. Ready In. 1 Preheat oven to 350 degrees F (175 degrees C). 2 Lightly grease an 8x8-inch baking dish with olive oil. 3 Pour 1/4 cup olive oil in a shallow bowl and dip salmon steaks in oil to coat. 4 Stir garlic salt, onion salt, paprika, black pepper, and salt together in a small bowl; sprinkle seasoning onto salmon. Ready In. 1 Preheat oven to 350 degrees F (175 degrees C). 2 Pour 1/4 cup olive oil in a shallow bowl and dip salmon steaks in oil to coat. 3 Bake in the preheated oven until the salmon is cooked through and the flesh flakes easily, about 45 minutes. <P> Place the salmon in the roasting pan: Place the salmon in the roasting pan, skin-side down. Transfer to the oven. Roast for 4 to 6 minutes per half-inch thickness of salmon: Roasting time depends on the thickness of your salmon, as determined by the thickest part of the salmon fillet. Line a roasting pan or baking sheet with foil. Pat the salmon dry: Pat the salmon dry with a paper towel. Rub the salmon with oil, salt, and pepper: Drizzle some oil over the top of each salmon — just enough to coat the salmon — and rub it over the salmon with your fingers or a pastry brush. <P> 1 Preheat oven to 350 degrees F (175 degrees C). 2 Lightly grease an 8x8-inch baking dish with olive oil. 3 Pour 1/4 cup olive oil in a shallow bowl and dip salmon steaks in oil to coat. 4 Stir garlic salt, onion salt, paprika, black pepper, and salt together in a small bowl; sprinkle seasoning onto salmon. Ready In. 1 Preheat oven to 350 degrees F (175 degrees C). 2 Pour 1/4 cup olive oil in a shallow bowl and dip salmon steaks in oil to coat. 3 Bake in the preheated oven until the salmon is cooked through and the flesh flakes easily, about 45 minutes. <P> 1 Place salmon steaks in a 7- x 11-inch baking dish. 2 Combine butter, lemon-pepper seasoning, and garlic salt in a small bowl; stir well. 3 Pour over steaks in dish. 4 Sprinkle with paprika. 5 Bake, uncovered, 10 to 12 minutes or until fish flakes easily with a fork. What To Do: 1 Preheat the oven to 500 degrees. 2 Place salmon steaks in a 7- x 11-inch baking dish. 3 Combine butter, lemon-pepper seasoning, and garlic salt in a small bowl; stir well. 4 Pour over steaks in dish. 5 Sprinkle with paprika. 6 <P> 1 Preheat the oven to 500 degrees. 2 Place salmon steaks in a 7- x 11-inch baking dish. 3 Combine butter, lemon-pepper seasoning, and garlic salt in a small bowl; stir well. 4 Pour over steaks in dish. 5 Sprinkle with paprika. What To Do: 1 Preheat the oven to 500 degrees. 2 Place salmon steaks in a 7- x 11-inch baking dish. 3 Combine butter, lemon-pepper seasoning, and garlic salt in a small bowl; stir well. 4 Pour over steaks in dish. 5 Sprinkle with paprika. 6 Bake, uncovered, 10 to 12 minutes or until fish flakes easily with a fork
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1. Preheat the oven to 450 degrees F for fillets or 350 degrees F for a dressed fish. You can bake the fillets at a lower temperature, if desired, but remember to increase the cooking time.
2. Bake salmon fillets or steaks, uncovered, for 4 to 6 minutes per 1/2-inch thickness.For a dressed salmon, bake for 6 to 9 minutes per 8 ounces of fish. To test for doneness, insert a fork into the salmon and gently twist. 3. The salmon is done as soon as it begins to flake. Be sure to test at the minimum baking time.
4. Take salmon fillets or steaks, uncovered, for 4 to 6 minutes per 1/2-inch thickness. For a dressed salmon, bake for 6 to 9 minutes per 8 ounces of fish.
5. To test for doneness, insert a fork into the salmon and gently twist.
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what does chambal mean
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<P> The myth of the Chambal Rani and her pony was lost in the folklore of the ravines. She was known for her short height, aggressive demeanor and her demented behavior. In fact, experts on the topic suggest that the movie Bandit Queen was inspired by the life and times of Chambal Rani and not Phoolan Devi. The word dacoity is the anglicized version of the Hindustani word ḍakaitī (historically spelled dakaitee, Hindi डकैती or Urdu ڈکیتی or Bengali ডাকাতি), which comes from ḍākū (historically spelled dakoo, Hindi: डाकू, Urdu: ڈاکو, meaning armed robber) or Bengali ḍakat (ডাকাত). <P> One of the most famous uenderage ünderage dacoits from The chambal region Is Chambal, rani she was notorious for her exploits of looting trains and carriages mostly for. Grains, although nobody knows her real. Identity the myth of The Chambal rani and her pony was lost in the folklore of the. ravines The word dacoity is the anglicized version of the Hindustani word ḍakaitī (historically spelled dakaitee, Hindi डकैती or Urdu ڈکیتی or Bengali ডাকাতি), which comes from ḍākū (historically spelled dakoo, Hindi: डाकू, Urdu: ڈاکو, meaning armed robber) or Bengali ḍakat (ডাকাত). <P> The perennial Chambal originates at Manpura, south of Mhow town, near Indore, on the south slope of the Vindhya Range in Madhya Pradesh. The Chambal and its tributaries drain the Malwa region of northwestern Madhya Pradesh, while its tributary, the Banas, which rises in the Aravalli Range, drains southeastern Rajasthan. The Gandhi Sagar dam is the first of the four dams built on the Chambal River, located on the Rajasthan-Madhya Pradesh border. It is a 64 metre high masonry gravity dam, with a live storage capacity of 6,920 Mm 3 and a catchment area of 22,584 km 2, of which only 1,537 km 2 is i <P> The Chambal is a rainfed catchment with a total drained area up to its confluence with the Yamuna of 143,219 square kilometres (55,297 sq mi). The drainage area resembles a rectangle up to the junction of the Parvathi and Banas Rivers with the Chambal flowing along its major axis. The Gandhi Sagar dam is the first of the four dams built on the Chambal River, located on the Rajasthan-Madhya Pradesh border. It is a 64 metre high masonry gravity dam, with a live storage capacity of 6,920 Mm 3 and a catchment area of 22,584 km 2, of which only 1,537 km 2 is in Rajasthan. <P> From its source down to its junction with the Yamuna, the Chambal has a fall of about 732 metres (2,402 ft). Of this, around 305 metres (1,001 ft) is within the first 16 kilometres (9.9 mi) reach from its source. The Gandhi Sagar dam is the first of the four dams built on the Chambal River, located on the Rajasthan-Madhya Pradesh border. It is a 64 metre high masonry gravity dam, with a live storage capacity of 6,920 Mm 3 and a catchment area of 22,584 km 2, of which only 1,537 km 2 is in Rajasthan. <P> The Chambal River is a tributary of the Yamuna River in central India, and forms part of the greater Gangetic drainage system. The Gandhi Sagar dam is the first of the four dams built on the Chambal River, located on the Rajasthan-Madhya Pradesh border. It is a 64 metre high masonry gravity dam, with a live storage capacity of 6,920 Mm 3 and a catchment area of 22,584 km 2, of which only 1,537 km 2 is in Rajasthan. <P> The river card is the last community card to be dealt. It proceeds the final round of betting and is responsible for administering more than its fair share of bad beats. A pla … yer might say that he hit an Ace on the river, meaning that he paired an Ace from his hand with the river card. In the 1800's poker games were regularly held aboard riverboats, where cheating players were known to deal an extra community card in order to give themselves an advantage. <P> Dacoity is a term used for banditry in Hindi, Kannada and Urdu. The spelling is the anglicized version of the Hindustani word and as a colloquial Anglo-Indian word with this meaning, it appears in the Glossary of Colloquial Anglo-Indian Words and Phrases (1903). The word dacoity is the anglicized version of the Hindustani word ḍakaitī (historically spelled dakaitee, Hindi डकैती or Urdu ڈکیتی or Bengali ডাকাতি), which comes from ḍākū (historically spelled dakoo, Hindi: डाकू, Urdu: ڈاکو, meaning armed robber) or Bengali ḍakat (ডাকাত). <P> Dadua was one of the most infamous dacoit in U.P. and M.P. having very strong political links. His son Veer Sing is a MLA and brother Bal Kumar patel is MP. His nephew Ram Singh is also a MLA. The word dacoity is the anglicized version of the Hindustani word ḍakaitī (historically spelled dakaitee, Hindi डकैती or Urdu ڈکیتی or Bengali ডাকাতি), which comes from ḍākū (historically spelled dakoo, Hindi: डाकू, Urdu: ڈاکو, meaning armed robber) or Bengali ḍakat (ডাকাত). <P> exists and is an alternate of. Merge this question into. Split and merge into it. Answer by Williammtrent. Confidence votes 20.5K. The Chambal River a tributary of the Yamuna River in central India and originates at Manpura, south of Mhow town, near Indore, on the south slope of the Vindhya Range in Madhya Pradesh. A pla … yer might say that he hit an Ace on the river, meaning that he paired an Ace from his hand with the river card. In the 1800's poker games were regularly held aboard riverboats, where cheating players were known to deal an extra community card in order to give themselves an advantage.
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Chambal is a name of River which is a tributary of the Yamuna River in central India, and forms part of the greater Gangetic drainage system.
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what are the purine bases of dna
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<P> The two-carbon nitrogen ring bases (adenine and guanine) are purines, while the one-carbon nitrogen ring bases (thymine and cytosine) are pyrimidines. Purines and Pyrimidines are nitrogenous bases that make up the two different kinds of nucleotide bases in DNA and RNA. <P> Half of these, guanine and adenine (G and A) are purines, which are heterocyclic (containing both carbon and something other than carbon) organic compounds---the compounds to which they bind are called pyrimidines and together are called the nitrogenous bases of DNA (because all are nitrogen-based compounds). DNA is found in its structure in base pairs, which are pairings of guanine to cytosine and adenine to thymine---you can remember the order by the mnemonic GCAT. <P> 2. Number of purine bases in DNA and RNA. 3. Number of purine bases in DNA molecule with 12 phosphates. 5. Total number of pieces in DNA kit for DNA and RNA. 9. Pyrimidine base found in DNA and RNA. 11. Base that pairs with thymine in DNA and with uracil in RNA. 12. Pyrimidine base found in RNA but not in DNA. 13 <P> A purine is a heterocyclic aromatic organic compound. It consists of a pyrimidine ring fused to an imidazole ring. Purines, which include substituted purines and their tautomers, are the most widely occurring nitrogen-containing heterocycle in nature. Purines and pyrimidines make up the two groups of nitrogenous bases, including the two groups of nucleotide bases. <P> There are four nitrogenous bases found in DNA that are called guanine, adenine, thymine and cytosine. They are abbreviated by the first letter in their name, or G, A, T and C. The bases can be divided into two categories: Thymine and cytosine are called pyrimidines, and adenine and guanine are called purines. The single-ring nitrogenous bases, thymine and cytosine, are called pyrimidines, and the double-ring bases, adenine and guanine, are called purines. (Miss Crimson has a puzzled look. ) I guess you might wonder how I can remember that, but it's really quite simple. <P> Two of the five bases in nucleic acids, adenine (2) and guanine (3), are purines. In DNA, these bases form hydrogen bonds with their complementary pyrimidines thymine and cytosine, respectively. This is called complementary base pairing. In RNA, the complement of adenine is uracil instead of thymine. It consists of a pyrimidine ring fused to an imidazole ring. Purines, which include substituted purines and their tautomers, are the most widely occurring nitrogen-containing heterocycle in nature. Purines and pyrimidines make up the two groups of nitrogenous bases, including the two groups of nucleotide bases. <P> The four nitrogenous bases found in DNA are: Adenine, Guanine, Cytosine and Thymine. Adenine and Guanine are purines whereas Cytosine and Thymine are pyrimidines. … Uracil is found in RNA and is also a pyrimidine. Use this mnemonic, CUT PY (like cut pie), Cytosine, Thymine, Uracil are PYrimidines. In DNA, adenine and guanine are purines and thymine and cytosine are pyrimidines. In RNA, thymine is replaced by … pyrimidine uracil. <P> The four nitrogenous bases found in DNA are: Adenine, Guanine, Cytosine and Thymine. Adenine and Guanine are purines whereas Cytosine and Thymine are pyrimidines. … Uracil is found in RNA and is also a pyrimidine. The purine bases in DNA are two of the nitrogenous bases, adenine, and guanine. <P> Nature can be amazingly conservative. Only 3 pyrimidine bases (thymine, cytosine, and uracil) and 2 purine bases (adenine and guanine) are needed to produce the incredible diversity of species that inhabit the earth. When one purine base is paired with one pyrimidine base, a base pair is formed. Purines are one of two families of nitrogen-containing molecules called nitrogenous bases. Pyrimidines are the other family of nitrogenous bases. Nitrogenous bases are needed to construct the genetic material in every living organism.
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Two of the five bases in nucleic acids, adenine (2) and guanine (3), are purines. In DNA, these bases form hydrogen bonds with their complementary pyrimidines thymine and cytosine, respectively.This is called complementary base pairing.
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what is priory
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<P> Full Definition of PRIORY. : a religious house under a prior or prioress. See priory defined for English-language learners. See priory defined for kids. ADVERTISEMENT. Definition of PRIORY for Kids. : a religious house under the leadership of <P> 1. It is hard to make out a difference between Abbey and priory. 2. Abbey is a monastery or a group of monks or nuns who are very much devoted to celibacy and religion. Priory is also a monastery that consists of monks and nuns. 3. The monks are under an Abbot and Nuns are under an abbess. <P> The Prieure prieuré De, sion translated From french As priory Of, sion is a name given to multiple, groups both real and. Fictitious the most controversial is a fringe fraternal, organisation founded and dissolved In france in (1956 abiding by the 1901 French law Of) associations By Pierre. plantard The offices of the Priory of Sion and its journal Circuit were located at Plantard's apartment. The choice of the name Sion was based on a popular local feature, a hill south of Annemasse in France, known as Mont Sion, where the founders intended to establish a retreat center. <P> A Priory is a community of spiritual practitioners, historically a community of monks and/or nuns, under the spiritual guidance and direction of a Prior (or Prioress). Some Priories are independently organized and can house large numbers of monks and nuns. In most cases, a Priory is a small community closely associated with or under the direction of a larger community such as an Abbey. New Seeds Priory is such a community... New Seeds Priory is a “daughter” community of the Lindisfarne Community, an independent, ecumenical religious community of the Anglo-Celtic tradition. The Lindisfarne Community is led by our Abbess, the Rt. Rev. Jane Fitz-Gibbon and our Abbot the Rt. Rev. Andrew Fitz-Gibbon who make their home in Ithaca, NY. <P> A Prior is the spiritual guardian and leader of a Priory. In larger monastic communities, a prior occupies a special vocation or ministry within the community and typically serves under the direction of an Abbot. A Prior may sometimes fulfill the duties of the Abbot during the absence of the Abbot. New Seeds Priory is a “daughter” community of the Lindisfarne Community, an independent, ecumenical religious community of the Anglo-Celtic tradition. The Lindisfarne Community is led by our Abbess, the Rt. Rev. Jane Fitz-Gibbon and our Abbot the Rt. Rev. Andrew Fitz-Gibbon who make their home in Ithaca, NY. <P> A priory is a monastery of men or women under religious vows that is headed by a prior or prioress. Priories may be houses of mendicant friars or religious sisters (as the Dominicans, Augustinians, Franciscans, and Carmelites, for instance), or monasteries of monks or nuns (as the Benedictines). Priories first came to existence as subsidiaries to the Abbey of Cluny. Many new houses were formed that were all subservient to the abbey of Cluny and called Priories. As such, the priory came to represent the Benedictine ideals espoused by the Cluniac reforms as smaller, lesser houses of Benedictines of Cluny. <P> Priory. A priory is a monastery of men or women under religious vows that is headed by a prior or prioress. Priories may be houses of mendicant friars or religious sisters, or monasteries of monks or nuns. Houses of canons regular and canonesses regular also use this term, the alternative being canonry. A priory is a monastery of men or women under religious vows that is headed by a prior or prioress. Priories may be houses of mendicant friars or religious sisters, or monasteries of monks or nuns <P> Noun. 1. priory-religious residence in a monastery governed by a prior or a convent governed by a prioress. cloister, religious residence-residence that is a place of religious seclusion (such as a monastery).
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A monastery of men or women under religious vows that is headed by a prior or prioress.
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what does fungi cause
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<P> Yeasts, molds, and different kinds of fungi can cause fungal nail infections. Most are caused by the same type of fungus that causes athlete's foot. Fungi grow best in warm, moist places, and they can spread from person to person. You can get a fungal nail infection from walking barefoot in public showers or pools or by sharing personal items, such as towels and nail clippers. Topic Overview. A fungal nail infection occurs when a fungus attacks a fingernail, a toenail, or the skin under the nail, called the nail bed. Fungi (plural of fungus) can attack your nails through small cuts in the skin around your nail or through the opening between your nail and nail bed. If you are healthy, a fungal nail infection probably won't cause serious problems. But it may look bad, hurt, or damage your nail or nail bed <P> Too many to name. Fungi in the body, whether in the stomach/gut or in the blood can cause a multitude of problems and symptoms, many of which are misdiagnosed or treated wit … h antibiotics which itself is a fungus. Although fungi are in the soil and in the air we breathe, we can usually fight off the affects. Fungi in the body, whether in the stomach/gut or in the blood can cause a multitude of problems and symptoms, many of which are … misdiagnosed or treated wit <P> Fungal diseases are often caused by fungi that are common in the environment. Fungi live outdoors in soil and on plants and trees as well as on many indoor surfaces and on human skin. Most fungi are not dangerous, but some types can be harmful to health. Mucormycosis – A rare infection caused by different fungi that belong to a group of fungi called Mucoromycotina. These fungi typically live in soil and in association with decaying organic matter, such as leaves, compost piles, or rotten wood. 1 Symptoms. 2 Risk and Prevention. 3 Diagnosis and Testing. <P> Fungal rash on the skin occurs when there is overgrowth of abundant bacteria causing fungal infections resulting in fungal skin rashes. Fungal rashes of the skin are not infectious and are really not severe. But often deep infections begun by fungal rashes can lead to some problems which are very serious. <P> A fungal nail infection occurs from the overgrowth of fungi in, under, or on the nail. Fungi thrive in warm, moist environments, so this type of environment can cause them to naturally overpopulate. The same fungi that cause jock itch, athlete’s foot, and ringworm can cause infection in the nails. Fungal infections can affect any part of the body, from the skin to the eyes. Fungi are normally present in and around the body along with bacteria. When a fungus begins to overgrow, an infection can occur. Onychomycosis (also called tinea unguium) is a fungal infection that affects <P> Mucormycosis. Mucormycosis – A rare infection caused by different fungi that belong to a group of fungi called Mucoromycotina. These fungi typically live in soil and in association with decaying organic matter, such as leaves, compost piles, or rotten wood. 1 Symptoms. 2 Risk and Prevention. 3 Diagnosis and Testing. <P> Athlete's foot and ringworm. Take your pick. Fungi in the body, whether in the stomach/gut or in the blood can cause a multitude of problems and symptoms, many of which are … misdiagnosed or treated with antibiotics which itself is a fungus. Although fungi are in the soil and in the air we breathe, we can usually fight off the affects. <P> Mycosis (plural: mycoses) is a fungal infection of animals, including humans. Mycoses are common and a variety of environmental and physiological conditions can contribute to the development of fungal diseases. Inhalation of fungal spores or localized colonization of the skin may initiate persistent infections; therefore, mycoses often start in the lungs or on the skin. <P> Fungal diseases are often caused by fungi that are common in the environment. Most fungi are not dangerous, but some types can be harmful to health. Mild fungal skin diseases can look like a rash and are very common. Fungal diseases in the lungs are often similar to other illnesses such as the flu or tuberculosis. Some fungal diseases like fungal meningitis and bloodstream infections are less common than skin and lung infections but can be deadly.
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A fungal nail infection occurs when a fungus attacks a fingernail, a toenail, or the skin under the nail, called the nail bed. Fungi (plural of fungus) can attack your nails through small cuts in the skin around your nail or through the opening between your nail and nail bed.
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what causes tidal ranges
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<P> Lab: Tidal Range The daily rise and fall of the ocean waters is called the tides. Like the moon, the tides rise 50 minutes later each day on average. Tides are unusually large at the new moon and the full moon. They are unusually small at times of the quarter moon. <P> Tidal Range. The tidal range is the difference in sea level between low tide and high tide. The tidal range will vary in different locations depending on the location of the Sun and the Moon as well as the topography of the shore line. In the open ocean the tidal range is typically around 2 feet. <P> The Magnitude and Effects of Tidal Ranges. The range of the tides is the difference in sea level between high and low tides. Spring tide, having the maximum range, occurs during the full moon when the earth is between the moon and the sun, and new moon when the moon is between the earth and the sun. <P> The most extreme tidal range occurs around the time of the full or new moons, when the gravitational forces of both the Sun and Moon are in phase, reinforcing each other in the same direction (new moon), or are exactly the opposite phase (full). <P> The tidal range is the vertical difference between the high tide and the succeeding low tide. Tides are the rise and fall of sea levels caused by the combined effects of the gravitational forces exerted by the Moon and the Sun and the rotation of the Earth. <P> The tidal range is the difference between high and low tides. The range at one location may vary quite a bit, depending on the phase of the moon, etc. However, some locations typically have small ranges, while others have large ranges.
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Caused by the combined effects of the gravitational forces exerted by the Moon and the Sun and the rotation of the Earth.
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what is a drumstick
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<P> drumstick. noun drum·stick \-ˌstik\. Tweet. : the lower part of the leg of a bird (such as a chicken or turkey) that is eaten as food. : a stick used for playing a drum. <P> The explanation to be accurate, a whole chicken leg consists of the thigh and the lower leg which is the drumstick 2 parts and as I've said the drumstick is the lower part of the chicken leg. The pieces are part of the same area, but are not the same thing. Florence M · 7 years ago. The drumstick of a chickens leg is equal to our kne to ankle area and the thigh of a chicken leg is equal to our hip to knee area. The higher calorie is for the thigh as there is much more meat there. Source(s): ckngbbbls <P> A drum stick is a type of percussion mallet used particularly for playing snare drum, drum kit and some other percussion instruments, and particularly for playing unpitched percussion. For example, a 7A is a common jazz stick with a wooden tip, while a 7AN is the same weight of stick with a nylon tip, and a 7B is a wooden tip but with a different tip profile, shorter and rounder than a 7A. A 5A is a common wood tipped rock stick, heavier than a 7A but with a similar profile <P> Best Answer: a chickens leg is the whole thing, just like your leg is from hip to ankle. The drumstick of a chickens leg is equal to our kne to ankle area and the thigh of a chicken leg is equal to our hip to knee area. The higher calorie is for the thigh as there is much more meat there. Source(s): ckngbbbls · 7 years ago. <P> The archetypical drum stick is turned from a single piece of wood, most commonly of hickory, less commonly of maple, and least commonly but still in significant numbers, of oak. Drum sticks of the traditional form are also made from metal, carbon fibre and other modern materials. For example, a 7A is a common jazz stick with a wooden tip, while a 7AN is the same weight of stick with a nylon tip, and a 7B is a wooden tip but with a different tip profile, shorter and rounder than a 7A. A 5A is a common wood tipped rock stick, heavier than a 7A but with a similar profile <P> drumstick-a stick used for playing a drum. mallet, hammer-a light drumstick with a rounded head that is used to strike such percussion instruments as chimes, kettledrums, marimbas, glockenspiels, etc. 1. drumstick-the lower joint of the leg of a fowl. helping, serving, portion-an individual quantity of food or drink taken as part of a meal; the helpings were all small; his portion was larger than hers; there's enough for two servings each. bird, fowl-the flesh of a bird or fowl (wild or domestic) used as food <P> Full Definition of DRUMSTICK. 1. : a stick for beating a drum. 2. : the segment of a fowl's leg between the thigh and tarsus. See drumstick defined for English-language learners. See drumstick defined for kids. : the lower part of the leg of a bird (such as a chicken or turkey) that is eaten as food. : a stick used for play <P> (1:) A chicken drumstick; like the ones you find in KFC! (2:) A type of delicious ice cream on a cone with fudge and chopped peanuts. (3:) The sticks you use for your drum. (4:) Penis. (1:) I got a drumstick in my KFC. (2:) The drumstick has some fine fudge on it. (3:) I use a drumstick for my drum.
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A drum stick is a type of percussion mallet used particularly for playing snare drum, drum kit and some other percussion instruments, and particularly for playing unpitched percussion.
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what is whale vomit used for
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<P> Ambergris has been prized for centuries for its peculiar qualities. It has been used in the perfume industry as a fixative for fine perfumes, for medicinal purposes and as an aphrodisiac. Some people swear by the sensual effects created by rubbing a piece of ambergris on the skin. Ambergris is formed in the intestines of the sperm whale in response, it is thought, to irritation caused to the stomach lining of the whale from the sharp,indigestible, parrot-like beaks of squid. <P> Whale Vomit (Ambergris). Whale vomit also known as Ambergris is a dead gray, solid, wax like material that is created in the intestines and digestive system of sperm whales. As it ages however the ambergris takes on a very musky sweet earthy scent. During the aging process ambergris absorbs, combines and oxidizes with various elements of sunlight, sand, air, sea salt and ocean minerals and water to create a sweet earthy scent, which is considered highly desirable by many fragrance experts. <P> Ambergris that forms a mass too large to exit via the anus is expelled via the mouth, leading to the reputation of ambergris as primarily coming from whale vomit.(so its vomit and faeces) Ambergris has been mostly known for its use in creating perfume and fragrance much like musk. <P> Ambergris is a natural excrement thought to be used by the whale as a digestion aid and is expelled from its abdomen often while hundreds of miles away from land. The hard beaks of giant squid, a main source of food for sperm whales, have often been found inside lumps of ambergris. <P> Making the world better, one answer at a time. Whale vomit is called Ambergris, and it is/was used in the perfume industry. It is highly valuable if it has been floating around for a few years, getting washed and polished by the sea and baked by the sun, losing its pungent smell and developing a sweet aroma. Whale vomit (technically called Ambergris) was once used as an ingredient in perfumes because of the earthy fragrance it aquires with age. It is rarely used in modern day perf … umes and has been replaced by synthetic ingredients that produce the same scent. + 101 others found this useful. Patty Pasquin. <P> Ambergris has been mostly known for its use in creating perfume and fragrance much like musk. Perfumes can still be found with ambergris around the world. It is collected from remains found at sea and on beaches, although its precursor originates from the sperm whale, which is a vulnerable species. Ambergris is found in lumps of various shapes and sizes, usually weighing from 15 g (~½ oz) to 50 kg (110 pounds), sometimes more. When initially expelled by or removed from the whale, the fatty precursor of ambergris is pale white in colour (sometimes streaked with black), soft, with a strong fecal smell. <P> Ambergris is usually passed in the fecal matter. It is speculated that an ambergris mass too large to be passed through the intestines is expelled via the mouth, leading to the reputation of ambergris as primarily coming from whale vomit. Ambergris is found in lumps of various shapes and sizes, usually weighing from 15 g (~½ oz) to 50 kg (110 pounds), sometimes more. When initially expelled by or removed from the whale, the fatty precursor of ambergris is pale white in colour (sometimes streaked with black), soft, with a strong fecal smell. <P> The most common and popular use for whale vomit has been its use in perfumes and cologne. In recent times (as well as ancient) whale vomit has been used to improve the scent of certain perfumes which could be purchased at local stores. Those who purchased some of these products containing whale vomit have characterized it as having an amazingly sweet, musky scent that is very difficult to describe by words. As it ages however the ambergris takes on a very musky sweet earthy scent. During the aging process ambergris absorbs, combines and oxidizes with various elements of sunlight, sand, air, sea salt and ocean minerals and water to create a sweet earthy scent, which is considered highly desirable by many fragrance experts. <P> Ambergris occurs as a bile duct secretion of the intestines of the sperm whale and can be found floating upon the sea, or lying on the coast. It is also sometimes found in the abdomens of whales. Ambergris is found in lumps of various shapes and sizes, usually weighing from 15 g (~½ oz) to 50 kg (110 pounds), sometimes more. When initially expelled by or removed from the whale, the fatty precursor of ambergris is pale white in colour (sometimes streaked with black), soft, with a strong fecal smell.
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Perfume industry.
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what is cedex
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<P> 1 Centro de Estudios y Experimentacion experimentación De Obras, publicas públicas a civil engineering research Agency. 2 In spain'Courrier d Entreprise EXceptionnelle, à distribution exceptionnelle a system designed for recipients of large volumes Of. mail in france Cedex or CEDEX may refer to: 1 Centro de Estudios y Experimentacion experimentación De Obras, publicas públicas a civil engineering research Agency. in spain <P> Cedex or CEDEX may refer to: 1 Centro de Estudios y Experimentacion experimentación De Obras, publicas públicas a civil engineering research Agency. 2 In spain'Courrier d Entreprise EXceptionnelle, à distribution exceptionnelle a system designed for recipients of large volumes Of. 3 Mail In France Container, equipment data exchange ALSO known. as iso 9897 Cedex or CEDEX may refer to: 1 Centro de Estudios y Experimentacion experimentación De Obras, publicas públicas a civil engineering research Agency. in spain <P> There is also a system known as CEDEX, Courrier d'Entreprise a à EXceptionnelle (exceptionnelle special business), mail designed for recipients of large volumes of. Mail a postal code is allocated to each large organisation or to post office box, holders ending in three unique, digits for: example The digits 20 are used for all of Corsica; the split of the island into two departements départements was not followed by a change in the postal. Codes the next three digits identify the local postal office in charge of mail. delivery <P> Postal codes were introduced in France in 1964, when La Poste introduced automated sorting. They were updated to use the current 5 digit system in 1972. France uses five-digit numeric postal codes, the first two digits representing the departement département in which the city is. located The digits 20 are used for all of Corsica; the split of the island into two departements départements was not followed by a change in the postal. Codes the next three digits identify the local postal office in charge of mail. delivery <P> (company mail with non-standard delivery). Big companies or administrative bodies receiving lots of mail are commonly assigned a cedex code number. Cedex mail is automatically separated from the main flow of non-commercial mail and delivered by a separate process. <P> Courier d entreprise distribution exceptionnelle is a service offered by La Poste to businesses and official bodies allowing them to have their post given priority. The addresses include a special post code (for one very large business or for a group of smaller ones) plus the commune name, then the word Cedex. <P> Ceftibuten or Cedex is a cephalosporin antibiotic used in bacterial infections that are susceptible-acute otitis media, pharyngitis, tonsillitis, bacterial infections of the bronchi, pneumococcal strains in children that are resistant to penicillin. It has a broad spectrum of activity. Because there is a cross sensitivity with penicillins, people who are allergic to penicillin should use Ceftibuten or Cedex, and all cephalosporins, carefully. Ceftibuten or Cedex is expensive and is not usually the first line of treatment. <P> Best Answer: CEDEX, Courrier d'Entreprise a à EXceptionnelle, exceptionnelle is designed for recipients of large volumes of. Mail a postal code is allocated to each large organisation or to post office box. holders 1 You can only upload photos smaller than 5 MB. 2 You can only upload videos smaller than 600 MB. 3 You can only upload a photo (png, jpg, jpeg) or video (3gp, 3gpp, mp4, mov, avi, mpg, mpeg, rm). 4 You can only upload a photo or video. <P> Hi, There is in France a system known as CEDEX, Courrier d'Entreprise a à EXceptionnelle, exceptionnelle designed for recipients of large volumes of. Mail a postal code is allocated to each large organisation or to post office box. holders 1 You can only upload photos smaller than 5 MB. 2 You can only upload videos smaller than 600MB. 3 You can only upload a photo (png, jpg, jpeg) or a video (3gp, 3gpp, mp4, mov, avi, mpg, mpeg, rm). <P> Cedex or CEDEX may refer to: 1 Centro de Estudios y Experimentacion experimentación De Obras, publicas públicas a civil engineering research Agency. 2 In spain'Courrier d Entreprise EXceptionnelle, à distribution exceptionnelle a system designed for recipients of large volumes Of. mail in france Cedex or CEDEX may refer to: 1 Centro de Estudios y Experimentacion experimentación De Obras, publicas públicas a civil engineering research Agency. in spain
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Cedex is a cephalosporin antibiotic used in bacterial infections that are susceptible-acute otitis media, pharyngitis, tonsillitis, bacterial infections of the bronchi, pneumococcal strains in children that are resistant to penicillin.
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how to plot sine graph
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<P> Create 2-D Line Graph. This example shows how to create a simple line graph. Use the linspace function to define x as a vector of 100 linearly spaced values between 0 and. Define y as the sine function evaluated at the values in x. Plot y versus the corresponding <P> Each point on the graph of the sine function will have the form, and each point on the graph of the cosine function will have the form. It is customary to use the Greek letter theta, , as the symbol for the angle. Graphing points in the form is just like graphing points in the form (x, y). <P> III. Extending the graph. 1. You have graphed the sine function from 0 to 2 p. But a sine function is just like a line in that it goes on forever in two directions. So let's graph another part of the sine function by graphing the equation y = sinx from -2 p to 0. <P> When you do your sine graphs, don't try to plot loads of points. Instead, note the important points. The sine wave is at zero (that is, on the x-axis) at x = 0, π, and 2π; it is at 1 when x = π/2; it is at –1 when x = 3π/2. Plot these five points, and then fill in the curve. <P> Answer by VSmith1. Confidence votes 35. One method of plotting a sine wave in Excel requires that you create two columns of data-the first corresponding to the 'x' axis of your chart, and another corresponding to the 'y' axis. <P> When you graph, don't try to plot loads of points. Note that the cosine is at y = 1 when x = 0 and 2π; at y = 0 for x = π/2 and 3π/2, and at y = –1 for x = π. Plot these five interesting points, and then fill in the curve. <P> A sine wave, or sinusoid, is the graph of the sine function in trigonometry. A sinusoid is the name given to any curve that can be written in the form (A and B are positive). Sinusoids are considered to be the general form of the sine function.
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The sine wave is at zero (that is, on the x-axis) at x = 0, π, and 2π; it is at 1 when x = π/2; it is at –1 when x = 3π/2,plot these five points, and then fill in the curve.
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difference between tax deduction and tax credit ontario
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<P> The tax credit sections that follow generally just comment on the federal tax credit. For 2015, federal personal tax credits are calculated as 15% of specified “personal amounts” and are allowed as a deduction in calculating your federal tax liability. Several of the topics that follow refer to a tax credit. Although there’s a substantial difference between a tax credit and a tax deduction, it’s easy to get the two confused. A tax deduction reduces your taxable income, with the actual amount of tax saved depending on your personal marginal rate of tax <P> Tax Credit Amount vs. Actual Tax Credit. There is a difference between the actual tax credit and the tax credit amount. The tax credit amount is what the actual tax credit is based on. The actual credit is a percentage of the credit amount expressed as the lowest tax rate. Every Canadian is entitled to claim the Basic Personal Amount which is $10,320 for 2009. The actual federal tax credit is 15% of $10,320 or $1,548. <P> If you were ever faced with a hypothetical choice between a $100 tax deduction and a $100 tax credit, you would want the credit. Unlike a tax deduction, a $100 tax credit reduces your tax dollar-for-dollar ($100). On the other hand, a tax deduction reduces your taxable income by $100. The resulting amount of tax you save depends on your marginal tax bracket (in everyday language: your tax bracket). If you are in the 25% tax bracket, a $100 tax deduction reduces your taxes by $25. A common deduction on your federal income tax return (Form 1040) is for state income taxes you pay. An example of how this works: Say, when considering all of your income and deductions except for state income taxes, you have $35,000 of taxable income. <P> A tax credit reduces the income tax you pay, while a deduction reduces the amount of your income that is subject to income tax. From a practical perspective, both tax credits and deductions reduce your tax. The difference between credits and tax deductions centers around their process, not their effect. <P> If you earned $125,000 last year and can deduct $10,000, your taxable income would be reduced to $115,000. If you lived in Ontario, your deduction would save you just over $4,000 in taxes. On the other hand, a $10,000 tax credit would only be worth $2,105. The above seems to suggest that deductions are always better than tax credits, but not always: A tax credit and deduction would result in the same savings if you earned $35,000. The tax credit amount is what the actual tax credit is based on. The actual credit is a percentage of the credit amount expressed as the lowest tax rate. Every Canadian is entitled to claim the Basic Personal Amount which is $10,320 for 2009. The actual federal tax credit is 15% of $10,320 or $1,548. <P> Credits reduce the amount of tax you owe A tax credit works a little differently from a deduction in that it reduces the amount of tax you owe, dollar for dollar. For example, if after your deductions the tax tables say you owe $3,000, but you have $500 in tax credits, your tax liability drops to $2,500. <P> Something that is a tax deduction can’t be a tax credit, so you never really have a choice in the matter! If you’re starting to think that tax deductions are bad, because they only reduce your income, and tax credits are always better, there are some cases where it’s a little better if something is a tax deduction. Tax Credit: Hope Credit. Let’s compare the mortgage interest deduction to the Hope credit. The Hope credit is an education credit that allows you to claim 100% of the first $1,2000 of qualified education expenses and 50% of the next $1,200, for a total of $1,800. <P> I could never figure out the difference between a tax credit and a tax deduction. I would appreciate some clarification on this subject. Thanks. Good question -- especially this time of year. A tax credit lowers your tax bill dollar for dollar. A deduction shaves money off your taxable income, so the value depends on your tax bracket. If you're in the 25% bracket, a $1,000 deduction lowers your tax bill by $250. But a $1,000 credit lowers the bill by the full $1,000, no matter in which bracket you are. This difference becomes important, for example, if you pay college tuition and you're choosing between taking the Hope tax credit or the tuition deduction.
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A tax credit and deduction would result in the same savings if you earned $35,000.The tax credit amount is what the actual tax credit is based on. The actual credit is a percentage of the credit amount expressed as the lowest tax rate.
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cost for laminate flooring per square foot
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<P> 1 Pergo flooring costs $2 to $4 per square foot. 2 For an average 10 x 12 (120 square foot) room, that works out to a materials cost of $240 to $480. 3 8mm Pergo is closer to $2 per square foot; 12mm is on the higher end of the price spectrum. 4 Underlayment prices vary widely. 1 For an average 10 x 12 (120 square foot) room, that works out to a materials cost of $240 to $480. 2 8mm Pergo is closer to $2 per square foot; 12mm is on the higher end of the price spectrum. 3 Underlayment prices vary widely. 4 Some cost as little as $.10 per square foot while others run as high as $1 <P> 1 Installation of the new flooring-The average price on a square foot of laminate flooring, installed, is between $7 and $11. 2 This assumes that the owner or the installer is also including the costs for the mandatory foam underlay and any adhesives or glues required for its installation. <P> 1 With some additional costs for underlayment and matching baseboards/trim, it can run $450-$950 for basic laminate materials for a 20x20-square-foot living room. 2 Laminate prices are based in large part on how realistic-looking the flooring is; inexpensive laminate may look artificial. 1 A Conneticut installer charges an extra 20 cents per square foot to remove old carpet, another 20 cents per square foot for moving furniture, $15 per appliance moved and $35 per toilet. <P> 1 Underlayment prices vary widely. 2 Some cost as little as $.10 per square foot while others run as high as $1 per square foot. 3 The material is typically only available as a large roll, so expect to pay between $15 and $100 for a roll that will cover 120 square feet. 1 For an average 10 x 12 (120 square foot) room, that works out to a materials cost of $240 to $480. 2 8mm Pergo is closer to $2 per square foot; 12mm is on the higher end of the price spectrum. 3 Underlayment prices vary widely. 4 <P> 1 Low-cost laminate starts around 90 cents-$2 for thinner flooring (6-7mm). 2 With some additional costs for underlayment and matching baseboards/trim, it can run $450-$950 for basic laminate materials for a 20x20-square-foot living room. 1 A Conneticut installer charges an extra 20 cents per square foot to remove old carpet, another 20 cents per square foot for moving furniture, $15 per appliance moved and $35 per toilet. <P> Average Price Range. Cheap laminate flooring starts at less than $1 per square foot and can cost as much as $5 per square foot. The average laminate flooring costs from $2.40-$4 per square foot. The price is determined, as it is with most products, by the quality of the material. A major part of that quality is the thickness of the wear layer. A: There will be some variation in prices regionally and the final amount will depend on the size and complexity of the project, that said the average cost to install laminate flooring is $1.40 to $2.20 per square foot. <P> Generally, retail cost for medium grade laminate material is between $1.50 dollars and $3.50 per square foot, however the cost of laminate flooring and the labor involved depends on both the quality of materials and the area of the country/state you live in. <P> Our free calculator uses recent, trusted data to estimate costs for your Laminate Flooring Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install Laminate Flooring ranges between $5.67 - $7.70 per square foot* . To estimate costs for your project: 1. Set Project Zip Code Enter the Zip Code for the location where labor is hired and materials purchased. Laminate Flooring Installation-Average Cost Per Square Foot. Expect to pay in the high end of the estimated price range for a licensed, bonded and insured contractor and for complex or rush projects. Hire carefully, only after verifying prior work quality. <P> 1 Some cost as little as $.10 per square foot while others run as high as $1 per square foot. 2 The material is typically only available as a large roll, so expect to pay between $15 and $100 for a roll that will cover 120 square feet. 3 Professional installation of Pergo flooring should cost $2 to $4 per square foot. 1 For an average 10 x 12 (120 square foot) room, that works out to a materials cost of $240 to $480. 2 8mm Pergo is closer to $2 per square foot; 12mm is on the higher end of the price spectrum. 3 Underlayment prices vary widely. 4
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Cheap laminate flooring starts at less than $1 per square foot and can cost as much as $5 per square foot.
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what is a metamorphic rock and how is it formed
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<P> Metamorphic rocks started out as some other type of rock, but have been substantially changed from their original igneous, sedimentary, or earlier metamorphic form. Metamorphic rocks form when rocks are subjected to high heat, high pressure, hot, mineral-rich fluids or, more commonly, some combination of these factors. <P> Formation of metamorphic rocks Metamorphic rocks are created by the physical or chemical alteration by heat and pressure of an existing igneous or sedimentary material into a denser form. <P> Marble is another example of a metamorphic rock. It is formed from limestone. Metamorphic rocks sometimes contain fossils if they were formed from a sedimentary rock, but the fossils are usually squashed out of shape. Metamorphic rocks can be formed from any other type of rock-sedimentary or igneous. Remember these two examples of common metamorhpic rocks and where they come from: slate is formed from shale. marble is formed from limestone. 1 Page. 2 1. 3 2. 4 3. 5 4. 6 5 <P> Marble and slate are examples of metamorphic rock. Metamorphic rock is formed under extreme pressure combined with heat over time. Metamorphic rocks are so called because they always begin as another type of rock. When slate forms, some of the clay from the original rock is replaced by the mineral mica. Marble is a type of metamorphic rock that originates from limestone. Schist is a type of metamorphic rock that can originate from slate which is another type of metamorphic rock. The word metamorphic literally means changed form. Slate, a metamorphic rock, can form from shale, clay or mudstone. <P> Major Concepts. 1 Metamorphic rocks can be formed from any rock type: igneous, sedimentary, or existing metamorphic rocks. 2 Involves recrystallization in the solid state, often with little change in overall chemical composition. 3 Driving forces are changes in temperature, pressure, and pore fluids. <P> Metamorphic Rocks. Any rock (igneous, sedimentary, or metamorphic) can become a metamorphic rock. If rocks are buried deep in the Earth at high temperatures and pressures, they form new minerals and textures all without melting. If melting occurs, magma is formed, starting the rock cycle all over again. 1 the temperature and pressure conditions (metamorphic environment) in which the rock was formed. 2 the composition of the parent, or original unmetamorphosed, rock. 3 aids in the interpretation of the platetectonic setting in which the metamorphism took place. 4 aids in the reconstruction of the geological history of an area. <P> More information. A metamorphic rock is a result of a transformation of a pre-existing rock. The original rock is subjected to very high heat and pressure, which cause obvious physical and/or chemical changes. Examples of these rock types include marble, slate, gneiss, schist. <P> The protolith may be a sedimentary rock, an igneous rock or another older metamorphic rock. Metamorphic rocks make up a large part of the Earth 's crust and are classified by texture and by chemical and mineral assemblage (metamorphic facies). Metamorphic minerals are those that form only at the high temperatures and pressures associated with the process of metamorphism. These minerals, known as index minerals, include sillimanite, kyanite, staurolite, andalusite, and some garnet. <P> Marble is a metamorphic rock that is formed from the sedimentary rock limestone. Quartzite is a metamorphic rock that is formed from the sedimentary rock sandstone. Slate is a metamorphic rock that is formed from the sedimentary rock mudstone. Granulite is a metamorphic rock that is formed from the igneous rock basalt. Learn about sedimentary rocks, igneous rocks, other rocks and minerals or fossils. Make a fossil cast or check out our rock sorting lesson plan. Uplift and erosion help bring metamorphic rock to the Earth's surface. Examples of metamorphic rocks include anthracite, quartzite, marble, slate, granulite, gneiss and schist. Anthracite is a type of coal with a high carbon count, few impurities and with a high luster (meaning it looks shiny).
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Metamorphic Rocks. Any rock (igneous, sedimentary, or metamorphic) can become a metamorphic rock. If rocks are buried deep in the Earth at high temperatures and pressures, they form new minerals and textures all without melting.If melting occurs, magma is formed, starting the rock cycle all over again.
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what is the the earth upper mantle made of
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<P> 1 The mantle is made up of semi-molten rock called magma. 2 In the upper parts of the mantle the rock is hard, but lower down the rock is soft and beginning to melt. 3 The crust is the outer layer of the earth. 4 It is a thin layer between 0-60 km thick. 5 The crust is the solid rock layer upon which we live. <P> The interior of Earth, similar to the other terrestrial planets, is chemically divided into layers. The mantle is a layer between the crust and the outer core. Earth's mantle is a silicate rocky shell with an average thickness of 2,886 kilometres (1,793 mi). The mantle makes up about 84% of Earth's volume. It is predominantly solid but in geological time it behaves as a very viscous fluid. The mantle encloses the hot core rich in iron and nickel, which makes up about 15% of Earth's volume. <P> The Earth's upper mantle is composed of rocks that have higher concentrations of mafic minerals (containing iron and magnesium) and lower in concentrations of the felsic miner … als (aluminum and silica) than the rocks of Earth's crust. The mantle may be very close to the melting point of the rock which composes it, or even partially melted. Mantle rock is higher in magnesium and iron than the crust. Rocks in the upper mantle are composed of the minerals olvine, garnet, spinel and pyroxene. <P> Geologists have broken up the Earth’s mantle into layered sections. The outermost layer is called the upper mantle, and goes down to a depth of 410 km. Below that is the the transition zone (660 km), then the lower mantle reaching a depth of 2,891 km. The various layers of the mantle have different types of rocks. Examples of rocks that you might find inside the mantle include: olivine, pyroxenes, spinel, and garnet. If you could take apart the rocks in the mantle, and separate them into their atomic elements, you would have 44.8% oxygen, 21.5% silicon, and 22.8% magnesium. There’s also iron, aluminum, calcium, sodium, and potassium. Of course, these elements are bound together into rocks. All of the rocks are various oxides. <P> The upper boundary that separates the upper mantle of the Earth's crust is defined by sudden increase in seismic velocity (which was first noted by Andrija Mohorovichich in 1909) - it is the Moho discontinuity (Moho). Moho is located at a depth of 5 to 70 kilometers from the Earth's surface. Earth's upper mantle is a highly viscous layer, with a capacity up to 600 kilometers, which lies between the crust and lower mantle of the Earth. <P> The mantle is a layer of the Earth between the crust and the core. The upper mantle starts below the crust and goes down to a depth of around 200 miles to the boundary with the lower mantle. The temperature of the mantle ranges from 900 degrees Fahrenheit near the crust to as high as 7000 degrees near the core. The thickness of the upper mantle is between 200 and 250 miles. The entire mantle is about 1800 miles thick, which means the lower mantle makes up the bulk of this part of the Earth. The temperature of the mantle near the crust ranges from 900 to 1600 degrees Fahrenheit. It gets hotter at greater depths <P> Together with the crust, we call it the lithosphere. Below the lithosphere is a layer of upper mantle called the asthenosphere. This is made up rock that is fluid and can move. It is this fluidity that powers the movement of the tectonic plates of the Earth's crust. The thickness of the upper mantle is between 200 and 250 miles. The entire mantle is about 1800 miles thick, which means the lower mantle makes up the bulk of this part of the Earth. The temperature of the mantle near the crust ranges from 900 to 1600 degrees Fahrenheit. It gets hotter at greater depths <P> The mantle lies between the core below and the crust above. The terrestrial planets (Earth, Venus, Mars and Mercury), Earth's Moon, two of Jupiter 's moons (Io and Europa) and the asteroid Vesta each have a mantle made of silicate rock. The mantle makes up about 84% of Earth's volume. It is predominantly solid but in geological time it behaves as a very viscous fluid. The mantle encloses the hot core rich in iron and nickel, which makes up about 15 <P> The uppermost mantle is connected to the crust and forms the asthenosphere, which composes Earth's tectonic plates. The bulk of the mantle is composed of extremely hot rock under enormous pressure. The mantle may be very close to the melting point of the rock which composes it, or even partially melted. Mantle rock is higher in magnesium and iron than the crust. Rocks in the upper mantle are composed of the minerals olvine, garnet, spinel and pyroxene. With increasing depth, some of these minerals become unstable and are replaced by mineral polymorphs which have the same chemical composition, but different structures
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Minerals olvine, garnet, spinel and pyroxene.
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how much do insurance agents earn
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<P> Initially I used to wonder how much money do insurance agents make ! When I first started out just over 20 years ago I make $50-$60,000/year. I am now a top advisor who does a broad range of wealth management as well for clients. This week alone I will make $236,000 on new life insurance commissions. The average income of an insurance agent is around $62,970 for a year, as the May 2011 reports of the Bureau of Labor Statistics have pointed out. However, since the individual income is generally based on the commissions earned, skilled agents having a large number of clients can earn much more than the BLS mean. <P> Connecticut, California, New York, and New Jersey round out the top five highest-paying states for insurance agents, and all have annual mean wages in the low to mid $70,000 range. There is no limit to how much money an insurance agent can make. Their income is directly related to their ability to find new customers. There are more insurance agents working in Florida than in any other state, and the annual mean wage is less than $60,000. Massachusetts has only 1/6 the number of insurance agents as Florida, and the annual mean wage there is just under $77,000. <P> The lowest 10% however, earns less than $25,710 a year, while the top 10% earns $119,970. However, the question asking, how much do insurance agents make? Is still not straightforward, because they are often commissions and bonuses depending on the volume of sales. <P> Income by Region. In 2013, average incomes for independent insurance agents varied significantly in all U.S. areas. In the Midwest region, they earned the highest incomes of $91,000 in Illinois and the lowest of $65,000 in South Dakota, according to Indeed. For example, State Farm agents, who usually work independently, earned average annual incomes of $78,700, according to Glassdoor -- with average bonuses and commissions of $29,000 and $11,750 per year. <P> Considerations. There are more insurance agents working in Florida than in any other state, and the annual mean wage is less than $60,000. Massachusetts has only 1/6 the number of insurance agents as Florida, and the annual mean wage there is just under $77,000. <P> Insurance agents employed in insurance brokerages earn an average salary of $63,390, but those that work in travel arrangement and reservation services earn significantly less at $50,270. The top-paying industry for agents is in securities and commodity brokerages, where they can earn an average $92,170 salary. How much does an insurance agent make? According to the May 2012 records from the Bureau of Labor Statistics, the average insurance agent salary is $63,400 per year. In other words, the 336,740 insurance agents employed in the United States earn a mean hourly wage of $30.48 <P> Salary. According to the BLS, the median annual salary for insurance agents was $48,210 in 2013. The best-paid 10 percent made more than $117,830, while the lowest-paid 10 percent made less than $26,030. The highest salaries were paid by securities and commodities firms, outpatient care centers and local governments. <P> Typically, an insurance agent is paid a commission, or percentage, of the total insurance premium the insurer charges for a given policy. Property and Casualty (auto, home and business) insurance agents typically earn anywhere between 7% and 20% commission on each policy sold. If you forced us to come up with a solid number, we’d say 12% is what you can expect on average. Example: $1,000 auto insurance policy at 12% commission would net you $120.00. Each year, assuming your client is still happy and continues to insure with you, you will earn a “renewal” commission. Renewals are where the money’s at, as you do not have to advertise or spend time quoting the policy for it to renew <P> A large percentage of these agents' earnings comes from commissions and bonuses. For example, State Farm agents, who usually work independently, earned average annual incomes of $78,700, according to Glassdoor -- with average bonuses and commissions of $29,000 and $11,750 per year.
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$63,400 per year.
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why are my veins enlarged
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<P> Inflammation and swelling of a vein (thrombophlebitis) is a common cause of bulging veins. Other common causes include lack of movement and obesity. Obstructions to the flow of blood in the veins can also cause bulging. Pregnancy can lead to bulging veins in some women. The aging process can cause veins to weaken and lose elasticity, and they become unable to effectively push the blood back toward the heart. As blood pools in the veins, they become enlarged and bulge. In some cases, bulging of the veins can be a symptom of a serious condition. <P> Varicose veins are swollen, twisted veins that you can see just under the surface of the skin. These veins usually occur in the legs, but they also can form in other parts of the body. About Varicose Veins. Varicose (VAR-i-kos) veins are swollen, twisted veins that you can see just under the surface of the skin. These veins usually occur in the legs, but they also can form in other parts of the body. Varicose veins are a common condition. They usually cause few signs and symptoms <P> Introduction. Varicose veins are swollen and enlarged veins – usually blue or dark purple – that usually occur on the legs. They may also be lumpy, bulging or twisted in appearance. Other symptoms include: 1 aching, heavy and uncomfortable legs. 2 swollen feet and ankles. 3 muscle cramp in your legs <P> Varicose (VAR-i-kos) veins are enlarged veins that can be blue, red, or flesh-colored. They often look like cords and appear twisted and bulging. They can be swollen and raised above the surface of the skin. Varicose veins are often found on the thighs, backs of the calves, or the inside of the leg. <P> Varicose Veins-Topic Overview. Varicose veins are twisted, enlarged veins near the surface of the skin. They are most common in the legs and ankles. They usually aren't serious, but they can sometimes lead to other problems. Varicose veins are caused by weakened valves and veins in your legs. Varicose veins look dark blue, swollen, and twisted under the skin. Some people do not have any symptoms. Mild symptoms may include: 1 Heaviness, burning, aching, tiredness, or pain in your legs. 2 Symptoms may be worse after you stand or sit for long periods of time. 3 Swelling in your feet <P> 1 Varicose Veins: enlarged, swollen, knotted clusters of purple veins; edema (swelling in the legs); aching or a sensation of heaviness in the legs; itching skin above the affected veins; skin discoloration and ulcers on the inner aspect of the ankles (in advanced cases). Veins located close to the surface of the skin are called superficial veins and the veins found in the muscles of the arms and legs are called deep veins. Damaged vein walls hinder the circulatory system, allowing blood to collect and flow in a retrograde (backward) fashion when the muscles relax. <P> Bulging of the veins is a symptom that commonly occurs in different conditions, such as thrombophlebitis, pregnancy, older age, and congenitally defective valves in the veins. Varicose veins are dilated, often distorted, and swollen veins that may be painful. Varicose veins are most frequently seen in the legs. The aging process can cause veins to weaken and lose elasticity, and they become unable to effectively push the blood back toward the heart. As blood pools in the veins, they become enlarged and bulge. In some cases, bulging of the veins can be a symptom of a serious condition. <P> Symptoms. 1 Varicose Veins: enlarged, swollen, knotted clusters of purple veins; edema (swelling in the legs); aching or a sensation of heaviness in the legs; itching skin above the affected veins; skin discoloration and ulcers on the inner aspect of the ankles (in advanced cases). Veins located close to the surface of the skin are called superficial veins and the veins found in the muscles of the arms and legs are called deep veins. Damaged vein walls hinder the circulatory system, allowing blood to collect and flow in a retrograde (backward) fashion when the muscles relax.
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Bulging of the veins is a symptom that commonly occurs in different conditions, such as thrombophlebitis, pregnancy, older age, and congenitally defective valves in the veins.
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signs of emotional problems with children who are treat differently by their parents
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<P> According to Gallaudet University, symptoms of an emotional behavioral disorder include: 1 Inappropriate actions or emotions under normal circumstances. 2 Learning difficulties that are not caused by another health factor. 3 Difficulty with interpersonal relationships, including relationships with teachers and peers. <P> While diagnosing mental health problems in young children can be challenging, it is important. A diagnosis can be used to guide treatment and link your child's care to research on children with similar problems. <P> We refer to mental disorders using different “umbrella” terms such as emotional disturbance, behavioral disorders, or mental illness. Beneath these umbrella terms, there is actually a wide range of specific conditions that differ from one another in their characteristics and treatment. <P> 1 The Age of the Child – While some behavior might be quite normal for a child of two, observation of other children of the youngster’s age may lead to the conclusion that the behavior in question is not quite right for a five year old. <P> It is never easy to link the physical signs of an emotionally abused child to a direct cause of negative verbal and psychological treatment. Signs of emotional abuse in children and young people can manifest in many ways. Below are a few. Emotional Child Indicators: Low self-confidence/poor self-image, withdrawn and detached (difficulty forming relationships). Unable in trust/fearful, low empathy. Anxious and depressed. <P> A. Talk to your child's doctor or health care provider. Ask questions and learn everything you can about the behavior or symptoms that worry you. If your child is in school ask the teacher if your child has been showing worrisome changes in behavior. Share this with
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Low self-confidence/poor self-image, withdrawn and detached (difficulty forming relationships). Unable in trust/fearful, low empathy. Anxious and depressed.
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what does popular symbolic speech mean
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<P> Symbolic speech. Symbolic speech is a legal term in United States law used to describe actions that purposefully and discernibly convey a particular message or statement to those viewing it. <P> Freedom of speech does not include the right: 1 To incite actions that would harm others (e.g., “[S]hout[ing] ‘fire’ in a crowded theater.”). 2 Schenck v. United States, 249 U.S. 47 (1919). 3 To make or distribute obscene materials. 4 Roth v. United States, 354 U.S. 476 (1957). Freedom of speech includes the right: 1 Not to speak (specifically, the right not to salute the flag). 2 West Virginia Board of Education v. Barnette, 319 U.S. 624 (1943). 3 Of students to wear black armbands to school to protest a war (“Students do not shed their constitutional rights at the schoolhouse gate.”). 4 Tinker v. Des Moines, 393 U.S. 503 5 ... To <P> Symbolism Definition. Symbolism is the use of symbols to signify ideas and qualities by giving them symbolic meanings that are different from their literal sense. Symbolism can take different forms. Symbolism gives a writer freedom to add double levels of meanings to his work: a literal one that is self-evident and the symbolic one whose meaning is far more profound than the literal one. <P> In addition, supporters of the amendment deny that flag burning is symbolic speech. They argue that the act of flag desecration is conduct rather than speech and is thus outside the First Amendment's protection. Nor does the State's interest in preserving the flag as a symbol of nationhood and national unity justify his criminal conviction for engaging in political expression.. Chief Justice william h. rehnquist, in a dissenting opinion, dismissed the idea that flag burning was a form of <P> The U.S. Supreme Court often has struggled to determine what exactly constitutes protected speech. The following are examples of speech, both direct (words) and symbolic (actions), that the Court has decided are either entitled to First Amendment protections, or not. The First Amendment states, in relevant part, that: Freedom of speech includes the right: 1 Not to speak (specifically, the right not to salute the flag). 2 West Virginia Board of Education v. Barnette, 319 U.S. 624 (1943). 3 Of students to wear black armbands to school to protest a war (“Students do not shed their constitutional rights at the schoolhouse gate.”). 4 Tinker v. Des Moines, 393 U.S. 503 5 ... To <P> A symbol is an object or a concept that represents, stands for or suggests another idea, visual image, belief, action or material entity. Symbols take the form of words, sounds, gestures, ideas or visual images and are used to convey other ideas and beliefs. <P> Nonverbal gestures and actions that are meant to communicate a message. The term symbolic speech is applied to a wide range of nonverbal communication. Many political activities, including marching, wearing armbands, and displaying or mutilating the U.S. flag, are considered forms of symbolic expression. Nor does the State's interest in preserving the flag as a symbol of nationhood and national unity justify his criminal conviction for engaging in political expression.. Chief Justice william h. rehnquist, in a dissenting opinion, dismissed the idea that flag burning was a form of symbolic speech. <P> Symbolic speech is recognized as being protected under the First Amendment as a form of speech, but this is not expressly written as such in the document. ACLU attorneys representing the students argued that the armbands constituted a form of symbolic speech and, because their demonstration was suppressed, their First Amendment rights were unconstitutionally restrained. The court voted 7–2 in favor of Tinker, finding that the suspension had violated the First Amendment. <P> Wiktionary (0.00 / 0 votes) Rate this definition: symbolic speech (Noun). An action that consists of no writing or speaking, but still expresses an opinion. Examples of symbolic speech are marching in a parade, or burning a flag, or burning a draft card. Symbolic speech is a legal term in United States law used to describe actions that purposefully and discernibly convey a particular message or statement to those viewing it. <P> Examples of symbolic speech, among others, include sit-ins, flag waving, demonstrations, and wearing protest buttons. In restricting symbolic speech, the government must be regulating conduct, not expression. The prohibition must be directed at the conduct component, not the speech component of the prohibited activity. The restriction can be no greater than necessary to achieve a sustantial or important governmental objective
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Symbolic speech. Symbolic speech is a legal term in United States law used to describe actions that purposefully and discernibly convey a particular message or statement to those viewing it.
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what is beginning modern dance
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<P> Instead, contemporary dance focuses on movement of the torso, which enables much more fluid, languid movement, rather than sharp and pointed movements. In order to learn contemporary dance for beginners, signing up for an easy class or private lessons is a great first step. Make sure your teacher is equipped to teach beginners – contemporary dance is a progressive art, and advanced classes sometimes require torso moves and other techniques that you need to learn first. <P> Beginning dancers can benefit from learning modern dance moves. Begin your journey through dance with help from a professional dancer and choreographer in this free video. Filmmaker: Christopher Rokosz. Series Description: Modern dance involves techniques that let you perform things such as contraction, stretching and movement of the body, and is good for exercise. Discover the basics of modern dance from a professional choreographer and dancer in this free video. <P> Understand Movement Preferences in Modern Dance. This is an excerpt from Beginning Modern Dance by Miriam Giguere. Now that you have a grasp of the way in which modern dance looks at movement, the next step is to understand how these movement efforts of space, time, weight, and flow are frequently used in modern dance. Each genre of dance uses the same instrument, the human body. In this section you will learn about these preferences in modern dance that are true for all styles of the form. These preferences include centrally initiated movement, breath, integrated body, preference for flow over shape, and countertension. <P> Modern dance is a broad genre of western concert or theatrical dance (as opposed to participation dance), primarily arising out of both Germany and the United States in the late 19th and early 20th centuries. (Note that contributions from American dance artists comprise this article's primary focus. The oversimplification of modern dance's history often leads to the erroneous explanation that the art form emerged merely as a rejection of, or rebellion against classical ballet. <P> The Beginnings of Modern Dance. Modern dance was born, of all places, in San Francisco, the birthplace of the American dancer Isadora Duncan, a pioneer in the new free dance style. <P> An in-depth analysis of the context of the emergence of modern dance reveals that as early as the 1880s, a range of socioeconomic changes in both the United States and Europe was initiating to tremendous shifts in the dance world. The oversimplification of modern dance's history often leads to the erroneous explanation that the art form emerged merely as a rejection of, or rebellion against classical ballet. <P> 1 modern dance: The Beginnings of Modern Dance-The Beginnings of Modern Dance Developed in the 20th cent., primarily in the United States and ... All rights reserved. 1
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It is a broad genre of western concert or theatrical dance (as opposed to participation dance), primarily arising out of both Germany and the United States in the late 19th and early 20th centuries.
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malika name meaning
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<P> Malika /ma-li-ka/ [3 sylls.] as a girls' name has the meaning rival, eager work. Malika is a variant transcription of Amelia (Latin, Old German). Compare surname Maleki. Kreatif forms: Melika, Mellika, Milika. Malika is a somewhat popular first name for females (#2481 out of 4276, Top 58%) but a unique surname for all people. (2000 U.S. Census). Below is a charted analysis of the usage of the girl name Malika and associated names <P> Malika is generally used as a girl's name. It consists of 6 letters and 3 syllables and is pronounced Ma-li-ka. In the U.S. in 2014, it ranked 2303 in baby name popularity for girls with 80 occurrences. Less than 5 boys were given the name. <P> -- Francesca 5/27/2011. Malika (ملكة) is NOT pronounced mə-LEE-kə or mə-LIE-kə. It is pronounced 'Mə-LIK-ə' (the 'lik' part sounding EXACTLY like the word 'lick'). This name 'Malika' means queen. Mə-LIE-kə is the pronunciation of the DIFFERENT name Malaika (ملائكة) meaning angels. Check out Malaika here: http://www.behindthename.com/name/malaika. The mə-LEE-kə pronunciation is COMPLETELY INCORRECT and there is NO Arabic name said like this AT ALL so it's MEANINGLESS in Arabic <P> Here are pictures of people with the name Malika. Help us put a face to the name by uploading your pictures to BabyNames.com! <P> [ 3 syll. ma-li-ka, mal-ika ] The baby girl name Malika is pronounced M AA-Liy-Kaa †. Malika has its origins in the Latin and Arabic languages. It is used largely in Hungarian, African, Arabic, English, Indian, and Swahili. Arabic origin, African, Arabic, English, Hungarian, Indian, and Swahili use: It is derived literally from the word malika with the meaning 'queen'. In addition, Malika is a form (Hungarian) of the English, German, Dutch, Italian, Latin, and Spanish Amelia. Malika is the feminine version of the Arabic and English Malik. Malika has 15 forms that are used in English and foreign <P> Malika is a title of Arabic origin that is used in Persia for a queen consort. In addition, Malika is a form (Hungarian) of the English, German, Dutch, Italian, Latin, and Spanish Amelia. Malika is the feminine version of the Arabic and English Malik. Malika has 15 forms that are used in English and foreign languages. <P> Form of: Itself (Malika). Keep in mind that many names may have different meanings in other countries and languages, so be careful that the name that you choose doesn’t mean something bad or unpleasant. Search comprehensively and find the name meaning of Malika and its name origin or of any other name in our database. Also note the spelling and the pronunciation of the name Malika and check the initials of the name with your last name to discover how it looks and sounds. It has same or different meanings in other countries and languages. The different meanings of the name Malika are: 1 Arabic meaning: Queen. 2 Swahili meaning: Queen. 3 Indian meaning: Flower. 4 Hungarian meaning: Nickname for Amalia. <P> Hungarian Meaning: The name Malika is a Hungarian baby name. In Hungarian the meaning of the name Malika is: Industrious. Muslim Meaning: The name Malika is a Muslim baby name. In Muslim the meaning of the name Malika is: Queen. SoulUrge Number: 11. Expression Number: 2. People with this name have a deep inner desire to inspire others in a higher cause, and to share their own strongly held views on spiritual matters <P> The meaning of Malika has more than one different etymologies. It has same or different meanings in other countries and languages. The different meanings of the name Malika are: 1 Arabic meaning: Queen. 2 Swahili meaning: Queen. 3 Indian meaning: Flower. 4 Hungarian meaning: Nickname for Amalia.
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In Muslim it is Queen and in Hungarian it is Industrious.
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How was the Neolithic period different from the Paleolithic period
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<P> The rise of agriculture is one of the major changes of this era. In the Paleolithic age, humans used tools made out of stone and bones. These tools were used in hunting and fishing. In the Neolithic age, when people started agriculture, they used tools made up of copper. The prime innovation of this age was the development of pottery. The development of pottery products made it easier to cook and transport food. People of the Paleolithic age had a simple technology. <P> One of the main differences between the Palaeolithic and Neolithic periods was in the main methods people used to acquire food. In the Palaeolithic, anatomically modern humans and their ancestors were mainly nomadic hunter gatherers. The Paleolithic people had domesticated fire about 500,000 years ago. They created mythic religious ideas to explain birth, sickness, death, the sun, the moon, rain, wind, thunder and lightening. The Neolithic Age was also known as the New Stone Age. <P> The Neolithic period is also called the New Stone Age. It covers the period about 9000 to 3500 BC, from which archeologists have found polished stone tools, pottery, wea … ving, and evidence of livestock rearing, agriculture, and megaliths (huge stone constructions, such as Stonehenge). The Paleolithic people had domesticated fire about 500,000 years ago. They created mythic religious ideas to explain birth, sickness, death, the sun, the moon, rain, wind, thunder and lightening. The Neolithic Age was also known as <P> Between the Old Stone Age and the New Stone Age there are two eras of people, the Paleolithic and the Neolithic eras, meaning old and new Stone Age. Artifacts present a variety of similar characteristics such as the use of domesticated animals, stone tools, ceremonial burial, science, art, and religion. <P> The Paleolithic period, from about 2 million BC to 10000 BC, is called the Old Stone Age. It was a time when humans used flint, stone, and bone tools, and found their food by hunting, fishing, and foraging plant foods. The Paleolithic people had domesticated fire about 500,000 years ago. They created mythic religious ideas to explain birth, sickness, death, the sun, the moon, rain, wind, thunder and lightening. The Neolithic Age was also known as the New <P> After the term “ Stone Age ” was coined in the late 19th century CE, scholars proposed to divide the Stone Age into different periods: Palaeolithic, Mesolithic, and Neolithic. The term Neolithic refers to the last stage of the Stone Age. The period is significant for its megalithic architecture, spread of agricultural practices, and use of polished stone tools. The term Neolithic or New Stone Age is most frequently used in connection with agriculture, which is the time when cereal cultivation and animal domestication was introduced. Because agriculture developed at different times in different regions of the world, there is no single date for the beginning of the Neolithic <P> Paleolithic vs Neolithic. The Paleolithic age was the period from about 2 million BC to 10,000 BC. This era is also known as the Old Stone Age. The Neolithic age, also called the New Stone Age, covers a period from about 9000 BC to 3500 BC. Both of these, along with the intermingled Mesolithic age, comprise the Stone Age. However, the Neolithic era lasted for a much shorter duration. In the Neolithic age, when people started agriculture, they used tools made up of copper. The prime innovation of this age was the development of pottery. The development of pottery products made it easier to cook and transport food. People of the Paleolithic age had a simple technology. <P> The Paleolithic Era (or Old Stone Age) is a period of prehistory from about 2.6 million years ago to around 10000 years ago. The Neolithic Era (or New Stone Age) began around 10,000 BC and ended between 4500 and 2000 BC in various parts of the world. In the Paleolithic era, there were more than one human species but only one survived until the Neolithic era. Paleolithic humans lived a nomadic lifestyle in small groups. They used primitive stone tools and their survival depended heavily on their environment and climate. Life expectancy was 35.4 years for men and 30.0 years for women in the late Paleolithic era (30000 to 9000 BC). In the early neolithic era (7000 to 5000 BC) this fell to 33.6 and 29.8 years, and in the late Neolithic era (5000 to 3000 BC) fell even further to 33.1 and 29.2 years respectively. <P> Paleolithic vs Mesolithic. The difference between Paleolithic and Mesolithic periods can be related to the differences in human life and how they evolved during these two periods. Paleolithic and Mesolithic are two of the pre-historic eras of human existence. To be more specific, these are two stages of the stone age.
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The term Neolithic refers to the last stage of the Stone Age.The period is significant for its megalithic architecture, spread of agricultural practices, and use of polished stone tools.he term Neolithic or New Stone .
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how much of brain do we use
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<P> And to answer how much of our brain do we use... We process 400 billion bits of information per second, but only 2,000 bits of information of that 400 billion are used. But our awareness of those 2,000 are only about the environment, time, and our body. Threw it together in broad terms, so hope that helps. Relevance. Rating Newest Oldest. Best Answer: You no more use 90% of your brain potential than you use 90% of your muscle potential all of the time. To say that we use all of our brain, would be like saying Arnold Schwarzenegger or Lou Firigno had as 90 pound teenagers reached the pinnacle of their muscular development. <P> All You Need To Know About the 10 Percent Brain Myth, in 60 Seconds. The reality is that we already use 100 percent of our brains _DJ_/Flickr. The new Luc Besson movie Lucy, starring Scarlett Johansson, opens tomorrow in theaters countrywide. It’s based on the immortal myth that we use only 10 percent of our brains. Johansson’s character is implanted with drugs that allow her to access 100 percent of her brain capacity. She subsequently gains the ability to learn Chinese in an instant, beat up bad guys, and throw cars with her mind (among other new talents). “It is estimated most human beings use only 10 percent of the brain’s capacity,” he says, “Imagine if we could access 100 percent.”. As it happens, I’ve written a book all about brain myths (Great Myths of the Brain; due out this November). <P> Tell them: We use 100% of our brains.. Several people have mentioned that the movie Lucy (2014) promotes the 10% of the brain myth. If you find any news articles or advertisements using the 10% myth, please send them to me: Dr. Eric H. Chudler. 1 Humans use 100 percent of their brains--despite the popular myth-Ask a Scientist. 2 Higbee, K.L. and Clay, S.L., College students' beliefs in the ten-percent myth, Journal of Psychology, 132:469-476, 1998. 3 B.L. 4 Beyerstein, Whence Cometh the Myth that We Only Use 10% of Our Brains? in Mind Myths. <P> So the notion that we use just 10 percent of our brains isn’t true. A lot of my patients seem attracted to that idea. I think it’s because they think it means they could be a lot smarter: If they’re using only 10 percent of their brains, they’d be twice as smart if they could figure out how to use 20 percent! But we need all of our brain. Regardless of what we’re doing, even if we’re asleep, all parts of our brain are working. New brain-imaging techniques, such as functional MRI scans, can measure how much energy is being used in each part of the brain. They show that we regularly use all of our brains. <P> So, as it turns out, to say that We only use 10% of our brain, only 10% of our brain potential- this is actually an infinitely optimistic, as well as a considerably reasonable and thoughtful perspective of the possibilities that reside inside our craniums. Such a statement that We use all of our brain all of the time is a misleading and unhelpful uninspiring skeptical crumbs with barely a grain of truth-As well as not even being accurate statements regarding usage of the human brain. Humans have an unlimited capacity to learn. <P> Human brain and skull. The 10 percent of the brain myth is the widely perpetuated urban legend that most or all humans only make use of 10 percent (or some other small percentage) of their brains. It has been misattributed to many people, including Albert Einstein. <P> It's commonly said that we humans use only about 10 percent of our brains, with some people attributing Einstein's brilliance to his ability to stretch that paltry figure to 15 percent. And evidence suggests that at any moment up to 16 percent of our brain cells are active. So next time your friends bring up the 10-percent nonsense, you'll be able to set them 100-percent straight. <P> This is a false assumption. What is correct, however, is that at certain moments in anyone's life, such as when we are simply at rest and thinking, we may be using only 10 percent of our brains. It turns out though, that we use virtually every part of the brain, and that [most of] the brain is active almost all the time, Gordon adds. Let's put it this way: the brain represents three percent of the body's weight and uses 20 percent of the body's energy.. <P> To say that we use all of our brain ignores the fact that you couldn't remember where you left your car in the parking garage-even though this is well within your brain potential. You no more use 90% of your brain potential than you use 90% of your muscle potential all of the time. You no more use all of your brain all of the time than you use 100% of your lung capacity sitting at your computer keyboard. Such a statement that We use all of our brain all of the time is a misleading and unhelpful uninspiring skeptical crumbs with barely a grain of truth-As well as not even being accurate statements regarding usage of the human brain. Humans have an unlimited capacity to learn.
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10 percent
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ergonomics and safe computer practices
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<P> Human factors and ergonomics is concerned with the fit between the user, equipment and their environments. It takes account of the user's capabilities and limitations in seeking to ensure that tasks, functions, information and the environment suit each user. Human factors and ergonomics (HF&E), also known as comfort design, functional design, and user-friendly systems, is the practice of designing products, systems or processes to take proper account of the interaction between them and the people who use them. <P> Ergonomics is the scientific study of people at work. The goal of ergonomics is to reduce stress and eliminate injuries and disorders associated with the overuse of muscles, bad posture, and repeated tasks. <P> These guidelines contain recommendations, best practices and lessons learned. They are designed to help employers and workers recognize and control industry-specific ergonomics-related risk factors. 1 Guidelines for Foundries: Solutions for the Prevention of Musculoskeletal Injuries in Foundries. ( 2 PDF 3 *). OSHA Publication 3465-08. ( 4 2012). 1 OSHA. Describes ergonomic hazards and possible solutions for workers in the beverage delivery Industry. 2 Ergonomic Interventions for the Soft Drink Beverage Delivery Industry. 3 US Department of Health and Human Services (DHHS), National Institute for Occupational Safety and Health Publication No. 96-109. ( 4 1996). <P> 1 Learn about ergonomic risk factors and how to prevent them. 2 Provide ergonomics training and encourage input in ergonomic problem-solving. 3 Support your department's computer workstation evaluator. 4 Contact the campus Ergonomics Specialist for a worksite assessment of non-computer jobs involving ergonomic risk factors. 1 Implement ergonomic recommendations. 2 Choose tools, furniture and equipment that fit your job tasks and your body. 3 Listen to your body and adjust your workstation furniture and accessories to support comfortable postures. 4 Think before you lift, get help if necessary, and follow safe lifting guidelines. <P> Many industries have successfully implemented ergonomic solutions in their facilities as a way to address their workers' MSD injury risks. These interventions have included modifying existing equipment, making changes in work practices and purchasing new tools or other devices to assist in the production process. 1 OSHA. Describes ergonomic hazards and possible solutions for workers in the beverage delivery Industry. 2 Ergonomic Interventions for the Soft Drink Beverage Delivery Industry. 3 US Department of Health and Human Services (DHHS), National Institute for Occupational Safety and Health Publication No. 96-109. ( 4 1996). <P> Supervisors. 1 Learn about ergonomic risk factors and how to prevent them. 2 Provide ergonomics training and encourage input in ergonomic problem-solving. 3 Support your department's computer workstation evaluator. 1 Implement ergonomic recommendations. 2 Choose tools, furniture and equipment that fit your job tasks and your body. 3 Listen to your body and adjust your workstation furniture and accessories to support comfortable postures. 4 Think before you lift, get help if necessary, and follow safe lifting guidelines. <P> Ergonomics and Safe Computer Practices Ergonomics is from the Greek words ergon, meaning work and nomos, meaning natural laws. Hands Form fists and hold for ten seconds, spread fingers wide apart and hold for ten seconds. Repeat several times. Put hands together with fingertips at chin level and finger spread apart. Slowly lower hands, peel them apart, and do the process in reverse. <P> To ensure proper adjustment and use of office equipment and furniture, perform ergonomic self-evaluations. Do not exert additional force than is required to perform daily tasks. An example is to not pound on keys when typing. Practice proper postures for phone use, sitting, typing and more. Hands Form fists and hold for ten seconds, spread fingers wide apart and hold for ten seconds. Repeat several times. Put hands together with fingertips at chin level and finger spread apart. Slowly lower hands, peel them apart, and do the process in reverse. <P> The Campus Ergonomist, Brian MacDonald at 459-5430 consults with all departments and work groups at UCSC to identify resources, provide training and recommendations regarding any equipment, work practices or other modifications to the work area or process to improve employee ergonomic safety. Ergonomic Hand Tool Design and Selection. Ergonomic hand tools report. If you have additional questions or need to schedule a workstation ergonomic evaluation, please contact the Campus Ergonomist, Brian MacDonald at 459-5430. <P> 1 Provide ergonomics training and encourage input in ergonomic problem-solving. 2 Support your department's computer workstation evaluator. 3 Contact the campus Ergonomics Specialist for a worksite assessment of non-computer jobs involving ergonomic risk factors. 4 Provide ergonomic workstation furniture and tools. 1 Implement ergonomic recommendations. 2 Choose tools, furniture and equipment that fit your job tasks and your body. 3 Listen to your body and adjust your workstation furniture and accessories to support comfortable postures. 4 Think before you lift, get help if necessary, and follow safe lifting guidelines.
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It is from the Greek words ergon, meaning work and nomos, meaning natural laws.
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where do camels come from
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<P> The camel is a large, strong desert animal. Camels can travel great distances across hot, dry deserts with little food or water. They walk easily on soft sand where trucks would get stuck, and carry people and heavy loads to places that have no roads. Camels also serve the people of the desert in many other ways. The camel carries its own built-in food supply on its back in the form of a hump. The hump is a large lump of fat that provides energy if food is hard to find. There are two chief kinds of camels: (1) the Arabian camel, also called dromedary, which has one hump, and (2) the Bactrian camel, which has two humps. <P> The term camel is derived via Latin and Greek (camelus and κάμηλος kamēlos respectively) from Hebrew or Phoenician gāmāl. The Hebrew meaning of the word gāmāl is derived from the verb root g.m.l, meaning (1) stopping, weaning, going without; or (2) repaying in kind. The two surviving species of camel are the dromedary, or one-humped camel (C. dromedarius), which inhabits the Middle East and the Horn of Africa; and the bactrian, or two-humped camel (C. bactrianus), which inhabits Central Asia. <P> The hybrid camel, a hybrid between Bactrian and dromedary camels, has one hump, though it has an indentation 4–12 cm (1.6–4.7 in) deep that divides the front from the back. The hybrid is 2.15 m (7 ft 1 in) at the shoulder and 2.32 m (7 ft 7 in) tall at the hump. The two surviving species of camel are the dromedary, or one-humped camel (C. dromedarius), which inhabits the Middle East and the Horn of Africa; and the bactrian, or two-humped camel (C. bactrianus), which inhabits Central Asia. <P> Like horses and dogs, camels evolved in the grasslands of America twenty million years ago. In those days, they were more like giraffes or gazelles than the humped beasts of burden we know and love. It wasn't until about four million years ago that they crossed the Bering Land bridge into Asia. <P> The Bactrian camel (Camelus bactrianus) is a large, even-toed ungulate native to the steppes of Central Asia. Of the two species of camel, it is by far the rarer. The Bactrian camel has two humps on its back, in contrast to the single-humped dromedary camel. Its population of two million exists mainly in the domesticated form. <P> Camels do not have hooves. The foot of a camel is made up of a large leathery pad, with two toes at the front, the bones of which are embedded in the foot. The padding makes the gait of a camel silent, and keeps it from sinking in the sand. <P> Camels originate from North America. The fossil evidence indicates that Camelops, the forerunner of the modern camel, appeared in the neighborhood of 2.5 million years ago. These animals have been gone from the Americas for 10,000 years, but their kin had migrated to Asia and then Africa, where they survive today. These are the true camels, the Dromedary and Bactrian. We also know that the camelids of South America, including the llama, alpaca, guanaco, and vicuna, vicuña arose From. Camelops links can be found for more. information <P> A camel is an even-toed ungulate within the genus Camelus, bearing distinctive fatty deposits known as humps on its back. The two surviving species of camel are the dromedary, or one-humped camel (C. dromedarius), which inhabits the Middle East and the Horn of Africa; and the bactrian, or two-humped camel (C. bactrianus), which inhabits Central Asia. <P> A camel in North Africa, at the. amphitheater of El Djem. Wild camels first originated in North America, and then, before the last Ice Age, they spread from North America to East Asia and then across to Central Asia and Iran and Arabia (and also south to South America where they became llamas and vicunas and alpacas). People in Central Asia were the first people to domesticate (tame) camels. They tamed camels long after they learned to tame cows and pigs, maybe about the same time as horses (about 3000 BC). Like horses, camels are not as tame and stupid as cows and sheep are. This camel is from India. <P> HISTORY. Camelids are believed to have originated in North America. One group travelled via the Northern land bridge at the Baring Straight and from there to the Middle East and Africa. Another grouping developed into Lamas Varieties as they moved to South America.
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Camels originate from North America.
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what is jailbroken device
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<P> Jailbreaking is a form of privilege escalation, and the term has been used to describe privilege escalation on devices by other manufacturers as well. The name refers to breaking the device out of its jail, which is a technical term used in Unix-style systems, for example in the term FreeBSD jail . 2.0, a web-based tool that was the first to jailbreak the iPhone 4 (on iOS 4.0.1). In July 2011, he released JailbreakMe 3.0, a web-based tool for jailbreaking all devices on certain versions of iOS 4.3, including the iPad 2 for the first time (on iOS 4.3.3). <P> 5. Open Cydia. Once the device has finished the jailbreak process, an app called Cydia will appear on your home screen. This is the alternative to Apple’s iTunes store, where you can access apps that do not conform to the terms of Apple’s store. 1 Cydia will need to download some data before the jailbreak can be completed. Disable your iOS device screen lock. If you have a passcode lock on your device, it must be turned off for the jailbreak process. You can turn it on again once the jailbreak process is complete. 1 You can turn off the screen passcode by opening Settings, selecting General, and then tapping Passcode Lock. <P> Cydia is basically the jailbreak app store, featuring several paid and unpaid apps, extensions, and hacks that you can install on your device. Cydia generally doesn't refer to any of these things as apps, but rather packages. Packages are listed in various repositories, many of which are built into Cydia. <P> At one time or another, many people with Apple iOS-based devices such as the iPhone, iPad or iPod Touch have looked into jailbreaking them. Jailbreaking means bypassing the restrictions Apple puts on the operating system and taking full control of the device. With a jailbroken device, you can install apps and tweaks that aren't authorized by Apple, but you also remove the tough security protections that Apple has built into iOS. The process of jailbreaking your iPhone, iPad or iPod Touch is legal in the U.S. for the time being. What is certain is that Apple considers jailbreaking a violation of its warranty, so if something goes wrong during the process, it's up to you to fix it. <P> Part of the Wireless and mobile glossary: Jailbreaking, in a mobile device context, is the use of an exploit to remove manufacturer or carrier restrictions from a device such as an iPhone or iPad. However, jailbreaking increases the risk of malware infection or hacking. A jailbroken device can be easily victimized by a Trojan or accessed remotely by an intruder. Any security measures provided by iOS or installed third-party applications may be rendered inoperable or untrustworthy. <P> Jailbreaking permits root access to the iOS file system and manager, allowing the download of additional applications, extensions, and themes that are unavailable through the official Apple App Store. 2.0, a web-based tool that was the first to jailbreak the iPhone 4 (on iOS 4.0.1). In July 2011, he released JailbreakMe 3.0, a web-based tool for jailbreaking all devices on certain versions of iOS 4.3, including the iPad 2 for the first time (on iOS 4.3.3). <P> An untethered jailbreak is a type of jailbreak where your device does not require you to reboot with a connection to an external device capable of executing commands on the device. 1 1 Device support. <P> Cydia is an alternative to Apple's App Store for jailbroken devices, at this time including iPhones, iPads, and iPod Touches, specializing in the distribution of all that is not an app. <P> One of the reasons for jailbreaking is to expand the feature set limited by Apple and its App Store. Apple checks apps for compliance with its iOS Developer Program License Agreement before accepting them for distribution in the App Store. 2.0, a web-based tool that was the first to jailbreak the iPhone 4 (on iOS 4.0.1). In July 2011, he released JailbreakMe 3.0, a web-based tool for jailbreaking all devices on certain versions of iOS 4.3, including the iPad 2 for the first time (on iOS 4.3.3).
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It is the device, where your device does not require you to reboot with a connection to an external device capable of executing commands on the device.
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how do i connect to twc hotspot from my laptop
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<P> 1 Look for the Settings function. 2 In Settings, you should find a WiFi or Connection Manager option. 3 Turn the WiFi option ON. 4 Look for the TWCWiFi, TWCWiFi-Passpoint, CableWiFi or Boingo Hotspot network name in the list of available wireless networks. <P> 1 In Settings, you should find a WiFi or Connection Manager option. 2 Turn the WiFi option ON. 3 Look for the TWCWiFi, TWCWiFi-Passpoint, CableWiFi or Boingo Hotspot network name in the list of available wireless networks. <P> With TWC WiFi ® Hotspots, you can access fast, reliable wireless Internet on-the-go. Look for our hotspots in the park, on the beach, where you shop and dine, work out. 1 Be sure WiFi is enabled on your device. 2 Select the TWCWiFi network name from the list of your device's available wireless networks. <P> With TWC WiFi ® Hotspots, you can access fast, reliable wireless Internet on-the-go. TWC WiFi is free to TWC customers with Standard Internet or above. Enjoy unlimited data usage and save on your cellular data charges. Look for our hotspots in the park, on the beach, where you shop and dine, work out or simply hang out. 1 Be sure WiFi is enabled on your device. 2 Select the TWCWiFi network name from the list of your device's available wireless networks. 3 Open you browser and navigate to a webpage. 4 The TWC sign in portal will appear. <P> If you don't qualify for free access to TWC WiFi, you can still connect by purchasing an Access Pass. Prepaid access options are available on the TWCWiFi network only (not on TWCWiFi-Passpoint) and can be found on all hotspots located within the Time Warner Cable serviceable area. <P> You can check the hotspots also through below website: http://coverage.twcwifi.com/care/. I will also provide the steps how you can connect the laptop to the hotspots. 1. If there is a Hotspot available, TWC WiFi network will be shown on your laptop from the list of wireless networks. Connect to it. 2. Open an Internet browser, Enter your Time Warner account user name and your password on the WiFi Sign-in screen (located at twcwifi.com).
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1. If there is a Hotspot available, TWC WiFi network will be shown on your laptop from the list of wireless networks. Connect to it. 2. Open an Internet browser, Enter your Time Warner account user name and your password on the WiFi Sign-in screen.
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what does felony dwi mean
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<P> Most states classify a standard DUI (or DWI) charge as a misdemeanor. Certain circumstances can raise the level of the charge to a felony, however. A conviction for a felony DUI carries stiffer penalties and more lasting consequences than a misdemeanor charge. <P> If you have been arrested for DWI and the charge is a felony charge, do not wait to notify your attorney. It is important to contact your attorney as soon as possible so that your case can be pieced together and the facts brought to light. A person is charged with DWI when they are found to be under the influence of alcohol or drugs. In the case of alcohol, the blood alcohol concentration, or BAC, cannot be over .08. First time offenders are not typically charged with a felony unless there are certain aggravating factors present. <P> A first-time DUI, (or, in some states, DWI -- short for driving while intoxicated) is normally charged as a misdemeanor, not a felony. Also, in a number of states, a DUI will be raised to a felony if it is the driver's second, third, or even fourth DUI offense. To find out what the laws are in your state, see DUI Laws & Penalties by State. <P> Being convicted with felony DWI is very serious because it can have a heavy impact on the future. Not only do the penalties involve large fines, jail, alcohol treatment programs, alcohol education, house arrest, probation, or community service, there are also a lot of personal penalties. A person is charged with DWI when they are found to be under the influence of alcohol or drugs. In the case of alcohol, the blood alcohol concentration, or BAC, cannot be over .08. First time offenders are not typically charged with a felony unless there are certain aggravating factors present. <P> Under Minnesota's felony DWI law, a person who commits first-degree DWI is guilty of a felony and may be sentenced to: 1 imprisonment for not more than seven years (or more than seven years if the person has other prior criminal history); A person sentenced to incarceration in prison for felony DWI is not eligible for early release unless the person has successfully completed a chemical dependency treatment program while in prison. <P> 1 DWI, and DUI are usually defined as driving while impaired by alcohol or other legal or illegal substances. 2 BAC of 0.08% or higher. 3 In all states it is also a crime to drive with a blood alcohol concentration (BAC) of 0.08% or higher, regardless of whether one's driving was actually impaired or affected. 4 Felony DUI. What Driving Under the Influence Means. A DUI law may prohibit driving under the influence of an alcoholic beverage, driving under the influence of a drug, and driving under the combined influence of an alcoholic beverage and any drug (legal or illegal), regardless of blood-alcohol level. <P> Page Content The acronyms DUI, DWI, OMVI and OVI all refer to the same thing: operating a vehicle under the influence of alcohol or drugs. The most commonly used terms are DUI, an acronym for Driving Under the Influence, and DWI, an acronym for Driving While Impaired. However, Ohio law no longer uses the DUI and DWI acronyms because, in 1982, Ohio enacted a law that refers to driving under the influence of alcohol or drugs as “OMVI,” an acronym for Operating a Motor Vehic <P> Felony DWI Charge. A person is charged with DWI when they are found to be under the influence of alcohol or drugs. In the case of alcohol, the blood alcohol concentration, or BAC, cannot be over .08. First time offenders are not typically charged with a felony unless there are certain aggravating factors present. <P> Texas. In Texas your first DWI conviction is a Class B Misdemeanor, your second conviction is a Class A Misdemeanor and your third conviction is considered a 3rd Degree Felony. You can also be charged with a felony in Texas for a DWI offense if: 1 You drove while intoxicated with a child who is less than 15 years old. If you are charged with driving while intoxicated (DWI), your first conviction is considered a misdemeanor and gives you a criminal record. Your second DWI conviction is considered a class E Felony. You can also be charged with a felony in New York if: <P> In many states a DUI or DWI offense can be charged as a felony under certain circumstances. When charged with a felony, you are usually sentenced to serve time in prison or jail with community service, license suspension and heavy fines. If you are charged with driving while intoxicated (DWI), your first conviction is considered a misdemeanor and gives you a criminal record. Your second DWI conviction is considered a class E Felony. You can also be charged with a felony in New York if:
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A person is charged with DWI when they are found to be under the influence of alcohol or drugs.
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signs of heartworms in dogs
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<P> After the worms reach adulthood, the dog may still present no symptoms. Some dogs may display lethargy; if the infection is more severe, the dog will show symptoms such as: 1 Dry coughing, especially after exercising; in advanced cases of heartworms, the dog will cough up blood. 2 Tiredness; the dog will spend more hours sleeping and sitting. 3 Early exhaustion after physical exercise. 4 Vomiting. <P> The most obvious clinical signs of heartworm disease are a soft, dry cough, shortness of breath, weakness, nervousness, listlessness and loss of stamina. All of these signs are most noticeable following exercise, when some dogs may even faint or become disoriented. <P> The most notable symptom of heartworm in dogs is coughing. Coughing, as it is, is a common symptom Dogs with heartworm tend to suffer from a soft, dry cough. This condition is due to the parasites which have found their way towards the lungs. The lungs, including the veins leading to it, get irritated with heartworms as they multiply in number in and around the area. <P> Heartworm Life Cycle. When a mosquito bites a dog infected with heartworms, the mosquito ingests microfilariae, or heartworm larvae. The microfilariae migrate from the mosquito's digestive tract to its abdomen. After two to three weeks of growth there, the microfilariae become infective. <P> In the early stages of the disease, many dogs show few symptoms or no symptoms at all. The longer the infection persists, the more likely symptoms will develop. Active dogs, dogs heavily infected with heartworms, or those with other health problems often show pronounced clinical signs. Signs of heartworm disease may include a mild persistent cough, reluctance to exercise, fatigue after moderate activity, decreased appetite, and weight loss. <P> In cats that show symptoms of heartworm disease, respiratory signs are the most obvious due to the lung damage caused by the heartworms. Cats typically show symptoms of heartworm disease at two time points – when the immature heartworms arrive in the heart and lung arteries and when the adult heartworms die. <P> Symptoms of heartworm disease may include loss of appetite, lethargy, exercise intolerance, weight loss, fever, dyspnea (difficult, labored breathing, shortness of breath), coughing, weakness, dull dry coat, and hemorrhage. There are no symptoms at all until the disease is advanced.
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1 Dry coughing, especially after exercising; in advanced cases of heartworms, the dog will cough up blood. 2 Tiredness; the dog will spend more hours sleeping and sitting. 3 Early exhaustion after physical exercise. 4 Vomiting.
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how much does it cost to tan at anytime fitness
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<P> If there's good films to see, I'll see it. Ask me anything! The average price for a yearly membership with Anytime Fitness Center will roughly cost you about $36 a month. They offer a 24 hour gym that comes complete with a spa and a tanning area. Make sure to contact your nearest Anytime Fitness Center location to see what possible membership deals and specials are available. <P> $29 for a 30-Day VIP Gym Package with Unlimited Tanning at Anytime Fitness (Up to $150 Value). <P> Anytime Fitness. Anytime Fitness, which boasts more than 1,800 clubs in North America, makes it easier for average folks to etch out time for exercise by doing one simple thing: staying open 24 hours a day for 365 days a year. <P> Anytime Fitness is a health fitness center, with 1,935 clubs in the United States and 474 more around the world. With more than a million members, Fitness operates in several countries including Canada, Japan, Australia, the UK, Qatar, New Zealand, Spain and many other countries. If you are not sure of the fee, you can check the Anytime Fitness Membership Agreement, where you will also find information on cancellation fees. The yearly membership also varies depending on the location, although the rate is usually in the $450 to $500 range. <P> We fit your busy schedule and on-the-go lifestyle. With your membership, you can work out when it’s best for you—day or night! Our clubs are open 24 hours a day, 7 days a week, 365 days a year. At Anytime Fitness you hold the key, literally. Access to our clubs is protected by our state-of-the-art security system and will only be granted with the proper key. Once inside, you have full use of cutting-edge strength training and cardio equipment. <P> Anytime Fitness Membership Fees and Benefits. Anytime Fitness prices will depend on the kind of membership you apply for and where, although the cost is usually $30 to $36 with a $50 activation fee. However, in other clubs the membership fee is $44 for a single monthly membership and $39 for a 12 month membership. If you are not sure of the fee, you can check the Anytime Fitness Membership Agreement, where you will also find information on cancellation fees. The yearly membership also varies depending on the location, although the rate is usually in the $450 to $500 range. <P> How much is it? 1 Typically, to become a member of Anytime Fitness, you will have to pay around $35 to $60 a month. 2 One member on AnytimeHealth.com stated they received a quote for $35 a month if you committed for one year. 1 Typically, to become a member of Anytime Fitness, you will have to pay around $35 to $60 a month. 2 The longer you commit, the lower the prices are going to be. 3
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$29 for a 30-Day.
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what is a sailboat angel
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<P> I just donated mine to Boat Angel .com Here is how it went down. Filled out some paperwork and took pictures all conveniently supplied by Boat Angel including camera. Boat Angel listed the boat on Ebay and it sold for $900.00. Boat Angel gives a brand new fish finder away with every sold boat. <P> Boat Donations home of Boat Angel. Welcome to Boat Angel /Car Angel Donation Center 501-C-3 NON-PROFIT boat donation charity. We sell used boats and yachts from across America. The boat donations are sold on ebay. We also sell car car donations for Car Angel. Your puchase of a donated boat and car helps us help others. <P> We sell used boats and yachts from across Americ... read more. Boat Donations home of Boat Angel. Welcome to Boat Angel /Car Angel Donation Center 501-C-3 NON-PROFIT boat donation charity. We sell used boats and yachts from across America. The boat donations are sold on ebay. We also sell car car donations for Car Angel. Your puchase of a donated boat and car helps us help others. <P> Welcome to the nicest national 501-C-3 NON-PROFIT boat donation center in the USA. Our charity workers are on hand six days a week to answer all your questions. We accept boats and yachts from all across America. We are very selective about the causes that we serve. <P> Boat Donations home of Boat Angel. Welcome to Boat Angel /Car Angel Donation Center 501-C-3 NON-PROFIT boat donation charity. We sell used boats and yachts from across America. The boat donations are sold on ebay. We also sell car car donations for Car Angel. Your puchase of a donated boat and car helps us help others.
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We sell used boats and yachts from across America. The boat donations are sold on ebay. We also sell car car donations for Car Angel. Your puchase of a donated boat and car helps us help others.
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