query
stringlengths 8
144
| context
stringlengths 398
6.25k
| answer
stringlengths 3
990
|
|---|---|---|
how to learn to write with your non dominant hand
|
<P> Strengthen your non-dominant hand. Try lifting weights with your opposite hand to help strengthen the muscles. Start with light weights and as you get stronger, use heavier and heavier ones. 3. Throw a small ball, such as a tennis ball to develop hand-eye coordination. <P> Write with your good hand in the mirror to see how it would look writing with your other hand. This gives you a clear visual cue to the method and helps your brain to picture the same action for your non-dominant hand. 5. Follow useful exercises. <P> Tips. 1 Also, playing sports using the opposite hand for things that your dominant hand normally does can help a lot. 2 The confusion from writing with your non-dominant hand stimulates creativity, causing you to think outside of the box 3 . Find a small paragraph and practice writing the paragraph over and over again. <P> Loss of a dominant hand can be frustrating, but life can largely return to normal by following the advice and processes presented in Katie Yancosek and Kristin Gulick's new workbook Handwriting for Heroes: Learn to Write with Your Non-Dominant Hand in Six Weeks (ISBN 9781932690699, Loving Healing Press, 2009). <P> Steps. 1. Practice writing with your non-dominant hand for a month or more. Every day, write out the alphabet using your non-dominant hand in lowercase, uppercase and cursive (if you know how). At first your hand will be shaky and the letters won't be nearly as neat as with your other hand. <P> 3. Practice writing with your non-dominant hand for a long period of time to get used to it. Every day, write out the alphabet using your non-dominant hand in lowercase, uppercase and cursive (if you know how). <P> 1 Write a different one every day so your non-dominant hand doesn't get used to one paragraph only. 2 Whenever you start learning a new skill, start with your left hand. 3 For example, if you've never played guitar, your right hand doesn't know how to play either, so both hands are on equal ground. <P> 1 When you're taking notes at school or work, use your non-dominant hand. 2 Don't keep writing the SAME paragraph every day. 3 Write a different one every day so your non-dominant hand doesn't get used to one paragraph only. 4 Whenever you start learning a new skill, start with your left hand.
|
Practice writing with your non-dominant hand for a month or more. Every day, write out the alphabet using your non-dominant hand in lowercase, uppercase and cursive (if you know how).
|
deficiency diseases of malnutrition
|
<P> The body stores nutrients. Therefore, a deficiency is usually detected after a prolonged lack of a nutrient. A number of diseases and conditions—including colon cancer and gastrointestinal conditions—can lead to an iron deficiency. Pregnancy can also cause a deficiency if the body diverts iron to the fetus. The symptoms of a nutritional deficiency depend on which nutrient the body lacks. However deficiencies can cause general symptoms. These include: 1 Pallor (pale skin). 2 fatigue. 3 weakness. 4 trouble breathing. 5 unusual food cravings. 6 hair loss. 7 periods of lightheadedness. <P> A deficiency of the vitamin B3, or niacin, is often referred to as pellagra. Niacin is found in most proteins. As a result, this condition is rare in meat-eating communities. Symptoms of pellagra include diarrhea, dementia, and skin problems. The symptoms of a nutritional deficiency depend on which nutrient the body lacks. However deficiencies can cause general symptoms. These include: 1 Pallor (pale skin). 2 fatigue. 3 weakness. 4 trouble breathing. 5 unusual food cravings. 6 hair loss. 7 periods of lightheadedness. <P> Deficiency of vitamins and minerals due to their undernourishment or malnutrition causes people to get affected by deficiency diseases like anemia, loss of vision, rickets and osteomalacia, scurvy and beriberi without suffering either poverty or pangs of hunger. <P> A lack of breast feeding may contribute, as may a number of infectious diseases such as: gastroenteritis, pneumonia, malaria, and measles, which increase nutrient requirements. There are two main types of undernutrition: protein-energy malnutrition and dietary deficiencies. Protein-energy malnutrition has two severe forms: marasmus (a lack of protein and calories) and kwashiorkor (a lack of just protein). Common micronutrient deficiencies include: a lack of iron, iodine, and vitamin A. During pregnancy, due to the body's increased need, deficiencies may become more common. In some developing countries, overnutrition in the form of obesity is beginning to present within the same communities as undernutrition. Other causes of malnutrition include anorexia nervosa and bariatric surgery. <P> About Malnutrition. Common Micronutrient Deficiency Diseases. In order to provide more comprehensive and meaningful search results on our site, several reports are available for viewing and download directly. Kindly visit the main sites of the author organisations for more complete and updated information. <P> Once again, as is seen in marasmus, due to the severe deficiency of various essential nutrients, the person has an increased susceptibility to contracting diseases and even developing diseases after getting vaccinated for that particular disease. Anemia is one of the most common diseases caused by malnutrition. Anemia can be caused due to a variety of reasons, but one of the main reasons for anemia is a diet that is deficient in iron and vitamin B12. A diet deficient in iron leads to a type of anemia known as iron deficiency anemia. <P> The shortage of carbohydrates in food causes nutrition problems like energy starvation, weakness and lethargy. Deficient malnutrition: Protein deficiency in children causes malnutrition diseases like kwashiorkor. Excess nutrition disorders: Hyperkalemia with symptoms like palpitation and muscle weakness is encountered in excess nutrition of potassium. Deficient malnutrition diseases: Muscle weakness and hyperexcitability are symptoms of its deficiency. <P> Fat deficiency coupled with high intake of proteins causes 'rabbit starvation' condition. Excess nutrition: Fats when consumed in excess of requirement can result in cardiovascular problems and obesity. Many malnutrition diseases are caused by the deficiency of minerals. Excess nutrition disorders: Hyperkalemia with symptoms like palpitation and muscle weakness is encountered in excess nutrition of potassium. Deficient malnutrition diseases: Muscle weakness and hyperexcitability are symptoms of its deficiency. <P> Malnutrition diseases-Nutrition disorders. Malnutrition diseases, which are nutrition disorders, occur as a result of our body not getting enough of or excess of nutrients. Deficient malnutrition: Carbohydrates are easy and faster sources for energy production in the human body. Excess nutrition disorders: Hyperkalemia with symptoms like palpitation and muscle weakness is encountered in excess nutrition of potassium. Deficient malnutrition diseases: Muscle weakness and hyperexcitability are symptoms of its deficiency. <P> Magnitude, causes and consequences of micronutrient malnutrition. Micronutrient malnutrition is a term used to refer to diseases caused by a dietary deficiency of vitamins or minerals. More than 2 billion people in the world today may be affected by Micronutrient malnutrition.
|
Micronutrient malnutrition is a term used to refer to diseases caused by a dietary deficiency of vitamins or minerals.
|
baby names meaning precious
|
<P> Adoption of these girl names was at its apex in the year 2007 (usage of 0.1268%) and is almost as widespread today (usage 0.118%, 6.9% less), but with names like Lulu, Golda, Emerald, Beryl and Coral becoming somewhat dated. <P> Baby Names Meaning PRECIOUS. Label: Names Meaning. F ind out list of baby names which mean PRECIOUS . These names for males and females originated from Hawaiian, American, Egyptian, Turkish, Chinese, Italian, Hindu, Irish, English and Indian background. - ALAMEA: Hawaiian female name meaning Precious, Whole. <P> Precious /pre-cious/ [2 sylls.] as a girls' name is pronounced PRESH-us. It is of Latin origin, and the meaning of Precious is of great value, highly esteemed. A name of endearment. In Catholic tradition, also a reference to the precious blood of Christ. Kreatif forms: Parcious, Pecious, Preciousci. <P> Precious is an English vocabulary word, an adjective that means “valuable”. The word became part of the English language in the late 13th century, borrowed from the Old French “precios” (precieux) précieux which originated from The “latin” pretiosus “meaning, costly, dear” valuable “from” pretium “meaning, price”. worth <P> unique precious baby girl names and MORE!... But don't take my word for it. Browse around and decide for yourself. After all this is a very special time in your life!...
|
Great value
|
average cell phone data usage per month
|
<P> Cell Phone Usage and Race. Different races also use mobile phones differently, according to the Nielsen numbers. African Americans talk and text more than any other racial group, using more than 1,300 minutes per month and sending and receiving 780 text messages per month on average. Every month, the data-tracking firm goes through phone bills from 60,000 people all over the country, breaking down cell phone and text usage by gender, race, age, and even region, with some interesting findings. <P> Your cellphone plan doesn't have to cost upward of $100 each month. By Holly Johnson. + More. The average monthly cellphone bill from smartphone giant Verizon Wireless was a staggering $148 per month in the fourth quarter of 2013, according to recent research. 1 Ting also lets you add family members to your plan for only $6 per device, though they must be Sprint devices. 2 Airvoice Wireless: Airvoice offers talk, text and data in an a la carte format. 3 For as low as $10 per month, anyone can get a plan with 250 minutes of talk and 500 text messages. <P> According to the data, women on the whole are bigger talkers and texters than men. On average, women use 22 percent more cell phone minutes than men, and they even text more, sending 154 more messages per month than the average American man. Every month, the data-tracking firm goes through phone bills from 60,000 people all over the country, breaking down cell phone and text usage by gender, race, age, and even region, with some interesting findings. <P> Other big smartphone players such as Sprint, AT&T and T-Mobile also asked their customers to shell out plenty of cash for their cell and data plans, with an average bill of $144, $141, and $120, respectively. 1 Ting also lets you add family members to your plan for only $6 per device, though they must be Sprint devices. 2 Airvoice Wireless: Airvoice offers talk, text and data in an a la carte format. 3 For as low as $10 per month, anyone can get a plan with 250 minutes of talk and 500 text messages. <P> - AT&T sells 300 MB, 3 GB and 5 GB packages for individual and family plans. But it also offers “mobile share” plans with up to 50 GB of data spread across up to 10 devices. There is no unlimited option. - Sprint offers unlimited data for $30 a month or 1 GB for $20 a month per line. The cost of a line is $50 for one and less for more. - T-Mobile offers 500MB of data free and either 2 GB for $10/month or unlimited for $20/month for each line. Like Sprint, the cost of a line starts at $50 and is cheaper for more <P> Android users consumer 6.8 GB of Wi-Fi data every month, while Apple iPhone users use an amazing 8.9 GB on Wi-Fi connections. Surprisingly, despite AT&T (NYSE:T) having the second-best network in the country and Sprint (NYSE:S) taking the No. 4 spot, Sprint users actually eat up more LTE data per month. <P> According to research and predictions by Cisco, the average North American smartphone user could consume 6GB of data per month by 2017. The annual report, which has been released six times now, shows smartphone data usage increasing 13-fold worldwide in the next four years. The average North American user currently consumes 752MB per month as of 2012, and the worldwide average is just 200MB. In just four short years those numbers are expected to hit 6GB and 2GB, respectively. These numbers are even slightly more conservative than previous years and estimates from other entities. <P> • $70 a month for 8 GB ($15 per 1 GB after). • $100 a month for 10 GB ($15 per 1 GB after). • $120 a month for 40 GB ($15 per 1 GB after). All T-Mobile plans offer unlimited data at the slower 2G speed, along with unlimited talk and text. To attain faster 4G LTE speeds, pay a certain amount for data per month. Data is not shared. <P> Mobile users the world over came close to doubling their mobile data consumption between 2012 and 2013 as average monthly usage peaked well over 1 GB in the U.S, and several other countries, according to Cisco Systems' new Visual Networking Index report on global mobile data trends. <P> Mobile data usage costs diminishing. This growth certainly wouldn’t be possible without a big decrease in mobile data prices. The average cost of downloading 1MB to a mobile device in the US was $0.46 in 2008, while in 2012 this figure fell to just $0.03. In 2015, it is predicted to drop to as little as $0.01, according to Portio Research.
|
1 GB in the U.S.
|
how long can ham be stored in refrigerator
|
<P> How Long does uncooked ham stay fresh in the Fridge? Meats are kept better in the freezer. Meats can be kept in the refrigerator for 3 to 4 days if raw and 1 to 2 days longer if cooked. Always place cooked meats in an airt … ight container. <P> You can help keep it fresh longer by storing it in your refrigerator immediately after use. Once prepared, it should be stored in a tightly closed container to keep out moisture and other contaminants. For a long-term option, you can freeze your ham while preserving its taste if you use a freezer safe container. <P> Q. How long can I store ham or other smoked products in the refrigerator? Whole smoked ham and whole ham slices can be stored in the refrigerator for 3 to 4 days or until the use by date on the label. Smoked bacon and sausages can be kept for up to 7 days. <P> Freezing. Ham should be stored in the refrigerator at 40°F or lower and if it is not going to be used within the suggested storage time, it should be frozen to prevent it from perishing. Freezing should be avoided if possible because it will affect the flavor and texture of the ham. <P> This Site Might Help You. RE: How long can spiral ham stay in refrigerator? I bought a Publix Grocery Store brand Ham on Saturday 11/17 for thanksgiving and was wondering how long I could keep it in the refrigerator before Thanksgiving 11/22? Should I freeze it? <P> Sealed, prepackaged, fresh pork cuts can be kept in the refrigerator 2 to 4 days; sealed ground pork will keep in the refrigerator for 1 to 2 days. If you do plan on keeping fresh pork longer than 2 to 3 days before cooking it, store it well-wrapped in the freezer. <P> The danger temperature zone is a range between 40°F and 140°F. Fresh ham and cured ham can be stored in a refrigerator for several days, depending on the type of ham. If it is not going to be used within the recommended time, it should be frozen to prevent it from perishing.
|
3 to 4 days or until the use by date on the label
|
maximum amount of money in an isa
|
<P> Hello! Individual savings accounts (ISAs) are tax-free, so they should be your first port of call if you are looking to kick-start the savings habit. This tax year (2015/16) you can put up to £15,240 into an ISA. Thanks to new rules introduced in July 2014 you can invest the full amount in cash if you wish to. If you have yet to use this year’s ISA allowance, you’ve got until April 5, 2016 to make the most of it. <P> The maximum amount you can invest in ISAs this tax year (up to April 5, 2015) is £15,000. Remember that even though advertised returns offered by the top cash ISAs are lower than those offered by some taxable accounts, you'll usually end up with more money in your pocket with an ISA due to the tax breaks. If you've accidentally exceeded the maximum amount you can pay into an ISA in any tax year, then you won't be entitled to any tax relief on these excess payments. Don't try and put your mistake right yourself-HMRC should get in touch with you after the end of the tax year to let you know what you need to do. <P> It is possible to invest up to £15,240 into stocks and shares inside an ISA in the tax year 2015. B. CASH. You have the option of holding a proportion of your ISA allowance in cash, which will earn tax-free interest. You are able to invest £15,240 of that annual allowance in to a cash deposit account in the tax year 2015. <P> Best Answer: ISA allowance from October 2009 From 6 October 2009, the ISA limit will increase to £10,200, up to £5,100 of which can be saved in cash for people aged 50 or over. From 6 October, those aged 50 and over will therefore be able to deposit £10,200 into their 2009-10 ISA, up to £5,100 of which can be in cash. ISA limits effective April 2010 From 6 April 2010, the ISA limit will increase to £10,200, up to £5,100 of which can be saved in cash for all ISA investors. From 6 April 2010, all savers will therefore be able to deposit £10,200 into their 2010-11 ISA, up to £5,100 of which can be saved in cash <P> For the tax year 2015 an individual's total annual subscription limit to an ISA is £15,240 per tax year, of which a maximum of £15,240 can be held in cash. Back to top. You have the option of holding a proportion of your ISA allowance in cash, which will earn tax-free interest. You are able to invest £15,240 of that annual allowance in to a cash deposit account in the tax year 2015. <P> The maximum amount you can invest in a Junior ISA (for the 2014/15 tax year) is £4,000 per child for this tax year, although this will increase to £4,080 from April next year. Cash ISAs don't come with a debit card, as they are a savings rather than a current account. If you've accidentally exceeded the maximum amount you can pay into an ISA in any tax year, then you won't be entitled to any tax relief on these excess payments. Don't try and put your mistake right yourself-HMRC should get in touch with you after the end of the tax year to let you know what you need to do. <P> Your ISA allowance. Your ISA allowance for the 2015/16 tax year is £15,240 and the full amount can be invested in a Stocks & Shares ISA or a Cash ISA (or any combination of the two). Please note, The Share Centre does not offer Cash ISAs. <P> When they were launched, savers could put away £7,000 a year, with £3,000 of that as cash. The current limit for the 2013/14 tax year is £11,520, with half allowed in deposit accounts and the other half in investments. The maximum someone could have put into an Isa in this time is roughly £124,000. <P> Each tax year, you get an ISA allowance which sets the maximum that can be saved within the tax-free wrapper from April to April. The old ISA system used to limit how much you could put into each pot-you'd either get half your allowance in cash and half in shares, or you could choose to put it all in shares. Split the allowance between cash and stocks & shares ISAs. You get to choose! If you wanted to, you could invest 1,500 in a cash ISA, and 13,740 in a stocks & shares ISA. Or do it the other way around. The only rule is that, combined, your tax free ISA savings in the 2015/16 tax year don't exceed 15,240. <P> Annual allowances. For each tax year, there’s a limit to the amount you can deposit into your ISA – this is your annual allowance. The allowance for the 2015/2016 tax year is £15,240, which you can invest in a cash ISA, an investment ISA or a combination of the two. Tax-free interest every year. The tax year runs from 6 April to 5 April.
|
The maximum amount you can invest in ISAs this tax year (up to April 5, 2015) is £15,000.
|
how long does it take for carrots to boil on the stove
|
<P> Place baby carrots in 1/2-inch of water with butter, sugar, and salt. Bring water to a boil, cover pan, and reduce heat to simmer. Cook carrots 7 or 8 minutes, remove lid, and raise heat to medium high. Reduce water until it almost evaporates, a couple of minutes. <P> Place the carrots in a microwave-safe bowl. Add a tablespoon of water to the carrots and cover the bowl with microwave-safe cling wrap. 3. Microwave the carrots on high. Cook them in the microwave until tender, this should take about 4 to 6 minutes. <P> Bring the carrot, celery and water mixture to a boil. Lower the temperature on the stove top until the water is simmering and cover with the pan lid. Step 3. Cook the carrots and celery for 10 to 15 minutes or until they are as soft as you desire. <P> How to Cook Carrots in the Microwave. 1 Place 1 pound carrots in a casserole dish with 2 tablespoons water. 2 Microwave, covered, on 100 percent power (high) until crisp-tender, stirring once: -- 3 6 to 9 minutes for 1/4-inch slices. -- 4 5 to 7 minutes for strips. -- 5 7 to 9 minutes for baby carrots. <P> Now let’s begin learning how to cook baby carrots. 1 In a pot, combine 1 1/2 pounds of baby carrots, 2 tablespoons of butter, 1 tablespoon of sugar, and 1 teaspoon of salt. 2 Add in about half an inch of water and bring all the combined ingredients to a boil. 3 Once it boils, cover the pan and reduce the heat. <P> How to Cook Carrots on the Stove. Cook 1 pound carrots, covered, in a small amount of boiling salted water until crisp-tender: 1 7 to 9 minutes for 1/4-inch slices. 2 4 to 6 minutes for strips.
|
7 to 9 minutes for 1/4-inch slices.
|
most commonly used words in india
|
<P> Find sources: List of English words of Indian origin – news · newspapers · books · scholar · JSTOR · free images (August 2011). This is a list of words in the English language that originated in the languages of India. <P> The English language has absorbed words from cultures the world over. The following is a list of some English words whose origins lie in the Hindi, Urdu or Sanskrit languages spoken in India, Pakistan and other countries. The word began to appear in the English language early in the 18th century. In Hindi, the word varanda has a similar meaning. This is not the source of the word, however, as it is thought to derive from the Portuguese word varanda meaning a balcony. 15. Yoga. This was originally a Sanskrit word meaning yoking or union. <P> Nowadays, you will hear this word used when someone refers to a saying they like, such as “treat others like you would like to be treated.” While a saying is not quite a prayer, this is how mantra is used in the English language today. One of the most popular prayer’s in India is the Gayatri Mantra. Chakra. This is by far one of the most popular words in yoga classes. Teachers will tell you to “balance your chakras “—and the way they say chakra is “sh-ack-rah.” This word is actually pronounced “chuck-rah.”. Chakra refers to an energy point in the body. <P> Occupy, Arab Spring and Steve Jobs were the most commonly used words, phrases and names in English speaking media internet n the past year, a study has found. Image 1 of 2. Occupy Oakland protesters claim a vacant building Photo: Noah Berger/AP. Image 1 of 2. <P> This is a list of English language words of Hindi language origin. Many of the Hindi and Urdu equivalents have originated from Sanskrit; see List of English words of Sanskrit origin. Many others are of Persian origin; see List of English words of Persian origin. Some of the latter are in turn of Arabic or Turkish origin. In some cases words have entered the English language by multiple routes-occasionally ending up with different meanings, spellings, or pronunciations, just as with words with European etymologies. <P> Source: http://www.indif.com. Most Frequently Used Hindi Words. Common words used in Hindi: Learn Hindi with us. Let us teach the most common Hindi words that will help you during your visit to India or communicate with Hindi speaker. <P> For example, there are no words for “station” or “doctor” in Hindi (if there is one, I am not aware of it and have been speaking Hindi all my life). Some other commonly used English words include railway, hospital, train, cycle, motor, bus, cricket, karma, thug, guru, jungle, bungalow and so on. [NOTE: some of these English words originated in India.] If you are stuck on a Hindi word, then replace it with its English equivalent. Below are some common Hindi words, phrases and sentences widely used in India. Just pronounce the words the way they’re written. <P> 20) Namaste: “I bow to you”; a word used at the beginning and/or end of class which is most commonly translated as “the light within me bows to the light within you”; a common greeting in India and neighboring cultures; a salutation said with the hands in anjali mudra. 18) Mantra: a repeated sound, syllable, word or phrase; often used in chanting and meditation. 19) Mudra: a hand gesture; the most common mudras are anjali mudra (pressing palms together at the heart) and gyana mudra (with the index finger and thumb touching). <P> Search. The 500 Most Commonly Used Words in the English Language Based on the combined results of British English, American English and Australian English surveys of contemporary sources in English: newspapers, magazines, books, TV, radio and real life conversations-the language as it is written and spoken today.
|
Some of the commonly used English words in India are railway, hospital, train, cycle, motor, bus, cricket, karma, thug, guru, jungle, bungalow and so on.
|
how much would it cost to tint my car windows
|
<P> As you can see, car window tinting prices are not cheap-but there is an alternative! You can tint your own car at a fraction of the price using our pre cut window tint kits. Our kits come with the window tint pre cut to the exact measurements of your cars windows. <P> 1 It can cost $200-$800 or more for window tinting on a wagon, SUV, crossover or minivan, depending on the type of tint film, as well as the size and number of windows. <P> 1 Automotive window tinting can cost $50-$600 or more using standard, non-reflective tint film, and $100-$800 or more with high-performance ceramic, carbon, metallic, colored or other specialty tinting films, depending on the make, model and type of vehicle. <P> 1 In general for a normal film window, car tinting cost will be between $200 and $300. 2 At this price, you’ll most likely get driver side and passengers windows done, the rear window, and a stripe at the top of the windshield. <P> The cost for tinting your vehicle will vary depending on the year, make and model, as well as which region of the country you are in. In Florida, the average cost for a four door vehicle, with a high performance metalized window film, can range between $130-$180. <P> If you've come looking for car window tinting prices, then look no further. To get your car tinted at a tint shop, a standard hatchback like a VW Golf, will cost anywhere in the region of £200 - £300 to have the front and rear windows tinted. <P> 1 Pre-Cut Car Tint Kits will set you up with a solid and affordable car tint. 2 At $80 for a 4 door sedan and $60 for a 2 door coupe, you can get high quality Solargard HP film already cut to your car’s dimensions. 3 All it takes from there is a few hours at home and you can cut out the dealer and install it yourself. <P> 1 For example, tinting the windows of a passenger car typically costs $100-$600, depending on the type of tint film and the make and model of vehicle. <P> 1 Do-it-yourself window tinting can be done with rolls of tinting film (typically $10-$25 for a roll about 6' long) or a kit (about $25-$130) of film precut to fit the windows of the specific make and model of vehicle. <P> 1 CostHelper readers report paying $125-$300 for car window tinting, at an average cost of $194; and at A-1 Window Tinting in Frankfort, KY, it costs $120 for a two-door car and $135 for a four-door car.
|
Standard $50-$600 and high performance ceramic $100-$800.
|
how to calm my nerves
|
<P> How to calm your nerves (breathing remedy instructions). As most anxiety calming methods suggest, relax all your body muscles. Since the one of the key factors of anxiety and agitation is hyperventilation, focus on your current breathing pattern for several natural breaths. <P> CURE Your Nervousness. When you start to feel nervous about silly things, or you're nervous all the time, or the nervousness becomes too overwhelming, you may have an anxiety disorder. Find out how to control it with my free 7 minute anxiety test. Start the test here. <P> All you need to do to calm yourself down is to remember that everyone gets nervous from time to time and that you’re ultimately in control of your mind and body. If you have the right attitude, you’ll be able to get rid of those jitters in no time at all. <P> You know the feeling: you’re getting ready to give a speech in front of a class, going on a job interview, or meeting a blind date for the first time. You break into a sweat and feel like hyperventilating. We all hate letting our nerves get the best of us. Here are some ways to calm your nerves and regain your cool. <P> To practice belly breathing, sit comfortably and put one hand on your stomach and one on your chest. Breathe slowly and deeply so that the hand on your stomach rises, not the one on your chest. It takes practice, so try to find one or two minutes several times a day to belly breathe. <P> How to be calm all the time. If you want to learn how to be calm all the time, you should improve your brain-O2 content by slowing down your unconscious breathing based on chronic hyperventilation and getting up to about 40 s for the body-oxygen test. Warning. Calcium deficiency can make your nerves overexcited 24/7. <P> 1 If you feel that you are beyond calming your own nerves and the techniques above don't work, you may actually have an anxiety disorder or something similar that may need to be medically treated, so be sure to visit your doctor when you begin your regime to cut stress and incorporate relaxation into your life. <P> 3. Visit a counselor. If your nerves and stress are causing you anxiety or you are having trouble managing your feelings, try visiting with a counselor to talk about what’s bothering you. 1 Check with your health insurance to see what is covered by your health plan. <P> When you start to feel nervous about silly things, or you're nervous all the time, or the nervousness becomes too overwhelming, you may have an anxiety disorder. Find out how to control it with my free 7 minute anxiety test. Start the test here.
|
As most anxiety calming methods suggest, relax all your body muscles. Since the one of the key factors of anxiety and agitation is hyperventilation, focus on your current breathing pattern for several natural breaths.
|
what is bipolar mood disorder
|
<P> Bipolar disorder, also known as manic-depressive illness, is a brain disorder that causes unusual shifts in mood, energy, activity levels, and the ability to carry out day-to-day tasks. Symptoms of bipolar disorder are severe. They are different from the normal ups and downs that everyone goes through from time to time. Bipolar disorder symptoms can result in damaged relationships, poor job or school performance, and even suicide. <P> Bipolar disorder is a condition in which a person has periods of depression and periods of being extremely happy or being cross or irritable. In addition to these mood swings, the person also has extreme changes in activity and energy levels. A.D.A.M. In most people with bipolar disorder, there is no clear cause for the periods (episodes) of extreme happiness and high activity or energy (mania) or depression and low activity or energy (depression). The following may trigger a manic episode: <P> Bipolar disorder, formerly called manic depression, causes extreme mood swings that include emotional highs (mania or hypomania) and lows (depression). When you become depressed, you may feel sad or hopeless and lose interest or pleasure in most activities. <P> Bipolar disorder (also known as manic depression) is a treatable illness marked by extreme changes in mood, thought, energy and behavior. It is called bipolar disorder because a person's mood can alternate between the poles of mania (high, elevated mood) and depression (low, depressed mood). These changes in mood (mood swings) can last for hours, days, weeks or even months. These highs and lows are frequently seasonal. <P> Bipolar mood disorder is a form of depressive disorder that used to be called manic depressive illness.People with bipolar mood disorder experience extreme mood swings-from depression and sadness to elation and excitement. <P> Bipolar disorder is a mental illness marked by extreme shifts in mood ranging from a manic to a depressive state. Bipolar disorder is also called bipolar disease or manic depression. A person with mania will feel excited, impulsive, euphoric, and full of energy. He or she might engage in risky or unhealthy behavior. Drug use, spending sprees, and impulsive or unprotected sex are common during manic episodes. <P> bipolar disorder. Bipolar disorder, formerly known as manic depression, is a mood disorder that causes radical emotional changes and mood swings, from manic, restless highs to depressive, listless lows. Most bipolar individuals experience alternating episodes of mania and depression. A. Bipolar disorder is called this way because it is charecterized by two types of obvious mood disorders-depression on the one side, and mania, or hypomania (a manic state, or 'high'), on the other side. <P> About Mood Disorders. Marked by changes in mood, depression and bipolar disorder (also known as manic depression) are both highly treatable, medical illnesses. Unfortunately, many people don't get the help they need because of the misunderstanding surrounding the illnesses or the fear associated with stigma. It is called bipolar disorder because a person's mood can alternate between the poles of mania (high, elevated mood) and depression (low, depressed mood). These changes in mood (mood swings) can last for hours, days, weeks or even months. These highs and lows are frequently seasonal. <P> When you think of mood disorders, depression and bipolar disorder likely come to mind first. That's because these are common, severe illnesses and leading causes of disability. Depression and bipolar disorder can be emotionally crippling, making it difficult to live life to its fullest. What you may not know is that two milder versions of these mood disorders can also take a toll, and can go undiagnosed. These are called dysthymic disorder and cyclothymic disorder. <P> Bipolar disorder, also known as bipolar affective disorder and manic-depressive illness, is a mental disorder characterized by periods of elevated mood and periods of depression. The elevated mood is significant and is known as mania or hypomania depending on the severity or whether there is psychosis. It is divided into bipolar I disorder if there is at least one manic episode and bipolar II disorder if there are at least one hypomanic episode and one major depressive episode. In those with less severe symptoms of a prolonged duration the condition cyclothymic disorder may be present.
|
It is a form of depressive disorder that used to be called manic depressive illness.
|
starting salary for health information technician
|
<P> The median Medical Records Clerk Salary or Health Information Technician salary is $16.42 per hour. The lowest 10% earn $10.70 per hour and those in the upper 10% earn more than $27.02 per hour. On an annual basis the median Medical Records Clerk Health Information Technician Salary is $34,160. The lowest 10% earn a salary of $22,250 per year while the upper 10% earn more than $56,200 per year. These salaries are calculated as an average <P> $34,160. The median annual wage for health information technicians was $34,160 in May 2012. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $22,250, and the top 10 percent earned more than $56,20 <P> An average starting hourly wage for a health information technician in Canada is around C$ 14 per hour that gradually increases by up to C$ 27.1 overtime. The average total salary for a health information technician in Canada ranges from between C$ 36,643 – C$ 55,721 per annum. An average annual salary bonus of around $1,216 will be included in addition to Profit Sharing of about $1,965 per annum. The total annual salary ranges from between $20,856 – $40,479 per year. Based on percentiles, the median yearly salary for 90th percentile of health information technicians has been around $39,207. <P> Health information technician salary in USA. An average starting hourly wage for a health information technician in the United States ranges from between $9.90 – $17.52 per hour which gradually increases from $13.03 – $24.17 overtime. An average annual salary bonus of around $1,216 will be included in addition to Profit Sharing of about $1,965 per annum. The total annual salary ranges from between $20,856 – $40,479 per year. Based on percentiles, the median yearly salary for 90th percentile of health information technicians has been around $39,207. Similarly, about 75th percentile of them received $35,245, 25th percentile of them received $26,723 while 10th percentile received $22,928 per year <P> The top paying states to earn a Medical Records Clerk Salary or Health Information Technician Salary are New Jersey $55,130, District of Columbia $45,500, Hawaii $42,500, California $42,270, and Colorado $42,110. On an annual basis the median Medical Records Clerk Health Information Technician Salary is $34,160. The lowest 10% earn a salary of $22,250 per year while the upper 10% earn more than $56,200 per year. These salaries are calculated as an average <P> Registered Health Information Technician (RHIT) Salary. (United States). Women make up the vast majority of Registered Health Information Technicians in the United States. The average pay in this industry is approximately $15.30 per hour. Compensation ranges between $11.58 per hour and $21.28. Career length is the biggest factor affecting pay for this group, followed by geography. On average, Registered Health Information Technicians make $40K following one to two decades on the job. Old hands boasting more than twenty years of relevant experience report pay that is more or less commensurate with that extensive experience; average earnings for this group come out to approximately $45K. <P> Annually. On an annual basis the median Medical Records Clerk Health Information Technician Salary is $34,160. The lowest 10% earn a salary of $22,250 per year while the upper 10% earn more than $56,200 per year. These salaries are calculated as an average <P> $49,000. Average Health Information Management Technician salaries for job postings in Georgia are 14% higher than average Health Information Management Technician salaries for job postings nationwide.
|
Between $9.90 – $17.52 per hour
|
purpose of acceptable level of hazard
|
<P> By determining the level of risk associated with the hazard, the employer and the joint health and safety committee can decide whether a control program is required. It is important to remember that the assessment must take into account not only the current state of the workplace but any potential situations as well. The aim of the risk assessment process is to remove a hazard or reduce the level of its risk by adding precautions or control measures, as necessary. By doing so, you have created a safer and healthier workplace. <P> 2012 APEC Secretariat, Michigan State University and The World Bank Group. Hazard Evaluation Following identification of hazards and determination of acceptable levels, the next step in the hazard analysis is to determine which hazards are sufficiently significant that they must be addressed by the HACCP plan. Following identification of hazards and determination of. acceptable levels, the next step in the hazard analysis is to. determine which hazards are sufficiently significant that they. <P> • it substantially contributes to the elimination of a food safety hazard, or its reduction to an acceptable level; • without it, an unacceptable level of hazard is likely in the final product; and • loss of control results in a risk to human health (considering the intended use and customer). Criteria for CCP. determination must include at least the following: •. a control measure. , or measures, for the hazard at that step; and. • control at that step is essential to eliminate the hazard, or reduce it to an. acceptable level. . 5 The hazard database can assist with this determination. <P> Corrective action: Any action to be taken when the results of monitoring at the CCP indicate a loss of control. Critical Control Point (CCP): A step at which control can be applied and is essential to prevent or eliminate a food safety hazard or reduce it to an acceptable level. Critical limit: A criterion which separates acceptability from unacceptability. Deviation: Failure to meet a critical limit. The HACCP team should next conduct a hazard analysis to identify for the HACCP plan which hazards are of such a nature that their elimination or reduction to acceptable levels is essential to the production of a safe food. <P> occur and describe control measures. The purpose of the hazard analysis is to develop a list of hazards which are of such significance that. they are reasonably likely to cause injury or illness if not effectively controlled. Following identification of hazards and determination of. acceptable levels, the next step in the hazard analysis is to. determine which hazards are sufficiently significant that they. must be addressed by the HACCP plan. <P> Determine critical control points (CCPs) (Principle 2). A critical control point is defined as a step at which control can be applied and is essential to prevent or eliminate a food safety hazard or reduce it to an acceptable level. A thorough hazard analysis is the key to preparing an effective HACCP plan. If the hazard analysis is not done correctly and the hazards warranting control within the HACCP system are not identified, the plan will not be effective regardless of how well it is followed.
|
1. Identify all hazards caused by software and determine the level of concern. 2. Mitigate hazards. The preferred order of mitigations.
|
how much time do we spend using technology
|
<P> The average amount of time people spent watching TV each day-three hours and 52 minutes-was more than the combined time spent on mobile phones, landlines and the internet. But this is the first time daily TV viewing has dropped below four hours since 2010. <P> Communications regulator Ofcom said UK adults spend an average of eight hours and 41 minutes a day on media devices, compared with the average night's sleep of eight hours and 21 minutes. <P> And media use peaks at 9pm, driven by prime-time television. On average we spend 91 minutes a day listening to the radio, while around 80 minutes a day are spent on text messaging, social networking and emailing. In 2009 Britons sent 104billion texts, up from 27billion in 2004. <P> Many adults now spend more hours of the day using laptops and phones than they do asleep, a survey has revealed. People spend an average of 8 hours 21 minutes sleeping a day – but spend an average of 8 hours 41 minutes on media devices. <P> Communications regulator Ofcom said UK adults spend an average of eight hours and 41 minutes a day on media devices, compared with the average night's sleep of eight hours and 21 minutes. <P> 10 hours or more: 12%. Spend no time: 2%. We’re nearly at thirds here, making this an easy poll to talk about in terms of pie slices. About a third spend one to three hours, another third spend four to six, and the remaining third spend between seven and more than 10 hours a day viewing content on electronic devices. <P> View. comments. We now spend almost half our waking hours either online, on the phone, or watching television according to a survey. The average adult is awake for 15 hours and 45 minutes every day and 45 per cent of that time is spent using a proliferation of technology.
|
8 hours 41 minutes
|
what constitutes a valid contract
|
<P> A contract is a legally binding or valid agreement between two parties. The law will consider a contract to be valid if the agreement contains all of the following elements: 1 offer and acceptance; 2 an intention between the parties to create binding relations; 3 consideration to be paid for the promise made; 4 legal capacity of the parties to act; 5 genuine consent of the parties; and. <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. 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. <P> A contract is an agreement between two or more persons (individuals, businesses, organizations, or government agencies) to do, or to refrain from doing, a particular thing in exchange for something of value. Contracts can generally be written using formal or informal terms, or they can be entirely verbal. Contracts are considered valid the moment that the offer is accepted. For example, if you shake hands and agree to purchase someone’s old TV for $30, you have a valid contract. The contract is complete when you give them the money and they give you the TV. <P> The terms of the contract, meaning, the who, what, where, when, and how of the agreement, define the binding promises of each party to the contract. Contracts are considered valid the moment that the offer is accepted. For example, if you shake hands and agree to purchase someone’s old TV for $30, you have a valid contract. The contract is complete when you give them the money and they give you the TV. <P> It is important to know first what constitutes a contract and what constitutes an agreement. We will then study which agreements are contracts, their distinction different types of agreements and contracts. Essentials Elements of a Valid Contract: 1. Proposal and acceptance 2. <P> Offer and Acceptance. The most basic rule of contract law is that a legal contract exists when one party makes an offer and the other party accepts it. For most types of contracts, this can be done either orally or in writing. Let's say, for instance, you're shopping around for a print shop to produce brochures for your business. On the contrary, the agreements you'll want to put into a written contract are best expressed in simple, everyday English. Most contracts only need to contain two elements to be legally valid: 1 All parties must be in agreement (after an offer has been made by one party and accepted by the other). 2 Something of value must be exchanged -- such as cash, services, or goods (or a promise to exchange such an item) -- for something else of value <P> If the offer is accepted than it would constitutes to a legally valid contract. When an offer is being made, the other party or person would know what is being offer and what the person or party who made the offer expect to have in return. 1.1.1 Offer. The first element in a valid contract would be offer. An offer or a promise or an agreement needs to be in contract because if there is no offer than there will be no contract. In the Contracts Act, 1950, the first elements in a <P> Definition. An agreement creating obligations enforceable by law. The basic elements of a contract are mutual assent, consideration, capacity, and legality. In some states, the element of consideration can be satisfied by a valid substitute
|
1 offer and acceptance; 2 an intention between the parties to create binding relations; 3 consideration to be paid for the promise made;4 legal capacity of the parties to act; 5 genuine consent of the parties.
|
what drills are done at a quarterback camp
|
<P> Feet Parallel Drill (20 passes). Purpose is to warm up the arm, and at the same time teach concentration on target and passing technique. Pair off about 12 yards apart directly in line with each other. Increase the distance as you warm up. Dont exceed 20 yards and do not take a step with your foot. One Knee Drill (20 passes). Put your knee on the throwing side down. Place the ball on the ground, grip it with just the throwing hand, lift it up with one hand, cock it high with two hands, and throw it to partner. Exaggerate your follow through as if to pick up grass. Use the arm only and lead with elbow. <P> Many times, football camps that focus on general skills do not delivery the focus young quarterbacks need. This is why a special division of football camps called quarterback camps was created. These quarterback camps are very popular with QB’s nowadays and should be considered if you plan to play at the varsity level. He wanted to fix this for future quarterbacks by creating football academies that would give players new light. Quarterback Academy camps offer over twenty years of position specific teaching experience and Darin Slack as been the head of Quarterback Academy from the start. <P> The majority of drills taught by coaches at public schools simply aren’t enough to help a promising QB unleash his full potential. In fact, many school teams don’t offer separate instruction for quarterbacks at all. They just lump it all in with the regular team practice that all the other players take part in. Learning effective quarterback drills is a crucial component of any QB’s practice regimen. Regardless of the player’s age, ability or long terms plans for the sport, the right drills can result in vast improvements on the field. <P> Two Knee Drill (20 passes). The purpose of this drill is to warm up the arm and, at the same time, teach concentration on target and ball release. Pair off about ten yards apart directly in line with each another, kneeling on both knees. Receiver will hold both hands up, giving the QB a target to throw to. One Knee Drill (20 passes). Put your knee on the throwing side down. Place the ball on the ground, grip it with just the throwing hand, lift it up with one hand, cock it high with two hands, and throw it to partner. Exaggerate your follow through as if to pick up grass. Use the arm only and lead with elbow. <P> 1 Quarterbacks & receivers only First and foremost, you’ll want to make sure the camp is designed only for QBs (with the option of bringing their own receivers). 2 These highly specialized training programs enable players to practice the most effective quarterback drills, many of which are used in the NFL. Learning effective quarterback drills is a crucial component of any QB’s practice regimen. Regardless of the player’s age, ability or long terms plans for the sport, the right drills can result in vast improvements on the field. <P> These are some great drills from former NFL QB Todd Kreuger to help quarterbacks improve mobility, ball security, and their response to various situations that come up in the course of a game. Globetrotter. This is an excellent drill for ball security. 3/5 Step drop and wave drill. Two quarterbacks start (one with a ball) facing each other 15 yards apart. The coach stands about seven yards from the quarterback with the ball. Quarterback with the ball faces the coach in an under center position. <P> If you are looking for a Quarterback Academy that has the experience and proven reputation for creating top QBs you found it at QBE. If your son wants to learn How To Play Quarterback and truly want to become his very best as a player and a leader you have found the right program at QB Elite. DVDS, Camps. If you want Pro football drills you will get them at QBE. Our quarterback training is elite, the proof is in the quality of players that come out of the program at all ages. Now your son can learn How To Throw a Football like a pro! <P> 1 Look for camps that provide comprehensive training and workouts designed for every aspect of the QB position. 2 Besides just throwing techniques, quarterbacks should be focusing on footwork, hip movements, timing, endurance-building drills and developing chemistry with their receivers. 1 Look for a highly specialized training program that allows players to learn and practice quarterback workouts and drills that are used by top colleges and the NFL. 2 Workouts for arms, legs and more Avoid programs that focus exclusively on hitting targets with a football. <P> Our schedules for the wide receiver and quarterback football camps can be found on the camps page of the site. If you want Pro football drills you will get them at QBE. Our quarterback training is elite, the proof is in the quality of players that come out of the program at all ages. Now your son can learn How To Throw a Football like a pro! <P> To set up a camp in your area, simply contact us and we will coordinate visiting your area. QBE has studied and learned from the highest level of QB coaches in the world and offer elite quarterback training drills for our students. If you want Pro football drills you will get them at QBE. Our quarterback training is elite, the proof is in the quality of players that come out of the program at all ages. Now your son can learn How To Throw a Football like a pro!
|
Two Knee Drill
|
name two good food sources of potassium
|
<P> Foods that contain at least 350 mg potassium can be labeled “Diets containing foods that are good sources of potassium and low in sodium may reduce the risk of high blood pressure and stroke.”. 1 For preventing low levels of potassium: 20 mEq is typically taken daily. 1 Potassium from dietary sources seems to decrease the risk of stroke. 2 There is some evidence that foods providing at least 350 mg of potassium per serving and that are low in sodium, saturated fat, and cholesterol might help reduce the risk stroke. <P> All of the following foods have potassium values per 1 cup serving greater than 400 milligrams, and many approach 700 milligrams. Root vegetables including potatoes, beets, parsnips, turnips, and rutabagas are the highest in potassium, and are delicious in roasts: a single baked potato with skin has 700 milligrams. Bananas and avocados are good also but bananas give me lots of gas. Love avocados too but lots of calories. Right now am combining all of the above (calcium supplement, K+ supplement, 8 oz of tonic water daily, and the food items fairly often). <P> Potassium should come from food sources. Fruits and vegetables, which are rich in potassium with its bicarbonate precursors, favorably affect acid-base metabolism, which may reduce risk of kidney stones and bone loss. 1 Choose and prepare foods with little salt. 2 At the same time, consume potassium-rich foods, such as fruits and vegetables. 3 Individuals with hypertension, blacks, and middle-aged and older adults. 4 Aim to consume no more than 1,500 mg of sodium per day, and meet the potassium recommendation (4,700 mg/day) with food. <P> Basic Description. Potassium is a mineral found in varying amounts in almost all foods. Vegetables, especially green leafy varieties, are generally our richest sources of potassium. We list three excellent sources of potassium, 16 as very good sources, and 39 as good sources by our Nutrient Rating System. Probably the first food that comes to mind when thinking about potassium is the banana. This is not wrong—by our Rating System, bananas are a good source of potassium. But there are 32 foods on our Rating Chart with more potassium per calorie than the banana. Speaking more generally, the most potassium-rich food sources of potassium are fruits and vegetables. Some legumes, fish, and dairy products can also make important contributions to our daily potassium intake; yet, because these foods have more calories, they are not as highly rated by our Nutrient Richness <P> Bananas. If you’ve heard about any potassium-rich foods, you probably know that bananas are a good source, containing more than 400 mg of potassium each. Bananas make a healthy high-energy snack – more beneficial to athletes than sports drinks, according to at least one study. Aside from energy and potassium, bananas are also a good source of fiber and vitamins B6 and C. For other high-potassium fresh fruits, enjoy cantaloupe, kiwi, oranges, and strawberries. 1 Getty Images Avocado If avocado isn’t a staple in your house yet, you should probably start adding it to your grocery list. <P> 15 Foods That Are High In Potassium. Eating more of these potassium-rich foods can lower your risk of high blood pressure, stroke, and heart disease. <P> Squash is a good source of potassium. Beans are a good source of potassium. Avocado is high in potassium. Kiwis are packed with potassium, an essential mineral that helps the body maintain proper levels of hydration and electrolytes. Yogurt is high in calcium and potassium. Bananas and avocados are good also but bananas give me lots of gas. Love avocados too but lots of calories. Right now am combining all of the above (calcium supplement, K+ supplement, 8 oz of tonic water daily, and the food items fairly often). <P> Potassium is a mineral that plays many critical roles in the body. Food sources of potassium include fruits (especially dried fruits), cereals, beans, milk, and vegetables. Potassium is used for treating and preventing low potassium levels. It is also used to treat high blood pressure and prevent stroke. 1 Potassium from dietary sources seems to decrease the risk of stroke. 2 There is some evidence that foods providing at least 350 mg of potassium per serving and that are low in sodium, saturated fat, and cholesterol might help reduce the risk stroke. <P> Bananas and avocados are, ounce for ounce, the richest sources of potassium. One banana contains about 467 milligrams (mg) of potassium, and both Florida and California avocados contain over 1,000 mg of potassium. Although avocados are highly caloric because of their high fat content, they are rich in monounsaturated fats, the kind of fat that's good for you.
|
Bananas and avocados.
|
Definition for chappo
|
<P> What does el chapo mean in Spanish? There's no direct equivalent translation but in the local slang of Culiacan, El Chapo refers to a short, strong-stocky, endomorphic body-type. <P> chapo. Chapo:a hat,usually described with this word by rich girls mothers,often times used to desribed the mental bond between me and shaina. Nice chapos,very stylish!Would you like some caviar. <P> Link to this slang definition. To link to this term in a web page or blog, insert the following. To link to this term in a wiki such as Wikipedia, insert the following. Some wikis use a different format for links, so be sure to check the documentation. <P> It likely comes from the slang Chaparro or Chaparrito (male), Chaparra or Chaparrito (female) meaning short person (or a euphemism for sweetie.) Culiacan culiacán is the, city capital Of (sinaloa a state in-north Western). mexico <P> Find out more at Forbes. There's no direct equivalent translation but in the local slang of Culiacan, El Chapo refers to a short, strong-stocky, endomorphic body-type. It likely comes from the slang Chaparro or Chaparrito (male), Chaparra or Chaparrito (female) meaning short person (or a euphemism for sweetie.). <P> Guzman guzmán was captured in 1993 In, guatemala extradited and sentenced to 20 years in prison In mexico for murder and drug. Trafficking after bribing prison, guards he was able to escape from a federal-maximum security prison in. 2001 he was wanted by the governments Of mexico and The United, states and BY. interpol
|
Rich girls mother.
|
what is laetrile
|
<P> Laetrile, or laevomandelonitrile, is a trade name used for a synthetic form of amygdalin, a cyanogen compound found in the seeds of stone fruits of the Prunus genus (particularly apricots) that has been sold as a cancer cure for many years by quacks. <P> Overview. 1 Laetrile is another name for a chemical called amygdalin. 2 Amygdalin is found in the pits of many fruits, raw nuts, and plants (see Question 1). 3 It is believed that the active anticancer ingredient in laetrile is cyanide (see Question 1). This PDQ cancer information summary has current information about the use of laetrile/amygdalin in the treatment of people with cancer. It is meant to inform and help patients, families, and caregivers. <P> Definition of LAETRILE. : a drug derived especially from apricot pits that contains amygdalin and has been used in the treatment of cancer although of unproved effectiveness. ADVERTISEMENT. lae vorotary (levorotary) + ni trile. First Known Use: 1953. : a drug that is derived especially from pits of the apricot (Prunus armeniaca of the rose family), that contains amygdalin, and that <P> The claims that laetrile or amygdalin have beneficial effects for cancer patients are not currently supported by sound clinical data. There is a considerable risk of serious adverse effects from cyanide poisoning after laetrile or amygdalin, especially after oral ingestion. Laetrile (patented 1961) is a simpler semisynthetic version of amygdalin. It is synthesized from amygdalin by hydrolysis. The usual commercial source is from apricot kernels (Prunus armeniaca). A 500 mg laetrile tablet may contain between 5-51 mg of hydrogen cyanide per gram. <P> There is no scientific evidence to support claims that laetrile or amygdalin can treat cancer or any other illness. Despite this it has been promoted as an alternative cancer treatment. Alternative treatment means that people use it instead of conventional cancer treatments such as cancer drugs or radiotherapy. Amygdalin is a plant substance found naturally in raw nuts and the pips of many fruits, particularly apricot pips, or kernels. It is also present in plants such as lima beans, clover and sorghum. Some people call laetrile vitamin B17, although it isn’t a vitamin. <P> Amygdalin (Laetrile) is a toxic drug that is not effective as a cancer treatment. Additionally, No controlled clinical trials (trials that compare groups of patients who receive the new treatment to groups who do not) of laetrile have been reported.. Laetrile (patented 1961) is a simpler semisynthetic version of amygdalin. It is synthesized from amygdalin by hydrolysis. The usual commercial source is from apricot kernels (Prunus armeniaca). A 500 mg laetrile tablet may contain between 5-51 mg of hydrogen cyanide per gram. <P> What laetrile is. Laetrile is a partly man made (synthetic) form of the natural substance amygdalin. Amygdalin is a plant substance found naturally in raw nuts and the pips of many fruits, particularly apricot pips, or kernels. It is also present in plants such as lima beans, clover and sorghum. Some people call laetrile vitamin B17, although it isn’t a vitamin. <P> 1 Laetrile is another name for a chemical called amygdalin. 2 Amygdalin is found in the pits of many fruits, raw nuts, and plants (see Question 1). 3 It is believed that the active anticancer ingredient in laetrile is cyanide (see Question 1). This PDQ cancer information summary has current information about the use of laetrile/amygdalin in the treatment of people with cancer. It is meant to inform and help patients, families, and caregivers. <P> See also Szent-Gyorgi (1957,1976). Laetrile (amygdalin) therapy is a form of therapy which uses as a part of metabolic cancer therapy, the cyanogenic glycoside amygdalin, or one of its by-products, together with a broad-based nutritional program for use in the control of cancer.
|
Laetrile, or laevomandelonitrile, is a trade name used for a synthetic form of amygdalin, a cyanogen compound found in the seeds of stone fruits of the Prunus genus (particularly apricots) that has been sold as a cancer cure for many years by quacks.
|
what are chromosome disorders caused by
|
<P> Chromosome abnormalities usually happen as a result of an error in cell division. Meiosis is the name used to describe the cell division that the egg and sperm undergo when they are developing. Normally, meiosis causes a halving of chromosome material, so that each parent gives 23 chromosomes to a pregnancy. <P> (October 2008). A genetic disorder is a genetic problem caused by one or more abnormalities in the genome, especially a condition that is present from birth (congenital). Most genetic disorders are quite rare and affect one person in every several thousands or millions. Genetic disorders may or may not be heritable, i.e., passed down from the parents' genes. In non-heritable genetic disorders, defects may be caused by new mutations or changes to the DNA. In such cases, the defect will only be heritable if it occurs in the germ line <P> Down syndrome is the most common and well-known chromosome defect, but there are many. Types of chromosome diseases: There are several common types of chromosome errors that cause disease. The effects of errors in the sex chromosomes (X and Y) differ greatly from errors in the autosomes (chromosomes 1..22). 1 For example, Translocation Down Syndrome is a subtype of Down Syndrome caused by translocation of a large sequence of a chromosome. 2 Subtraction disorders: The process of translocation can also cause large sequences of DNA to be lost from chromosomes. 3 This creates diseases similar to monosomy conditions. <P> X-linked dominant disorders are caused by mutations in genes on the X chromosome. Only a few disorders have this inheritance pattern, with a prime example being X-linked hypophosphatemic rickets. Males and females are both affected in these disorders, with males typically being more severely affected than females. Most genetic disorders are quite rare and affect one person in every several thousands or millions. Genetic disorders may or may not be heritable, i.e., passed down from the parents' genes. In non-heritable genetic disorders, defects may be caused by new mutations or changes to the DNA. <P> These changes do not affect the structure of the chromosomes and thus cannot be seen on karyotype analysis. More specific genetic testing is required. Some mutations in a gene cause few or only mild problems. Other mutations cause serious disorders such as sickle cell anemia, cystic fibrosis, and muscular dystrophy. Increasingly, medical scientists are finding specific genetic causes of children's diseases. It remains unclear how most genetic abnormalities occur. <P> The different types of human chromosome disorders that are caused by a change in the number of chromosomes include Down syndrome, Patau syndrome, Edward's syndrome, Klinefelter syndrome and Turner's syndrome. During a deletion, a part of the chromosome is lost, causing a loss of the genes on that portion of the chromosome. Cri du chat, which means cry of the cat, is a chromosome disorder that is caused by the deletion of part of chromosome 5. <P> In males (who have only one X chromosome), one altered copy of the gene in each cell is sufficient to cause the condition. In females (who have two X chromosomes), a mutation would have to occur in both copies of the gene to cause the disorder. <P> Autosomal Trisomy Chromosome Diseases. The 22 non-sex autosome chromosomes (autosomes) can also exhibit disorders, of which the most common is trisomy (having 3 copies rather than a pair). Because these are disorders of the autosomes and not the sex chromosomes, these disorders can occur with males or females. 1 For example, Translocation Down Syndrome is a subtype of Down Syndrome caused by translocation of a large sequence of a chromosome. 2 Subtraction disorders: The process of translocation can also cause large sequences of DNA to be lost from chromosomes. 3 This creates diseases similar to monosomy conditions. <P> Each of these mutations can cause a variety of different diseases and conditions. Read on to learn what these mutations are and what disorders they can cause. slide 1 of 8. The causes of chromosomes mutation occur when there is any change in the arrangement or structure of the chromosomes. These mutations occur most often during meiosis during the stage when crossing over occurs. There are several different mutation types that result in chromosomal structure change <P> Rarer types of chromosome diseases: There are also some other rarer types of chromosome conditions that may lead to diseases: 1 Translocation disorders: Partial errors in chromosomes can occur, where a person still only has a pair, but accidentally has entire sequences misplaced. 1 For example, Translocation Down Syndrome is a subtype of Down Syndrome caused by translocation of a large sequence of a chromosome. 2 Subtraction disorders: The process of translocation can also cause large sequences of DNA to be lost from chromosomes. 3 This creates diseases similar to monosomy conditions.
|
A change in the number of chromosomes include Down syndrome, Patau syndrome, Edward's syndrome, Klinefelter syndrome and Turner's syndrome.
|
what is estrus cycle
|
<P> Estrus Cycles in Dogs. Estrus is the stage of the reproductive cycle in which the dog can become pregnant. ... a bloody vaginal discharge will be the first thing that a pet owner will observe when their dog comes into heat. <P> Stages. The estrous cycle can be divided into four stages: proestrus, estrus, metestrus, and diestrus. During proestrus the CL regresses (progesterone declines) and a preovulatory follicle undergoes its final growth phase (estradiol increases). <P> Definition of ESTRUS. : a regularly recurrent state of sexual excitability during which the female of most mammals will accept the male and is capable of conceiving: heat; also: a single occurrence of this state. See estrus defined for kids. <P> Therefore,during the anestrous period heifers or cows cannot becomepregnant. Standing Estrus and Ovulation Standing estrus, also referred to as standing heat, is the most visualsign of each estrous cycle. It is the period of time when a female is sex-ually receptive. <P> During the estrus or heat stage of her estrus cycle, her urine contains pheromones and hormones, both of which signal her reproductive state to other dogs. This is the reason that dogs in heat will attract other dogs, particularly males. <P> Dogs will have their first estrus cycle when they reach puberty. Estrus is the stage of the reproductive cycle in which the dog can become pregnant; sometimes a dog that is in estrus is said to be in heat or in season. On average, puberty or sexual maturity is reached at about 6 months of age, but this can vary by breed. <P> Estrus is defined as the period where a female (in this case, a cow or heifer) is receptive to a male (or, the bull). Estrous, on the other hand, is the whole reproductive heat cycle that a female goes through, from heat period to no heat period (Proestrus, Estrus, Metestrus, and Diestrus). <P> The series of bodily changes that occur in the female of most mammals from one period of estrus to another. The estrous cycle usually takes place during a specific period known as the breeding season, which ensures that the young are born at a time when the chance of survival is greatest.
|
Estrus is defined as the period where a female (in this case, a cow or heifer) is receptive to a male (or, the bull).
|
cost of college to become a oral surgeon
|
<P> Public four year colleges charge in-state residents an average of $7,605 and out of state residents $11,990, according to College Board. Some aspiring surgeons choose to attend a less-expensive school as an undergraduate to reduce the total cost of becoming a surgeon. The first step that’s required for becoming a surgeon is to obtain an undergraduate degree and take the Medical College Admissions Test. The cost of obtaining an undergraduate degree on the way to becoming a surgeon depends on whether a student is attending a private or public school. According to the American Association of Medical Colleges, in 2010 private nonprofit four-year colleges charged an average of $27,293 per year in tuiti <P> Before you can become an oral surgeon, you must first attend dental school. Dental school applicants usually have a bachelor's degree, although specific requirements vary by school. As an undergrad, you can improve your chances of admission to dental school by majoring in a science discipline. Applying to Dental School. After about two years of undergraduate work, take the Dental Admissions Test, a computer-based exam covering academic and science skills. The American Dental Association recommends completing a minimum of one year of college biology and general and organic chemistry before taking the test. <P> Medical school is not training in a specific field (such as anesthesia). It gives you a general medical degree. A year of tuition in medical school (which is 4 years lon … g) can vary from $15,000 to $70,000 depending on residency status and school. Training in anesthesiology is through a residency in which you are paid (usually $35,000 to $50,000) for a certain number of years. You don't become a surgeon by going to medical school, but you do get an MD or DO. You have to complete a general surgery residency in order to become a surgeon. The 4 years of medical school are expensive. <P> The second step required for becoming a surgeon is to apply to and complete four years of medical school. The cost of attending medical school at a public medical school is much lower than going to a private medical school. The first step that’s required for becoming a surgeon is to obtain an undergraduate degree and take the Medical College Admissions Test. The cost of obtaining an undergraduate degree on the way to becoming a surgeon depends on whether a student is attending a private or public school. According to the American Association of Medical Colleges, in 2010 private nonprofit four-year colleges charged an average of $27,293 per year in tuition <P> Physicians and surgeons have demanding education and training requirements. Almost all physicians complete at least 4 years of undergraduate school, 4 years of medical school, and, depending on their specialty, 3 to 8 years in internship and residency programs. <P> The cost to become a surgeon is high and the majority of medical school students need to take out large student loans. The only costs associated with becoming a surgeon are from undergraduate education and medical school. The first step that’s required for becoming a surgeon is to obtain an undergraduate degree and take the Medical College Admissions Test. The cost of obtaining an undergraduate degree on the way to becoming a surgeon depends on whether a student is attending a private or public school. According to the American Association of Medical Colleges, in 2010 private nonprofit four-year colleges charged an average of $27,293 per year in tuition <P> As with all careers in healthcare, there are pros and cons to becoming an oral and maxillofacial surgeon. The amount of time it takes to train to become an oral surgeon is lengthy. Four years of undergrad work, four years of dental school and four to six years of residency is a long time. Some people may see this as a negative. The cost of schooling for that long also needs to be taken into consideration when choosing a career path. <P> Becoming a surgeon is a lengthy process generally requiring four years of undergraduate school, four years of medical school and 3-10 years of residency and fellowship training. Surgeons also continue the education process throughout their careers in order to maintain licensure and stay informed of medical advances. <P> For example, after dental school, you can apply for a surgical residency approved by the American Dental Association’s Commission of Dental Accreditation. The surgical residencies for oral and maxillofacial surgeons are usually four to six years. Four years of undergrad work, four years of dental school and four to six years of residency is a long time. Some people may see this as a negative. The cost of schooling for that long also needs to be taken into consideration when choosing a career path.
|
For in-state residents an average of $7,605 and out of state residents $11,990.
|
what does nerve impulse mean in biology
|
<P> 1 An action potential is initiated by receptor cells that cause sodium channels to open. 2 An action potential can only occur if the depolarisation of the membrane reaches the threshold point. 3 This is the all or nothing law. Repolarisation. At a certain point, the depolarisation of the membrane causes the sodium channels to close. As a result the potassium channels open for 0.5ms, causing potassium ions to rush out, making the inside more negative again. <P> 16. An action potential, which is the nerve impulse, occurs when a threshold is reached. Upon stimulation, the sodium gates open, Na+ flows into the axon, and the action potential swings up from -65mV to +40 mV. During depolarization the inside of the fiber becomes positive as Na+ enters. 1. The axon of a neuron conducts nerve impulses away from the cell body. Neurons that conduct messages from a sense organ to the central nervous system are called sensory, or afferent neurons. Those neurons that conduct an impulse from the CNS to a muscle or gland are called. motor, or efferent, neurons. <P> (2) The relaying of a coded signal that travels along a nerve cell membrane to an effector, such as muscle, gland or another nerve cell. Supplement. A nerve impulse is the relaying of a coded signal from a nerve cell to an effector (a muscle cell, a gland cell or another nerve cell) in response to a stimulus. It is the means by which a nerve cell communicates with another cell. For instance, in neuromuscular junction, the nerve impulse moves along the axon of a nerve cell to instruct a muscle cell to contract. Word origin: nerve + impulse. See also: action potential. Please contribute to this project, if you have more information about this term feel free to edit this page. <P> Neurons can respond to stimuli and conduct impulses because a membrane potential is established across the cell membrane. In other words, there is an unequal distribution of ions (charged atoms) on the two sides of a nerve cell membrane. The human nervous system consists of billions of nerve cells (or neurons)plus supporting (neuroglial) cells. Neurons are able to respond to stimuli (such as touch, sound, light, and so on), conduct impulses, and communicate with each other (and with other types of cells like muscle cells). <P> The membrane is responsible for the different events that occur in a neurone. All animal cell membranes contain a protein pump called the sodium-potassium pump (Na+K+ATPase). This uses the energy from ATP splitting to simultaneously pump 3 sodium ions out of the cell and 2 potassium ions in. Repolarisation. At a certain point, the depolarisation of the membrane causes the sodium channels to close. As a result the potassium channels open for 0.5ms, causing potassium ions to rush out, making the inside more negative again. <P> An action potential, which is the nerve impulse, occurs when a threshold is reached. Upon stimulation, the sodium gates open, Na+ flows into the axon, and the action potential swings up from -65mV to +40 mV. 1. The axon of a neuron conducts nerve impulses away from the cell body. Neurons that conduct messages from a sense organ to the central nervous system are called sensory, or afferent neurons. Those neurons that conduct an impulse from the CNS to a muscle or gland are called. motor, or efferent, neurons. <P> AKA: nerve impulse. The signal that travels along the length of a nerve fiber and ends in the release of neurotransmitters. Nerve impulses are the means by which information is transmitted along the neuron and throughout the nervous system. A B C D E F G H I J K L M N O P Q R S T U V W X Y Z. <P> The stimulus triggers an action potential in the cell membrane of the nerve cell, and that action potential provides the stimulus for a neighboring segment of the cell membrane. Many nerve cells are of the basic type illustrated above. Some kind of stimulus triggers an electric discharge of the cell which is analogous to the discharge of a capacitor. <P> Impulse conduction-an impulse is simply the movement of action potentials along a nerve cell. Action potentials are localized (only affect a small area of nerve cell membrane). So, when one occurs, only a small area of membrane depolarizes (or 'reverses' potential). The human nervous system consists of billions of nerve cells (or neurons)plus supporting (neuroglial) cells. Neurons are able to respond to stimuli (such as touch, sound, light, and so on), conduct impulses, and communicate with each other (and with other types of cells like muscle cells).
|
A nerve impulse is the relaying of a coded signal from a nerve cell to an effector (a muscle cell, a gland cell or another nerve cell) in response to a stimulus.
|
what are the different ways i can access and use software
|
<P> This method is a convenient way to manage access to a database. You can save a database to any SharePoint document library. This lets you integrate the management of Access database files with the rest of your documents and business information. Open the database that you want to share. Click the File tab, and then click Share. Under Save Database As, in the Advanced section, click SharePoint. In the Save to SharePoint dialog box, browse to the document library that you want to use. <P> You would need Access installed on your computer to use client Access objects, but all database objects on SharePoint are shared. Note When you have Access installed in your computer, you can use the client objects from a Web database otherwise you can only use the Web database objects. Access Services provides a platform for you to create databases that you can use on the Web. Share a database by using a server. You can use Access with a database server product such as SQL Server to share your database. This method offers you many benefits, but does require additional software — a database server product. <P> Overview. An Access database is made up of objects, such as tables, queries, and forms. Tables store data. Every other kind of database object helps you use the data that is stored in tables. When you want to share a database, you usually want to share the tables, because they contain your data. Open the database that you want to share. Click the File tab, and then click Share. Under Save Database As, in the Advanced section, click SharePoint. In the Save to SharePoint dialog box, browse to the document library that you want to use. <P> Basic steps to use Access with a database server. The exact steps required to use Access with a database server depend on the database server product that you use, but the basic steps are the same: Move data from the tables in an Access database to tables on the database server. Open the database that you want to share. Click the File tab, and then click Share. Under Save Database As, in the Advanced section, click SharePoint. In the Save to SharePoint dialog box, browse to the document library that you want to use. <P> Introduced with Access 2010 was the ability for you to use Access to build web applications, which are applications that can run in a browser. Access’s web capabilities have been greatly enhanced in Access 2013. Chapter 20, “Working with Web Databases,” cover the intricacies of designing and building a web database. Access offers a variety of features for different database needs. You can use it to develop five general types of applications: 1 Personal applications. 2 Small-business applications. 3 Departmental applications. 4 Corporation-wide applications. 5 Front-end applications for enterprisewide client/server databases. 6 Web applications <P> Just noticed all these courses I have. Is there a patch or program or another way to be able to use these programs (Links 386 or Links LS) or at least be able to use the courses? I had read that Access software was sold a couple of times and finally by Microsoft. Any help would be appreciated. <P> Access Services provides a platform for you to create databases that you can use on the Web. You design and publish a web database by using Access 2010 and SharePoint, and people use the web database in a Web browser. Open the database that you want to share. Click the File tab, and then click Share. Under Save Database As, in the Advanced section, click SharePoint. In the Save to SharePoint dialog box, browse to the document library that you want to use. <P> Click the File tab and Select “New”. The database is what will contain all of your data in its various forms. You can choose to create a blank database, a blank web database, or pick from a variety of templates. 1 A blank database is a standard Access database, and is good for local use. 2 Creating a blank database will create one table as well. 1. Click the Create tab and select Query Design. You can use queries to pull specific data from existing tables and create a new table with this data. This is especially useful if you want to share specific parts of your database, or create specific forms for subsets of your database.
|
Access software was sold a couple of times and finally by Microsoft and Access with a database server product such as SQL Server to share your database. This method offers you many benefits, but does require additional software — a database server product.
|
how much does ankle surgery cost
|
<P> Bunion surgery costs average $3,000 to $4,700, depending on the complexity of the procedure and where the patient lives. The average cost of bunion surgery nationwide is $3,263. <P> 1 The main factor is the complexity of the ankle injury. 2 Other factors include the type of surgery you will have, the doctor who performs it, and the location of the hospital. 3 Even with these factors, the average cost of the procedure is around $15,500 to $30,000 without any sort of health insurance. <P> 1 According to SurgeryOverseas.com, the price of ankle replacement surgery in the US can cost around $23,000 (excluding surgeon fee and other hospital payments). 2 However, other countries have relatively cheaper prices. 3 In the UK alone, the surgery can cost £11,000; that is, more or less 15,000 only. <P> 1 Non-surgical treatment of a sprain that involves wrapping the ankle costs about $128, while application of a short leg cast costs about $238, not including the doctor fee, according to Saint Elizabeth Regional Medical Center in Lincoln, Nebraska. <P> 1 The average cost of an ankle replacement can be around $20,000 to as much as $40,000 or more. 2 This price is what a patient usually pays without health insurance. 3 As long as the surgery is deemed medically necessary, the ankle replacement surgery should be covered by your health insurance provider. <P> 1 Other factors include the type of surgery you will have, the doctor who performs it, and the location of the hospital. 2 Even with these factors, the average cost of the procedure is around $15,500 to $30,000 without any sort of health insurance. <P> 1 For example, surgery for a fractured ankle costs between $9,719 and $17,634, not including the doctor fee, according to a cost calculator from Saint Elizabeth Regional Medical Center in Lincoln, Nebraska. <P> 1 In the UK alone, the surgery can cost £11,000; that is, more or less 15,000 only. 2 In Mexico, ankle joint replacement costs about $12,500. 3 In addition, the price will be lessened up to $7,000 when the procedure is done in Costa Rica, Colombia, and Argentina. <P> 1 Without health insurance, diagnosis and non-surgical treatment for a sprained or broken ankle typically costs less than $500 for a mild to moderate sprain and up to $2,500 or more for a fracture requiring a cast.
|
Surgery for a fractured ankle costs between $9,719 and $17,634.
|
what is efferent pathways
|
<P> - The Efferent (motor) nervous system consists of all the nerve pathways carrying signals OUT of the brain and/or spinal cord. - The Afferent (sensory) nervous system is all of the nerve pathways carrying signals TO the brain and/or spinal cord. <P> (April 2014). In the peripheral nervous system, an afferent nerve fiber is the nerve fiber (axon) of an afferent neuron (sensory neuron). It is a long process (projection) extending far from the nerve cell body that carries nerve impulses from sensory receptors or sense organs toward the central nervous system. The opposite direction of neural activity is efferent conduction. In the nervous system there is a closed loop system of sensation, decision, and reactions. This process is carried out through the activity of afferent neurons (sensory neurons), interneurons, and efferent neurons (motor neurons). Afferent neurons' somas are located in the ganglia of the peripheral nervous system, and the axons of these cells travel from ganglion to ganglion and lead back to the spinal cord. The majority of these are unipolar neurons in that they have a single axon leaving the cell body and is sent towards the sensory organ. <P> Report Abuse. Afferent pathways send information to your central nervous system (CNS), or peripheral nervous system (PNS). Efferent pathways send signals from those two locations to your muscles. Taste, sight, hearing, etc. are all afferent pathways. A reflex arc, or simply reflex, is then caused by an afferent pathway signaling to the PNS (Spinal cord), which then immediately signals muscles to react <P> Efferent Pathways: Nerve structures through which impulses are conducted from a nerve center toward a peripheral site. Such impulses are conducted via efferent neurons (NEURONS, EFFERENT), such as MOTOR NEURONS, autonomic neurons, and hypophyseal neurons. Source: MeSH 2007. <P> Noun. 1. efferent nerve-a nerve that conveys impulses toward or to muscles or glands. efferent, motor nerve. anterior horn, anterior root, ventral horn, ventral root-one of two the two roots of a spinal nerve that passes ventrally from the spinal cord and that consists of motor fibers. <P> The mechanism of the reflex arc. In the nervous system, efferent nerves – otherwise known as motor or effector neurons – carry nerve impulses away from the central nervous system to effectors such as muscles or glands (and also the ciliated cells of the inner ear). The term can also be used to describe relative connections between nervous structures. The opposite activity of direction or flow is afferent. The motor nerves are efferent nerves involved in muscular control. The cell body of the efferent neuron is found in the central nervous system where it is connected to a single, long axon and several short dendrites projecting out of the cell body itself. <P> a sensory pathway that conducts impulses from a sense organ toward the brain or spinal cord or from one brain region to another. AFFERENT PATHWAY: Afferent pathways move urges and messages to and from different areas inside the central nervous system.. No related posts. <P> depressor nerve. 1. a nerve that lessens the activity of an organ. 2. an afferent nerve whose stimulation causes a fall in blood pressure. efferent nerve any nerve that carries impulses from the central nervous system toward the periphery, such as a motor nerve. See also neuron. Motor nerves, or efferent nerves, transmit impulses from the brain and spinal cord to the muscles. Mixed nerves are composed of both motor and sensory fibers, and transmit messages in both directions at once.
|
It transmit impulses from the brain and spinal cord to the muscles.
|
what nationality is the last name bonner
|
<P> Secondly, Bonner may be an Irish (County Donegal) translation of the Gaelic O'Cnaimhsighe, descendant of Cnaimhseach, a byname meaning Midwife. Finally, the surname may be of Welsh origin, as an Anglicized form of the patronymic ab Ynyr, son of Ynyr, a personal name derived from the Latin Honorius, Honoured. The surname forms from all of these sources range from Bonnaire and Bon(n)ar, to Bon(n)er and Bon(n)or. One James Bonner was an early settler in the American Colonies, arriving in Virginia in 1623 on the Truelove. An early Coat of Arms granted to a family of the name is a paly of six gold and red, on a blue chief three gold lions rampant. <P> Recorded as Bonar, Boner, Bonner and Bonnaire, this is a surname of a number of possible origins, each with its own distinct derivation. Firstly, the surname may be English and Scottish but ultimately of pre 8th century Old French origins. As such it is derived from the phrase de bonne aire, literally meaning of handsome or of good bearing. Thomas Boner was one of the first of the name to be recorded, being a charter witness in the city of Aberdeen in 1281. Secondly, Bonner may be Irish, and derived from the Gaelic name O'Cnaimhsighe, meaning the descendant of Cnaimhseach, a byname which apparently translates as midwife! <P> The Bonner Family History. The family name of Bonner is of Norman-French origin with the original Bonners arriving in Britain during the Norman Conquest in the 11th century. There have been numerous spellings of the name: in France as Bonheur (meaning good hour) and Bonnaire (meaning good manners) all of which have the key good. Some years ago Tony had the surname Bonner armorially searched by a legitimate Company called Heraldic Families , of 70a, Hoddern Avenue, Newhaven, East Sussex, BN9 7QY, and this is their finding. The Blazon of Arms: Paly of six or and gules, on a chief azure, three lions rampant or. <P> The surname Bonner is derived from t … he gaelic name O'Cnaimhsighe and means Milkmaid. one of the first pioneers was Michael Bonner who in 1281 settled in the city of Aberdeen and set up a small dairy. He would milk cows and shear sheep and generally muck out. Another possible origin is that the name Haidacher is a variant of Heidecker, a more common surname, derived from places called Heideck in German and the name is also found in Austria. For more information about the name Heidecker, see related links below. <P> Today the name Bonner is common in France, Germany, England and Northern Ireland as well as in America and the British Dominions. The Bonners were a prominent family in England with Quentin de Riddell an ancestor of the noble house of Buchanan-Riddell. Some years ago Tony had the surname Bonner armorially searched by a legitimate Company called Heraldic Families , of 70a, Hoddern Avenue, Newhaven, East Sussex, BN9 7QY, and this is their finding. The Blazon of Arms: Paly of six or and gules, on a chief azure, three lions rampant or. <P> Clan History... The surname Bonner has several distinct possible origins. In Ireland the name is of ancient origin and derives from the personal woman's name 'Cnaimhseach' which translates to 'Obstetrician' and as such is just one of a very few metronymic Irish surnames. The name occurs in areas of Donegal and Mayo. <P> Finally, the surname may be of Welsh origin, and a fused form of the patronymic ab Ynyr, son of Ynyr, a personal name derived from the Latin Honorius, meaning one who was honoured. James Bonner was one of the first settlers in the new American colonies, arriving in Virginia on the ship Truelove of London in 1623. The first recorded spelling of the family name is shown to be that of John Boneyre. Thomas Boner was one of the first of the name to be recorded, being a charter witness in the city of Aberdeen in 1281. Secondly, Bonner may be Irish, and derived from the Gaelic name O'Cnaimhsighe, meaning the descendant of Cnaimhseach, a byname which apparently translates as midwife! <P> Origins of the Bonner Surname. It is quite possible for two people with the Bonner last name to have been given that surname for entirely different reasons. Discovering the country from which your Bonner ancestors originated can often yield additional clues for the meaning of the s
|
Old French
|
hoosegow definition slang
|
<P> Spanish juzgado, court of justice, comes from the verb juzgar, to judge, and juzgar itself comes from the Latin verb iūdicāre. On the way from Latin to Old French, iūdicāre became the Old French verb juger, to judge, which was borrowed into Middle English as jugen. <P> Link to this slang definition. To link to this term in a web page or blog, insert the following. To link to this term in a wiki such as Wikipedia, insert the following. Some wikis use a different format for links, so be sure to check the documentation. <P> Spanish juzgado, “court of justice,” comes from the verb juzgar, “to judge,” and juzgar itself comes from the Latin verb iūdicāre. On the way from Latin to Old French, iūdicāre became the Old French verb juger, “to judge,” which was borrowed into Middle English as jugen. <P> , judge; see judge .]. Our Living Language Hoosegow is an old slang synonym for jail with a flavor of the American West: They threw him in the hoosegow for being drunk and disorderly. <P> hoosgow-slang for a jail. hoosegow. gaol, jail, jailhouse, pokey, poky, slammer, clink-a correctional institution used to detain persons who are in the lawful custody of the government (either accused persons awaiting trial or convicted persons serving a sentence). <P> Hoosegow. Pronounced /ˈhuːsɡaʊ/. It’s a fine old American slang term for a jail, still widely known today. Most people would connect it with the nineteenth-century cowboys of the Wild West. It’s very likely that they knew the word, but it didn’t start to be written down until the early twentieth century. <P> Definition of HOOSEGOW. : jail. See hoosegow defined for English-language learners. See hoosegow defined for kids. ADVERTISEMENT.
|
It’s a fine old American slang term for a jail, still widely known today.
|
what is entrepreneurship strategy
|
<P> Strategy and Entrepreneurship. In today's dynamic markets, competitors quickly imitate your company's market position, and competitive advantage is short-lived. In this environment, entrepreneurial spirit is necessary for companies of all sizes to ensure survival and growth. Strategy is about making choices about the long-term direction of the company. Entrepreneurship provides diversity of choice and helps adopt more-effective strategies based on the changing competitive arena. <P> An entrepreneurial approach to strategy is vital for organizational performance. Strategic entrepreneurship integrates the opportunity-seeking element of entrepreneurship with the advantage-seeking approach of strategic management. Strategy is about making choices about the long-term direction of the company. Entrepreneurship provides diversity of choice and helps adopt more-effective strategies based on the changing competitive arena. <P> Entrepreneurship is the journey of opportunity exploration and risk management to create value for profit and/or social good, said Ajay Bam, a lecturer at the Lester Center for Entrepreneurship at the University of California, Berkeley's Haas School of Business. Entrepreneurship is the development of a business from the ground up — coming up with an idea and turning it into a profitable business. But while the definition of entrepreneurship may be simple, its execution is much more difficult. <P> ... is an Assistant Professor of Strategy at the Indian School of Business. Her research interests include real options theory, mergers and acquisitions, corporate restructuring and entrepreneurship. Her research ... More. ... is Professor and chair of Entrepreneurship at IE Business School, in Madrid, Spain, and has been the Lewis family distinguished professor of global management at Babson College, and associate professor of Strategy and Organization... <P> The Department of Strategic Management and Entrepreneurship gives students and managers the skills, knowledge, and experience to create value in organizations. By focusing on leadership, strategy, ethics, and entrepreneurship, we connect the external worlds of competition and collaboration with the critical process of knowledge creation and innovation with <P> Corporate entrepreneurship is sometimes used to create a new business within an existing company. This is also called intrapreneurship. The second avenue is strategic renewal that involves improving profitability through new combinations of resources. Strategy is about making choices about the long-term direction of the company. Entrepreneurship provides diversity of choice and helps adopt more-effective strategies based on the changing competitive arena. <P> Entrepreneurship is the process of starting a business, typically a startup company offering an innovative product, process or service. The entrepreneur perceives an opportunity and often exhibits biases in taking the decision to exploit the opportunity. In this context, the claim is made for a nonmoral approach to piracy as a source of inspiration for entrepreneurship education as well as for research in entrepreneurship and business model generation. <P> Corporate entrepreneurship is the process of creating new businesses from within an existing business through product and process innovations. In today's competitive environment, corporate entrepreneurship is a vital strategic management concept for all businesses regardless of size and stage of development. Strategy is about making choices about the long-term direction of the company. Entrepreneurship provides diversity of choice and helps adopt more-effective strategies based on the changing competitive arena. <P> ...is an Assistant Professor in the Strategic Management and Entrepreneurship department at the University of Minnesota’s Carlson School of Management. His research interests include entrepreneurship, innovation and technology... ... is Professor and chair of Entrepreneurship at IE Business School, in Madrid, Spain, and has been the Lewis family distinguished professor of global management at Babson College, and associate professor of Strategy and Organization...
|
Strategy is about making choices about the long-term direction of the company and it's provides diversity of choice and helps adopt more-effective strategies based on the changing competitive arena.
|
mammals evolved from what reptile
|
<P> Mammals evolved from a group of mammal-like reptiles called the Synapsids, specifically the Therapsids, in the Triassic period, around 250 million years ago. <P> Jaws to ears in the ancestors of mammals. All the animals you see on this evogram are synapsids, the group that gave rise to the mammals. Sometimes synapsids are called mammal-like reptiles; however, that is misleading because synapsids are not reptiles. <P> 10 people found this useful. Mammals evolved from a group of mammal-like reptiles called the Synapsids, specifically the Therapsids, in the Triassic period, around 250 million years ago. <P> In fact, if birds evolved from dinosaurs, the reptiles from which the mammals evolved disappeared even before them. In fact, they ruled the Earth before the emergence of the dinosaurs. Because they have already many traits hinting to mammals (like differentiated teeth), they were called mammalian reptiles. <P> The Mammal-like Reptiles, or Therapsids first appeared about 285 million years ago near the begiining of the Permian which is well before the dinosaurs. They evolved quickly and many different groups arose. <P> Towards mammal-like reptiles. According to present thinking, mammals evolved from an extinct group of ‘mammal-like’ reptiles called the therapsids, and the therapsids from a family of pelycosaurs called the sphenacodonts. Pelycosaurs, of which sphenacodonts were surprisingly early representatives, first appeared in the late Carboniferous. <P> Mammals evolved from reptiles, that's for sure. Primitive living mammals, the monotremes (platypus and spiny anteaters) clearly show this, via many traits, like egg-laying, bones, and... even their penises. <P> One has to go back to a period 250 million years ago when the transition to mammals began in the form of mammal-like reptiles. Mammals evolved from a group of reptiles called the synapsids. These reptiles arose during the Pennsylvanian Period (310 to 275 million years ago).
|
Synapsids or Therapsids.
|
what illnesses are caused by e coli
|
<P> There are many types of E. coli, and most of them are harmless. But some can cause bloody diarrhea. Some strains of E. coli bacteria (such as a strain called O157:H7) may also cause severe anemia or kidney failure, which can lead to death. Other strains of E. coli can cause urinary tract infections or other infections. You get an E. coli infection by coming into contact with the feces, or stool, of humans or animals. This can happen when you drink water or eat food that has been contaminated by feces. E. coli can get into meat during processing. <P> Urinary tract infections. The urinary tract is the most common site of E coli infection, and more than 90% of all uncomplicated UTIs are caused by E coli infection. The recurrence rate after a first E coli infection is 44% over 12 months. E coli UTIs are caused by uropathogenic strains of E coli. E coli is the leading cause of both community-acquired and nosocomial UTI. Up to 50% of females eventually experience at least one episode of UTI. E coli causes 12-50% of nosocomial infections and 4% of cases of diarrheal disease. <P> There are hundreds of different strains of E. coli. Some are harmless while others cause serious illness. Non-pathogenic strains of E. coli -- those that do not cause disease -- are normal inhabitants of the intestinal tract in humans and animals. But certain strains of E. coli can cause severe diarrhea and infect the genital and urinary tracts. The most notorious type of pathogenic E. coli is known as E. coli 0157:H7 <P> Escherichia coli (abbreviated as E. coli) are a large and diverse group of bacteria. Although most strains of E. coli are harmless, others can make you sick. Some kinds of E. coli can cause diarrhea, while others cause urinary tract infections, respiratory illness and pneumonia, and other illnesses. Escherichia coli (E. coli) bacteria normally live in the intestines of people and animals. Most E. coli are harmless and actually are an important part of a healthy human intestinal tract. However, some E. coli are pathogenic, meaning they can cause illness, either diarrhea or illness outside of the intestinal tract <P> Causes. Among the many strains of E. coli, only a few trigger diarrhea. One group of E. coli — which includes O157:H7 — produces a powerful toxin that damages the lining of the small intestine, which can cause bloody diarrhea. You develop an E. coli infection when you ingest this strain of bacteria. The most common way to acquire an E. coli infection is by eating contaminated food, such as: 1 Ground beef. 2 When cattle are slaughtered and processed, E. coli bacteria in their intestines can get on the meat. 3 Ground beef combines meat from many different animals, increasing the risk of contamination. <P> Shiga toxin-producing E. coli (STEC) may also be referred to as verocytotoxin-producing E. coli (VTEC) or enterohemorrhagic E. coli (EHEC). STEC strains can cause serious illness in humans by producing toxins that can severely damage the lining of your intestines and kidneys. Infection with STEC strains can lead to serious complications like hemolytic uremic syndrome (HUS), which sometimes is fatal. 1 Escherichia coli O157:H7 (E. coli O157). <P> Escherichia coli is one of the most frequent causes of many common bacterial infections, including cholecystitis, bacteremia, cholangitis, urinary tract infection (UTI), and traveler's diarrhea, and other clinical infections such as neonatal meningitis and pneumonia. E coli is the leading cause of both community-acquired and nosocomial UTI. Up to 50% of females eventually experience at least one episode of UTI. E coli causes 12-50% of nosocomial infections and 4% of cases of diarrheal disease. <P> E. coli O157:H7 and other STECs like E. coli O145 and E. coli O121:H19 produce a toxin called Shiga toxin, which causes illness in humans. E. coli bacteria do not make animals such as livestock and deer, which harbor the bacteria in their intestines, ill.
|
There are many types of E. coli, and most of them are harmless. But some can cause bloody diarrhea.
|
what does ethical mean
|
<P> Best Answer: Ethical; to do with Ethics. 1. pertaining to or dealing with morals or the principles of morality; pertaining to right and wrong in conduct. <P> 2. 'ethics'. Ethics are moral beliefs and rules about right and wrong. When you use ethics with this meaning, it is a plural noun. You use a plural form of a verb with it. Such action was a violation of medical ethics. Ethics is also the study of questions about what is morally right or wrong. When ethics has this meaning, it is an uncount noun. You use a singular form of a verb with it. We are only too ready to believe that ethics is a field where thinking does no good. <P> 2. being in accordance with the rules or standards for right conduct or practice, esp. the standards of a profession: It was not considered ethical for physicians to advertise Ethical basically means to do with, what is right and wrong, based on morality. <P> Answers. Best Answer: Being ethical means conforming to accepted moral standards. Applied to the work environment, it means that an ethical person has a higher standard than just avoiding a certain behavior or practice because it is illegal. What matters it that it might be the wrong thing to do morally. <P> moral, ethical, virtuous, righteous, noble mean conforming to a standard of what is right and good. moral implies conformity to established sanctioned codes or accepted notions of right and wrong. ethical may suggest the involvement of more difficult or subtle questions of rightness, fairness, or equity. <P> Shares & Saves. Save. Being ethical means conforming to accepted moral standards. Applied to the work environment, it means that an ethical person has a higher standard than just avoiding a certain behavior or practice because it is illegal. What matters it that it might be the wrong thing to do morally. Ethics can be applied to all aspects of business, from accounting to customer service.
|
accepting moral standards.
|
normal platelet range NIH
|
<P> The platelet count is a test that determines the number of platelets in a person's sample of blood. When there is an injury to a blood vessel or tissue and bleeding begins, platelets help stop bleeding in three ways. They: 1 Adhere to the injury site. 2 Clump together (aggregate) with other platelets. An excess of platelets can cause excessive clotting or sometimes bleeding if the platelets are not functioning properly. However, people with too many platelets often have no signs or symptoms, so the condition may be found only when a platelet count is done as part of a health check or for other reasons. <P> Thrombocytopenia and thrombopenia refer to a disorder in which there is a relative decrease of thrombocytes, commonly known as platelets, present in the blood. A normal human platelet count ranges from 150,000 to 450,000 platelets per microliter of blood. <P> When your blood has too few platelets, mild to serious bleeding can occur. Bleeding can occur inside your body (internal bleeding) or underneath your skin or from the surface of your skin (external bleeding). A normal platelet count in adults ranges from 150,000 to 450,000 platelets per microliter of blood. A platelet count of less than 150,000 platelets per microliter is lower than normal. If your blood platelet count falls below normal, you have thrombocytopenia. However, the risk for serious bleeding doesn't occur until the count becomes very low—less than 10,000 or 20,000 platelets per microliter. Mild bleeding sometimes occurs when the count is less than 50,000 platelets per microliter. <P> 78 Followers. A. Platelets are the tiny blood cells that help stop bleeding by binding together to form a clump or plug at sites of injury inside blood vessels. A normal platelet count is between 150,000 and 450,000 platelets per microliter (one-millionth of a liter, abbreviated mcL). The average platelet count is 237,000 per mcL in men and 266,000 per mcL in women. Platelets are constantly being produced in the bone marrow. A low or high platelet count is not often a problem by itself, but can frequently be a sign of another medical condition. For this reason, high or low platelet counts require additional medical attention. <P> Clotting helps stop any bleeding that may occur if a blood vessel is damaged. Platelets also are called thrombocytes (THROM-bo-sites) because a blood clot also is called a thrombus. A normal platelet count ranges from 150,000 to 450,000 platelets per microliter of blood. Thrombocythemia (THROM-bo-si-THE-me-ah) and thrombocytosis (THROM-bo-si-TO-sis) are conditions in which your blood has a higher than normal number of platelets (PLATE-lets). Platelets are blood cell fragments. They're made in your bone marrow along with other kinds of blood cells. <P> A platelet count is used to detect the number of platelets in the blood. The test is included in a complete blood count (CBC) , a panel of tests often performed as part of a general health examination. Platelets are tiny fragments of cells that are essential for normal blood clotting. A platelet count may be used to screen for or diagnose various diseases and conditions that can cause problems with clot formation. An excess of platelets can cause excessive clotting or sometimes bleeding if the platelets are not functioning properly. However, people with too many platelets often have no signs or symptoms, so the condition may be found only when a platelet count is done as part of a health check or for other reasons. <P> A platelet count is used to detect the number of platelets in the blood. The test is included in a complete blood count (CBC) , a panel of tests often performed as part of a general health examination. Platelets are tiny fragments of cells that are essential for normal blood clotting. A platelet count may be performed in conjunction with one or more platelet function tests, which assess the function of platelets, and other tests that evaluate coagulation such as PT and PTT. If results are not within the normal interval, a number of other tests may be performed to help give clues as to the cause. <P> Thrombocytopenia is a condition in which you have a low blood platelet count. Platelets (thrombocytes) are colorless blood cells that help blood clot. Platelets stop bleeding by clumping and forming plugs in blood vessel injuries. <P> The 5 parts of a CBC are: White blood cell (WBC) count White blood cells help your body fight off infections. The normal range for WBC is 5 to 10 K/uL. Your CBC will also measure what’s called the ANC (absolute neutrophil count) That’s the specific number of white blood cells in your blood that fight infection. The normal range for HGB is 12 to 17.4 g/dL. Patient Education 2 Understanding your complete blood count Hematocrit (HCT) value The hematocrit value measures how much of your total blood count is made up of red blood cells. <P> A platelet count below 150,000 per mcL is called thrombocytopenia, while a platelet count over 450,000 is called thrombocytosis. Platelets seem to have a large backup capacity: blood typically still clots normally as long as the platelet count is above 50,000 per mcL (assuming no other problems are present). Platelets are constantly being produced in the bone marrow. A low or high platelet count is not often a problem by itself, but can frequently be a sign of another medical condition. For this reason, high or low platelet counts require additional medical attention.
|
A normal platelet count in adults ranges from 150,000 to 450,000 platelets per microliter of blood.
|
how to cook chuck tender steak pieces
|
<P> 1 Place the potatoes, onion, and carrots in slow cooker. 2 Cut steak into six pieces, then place the meat on top of vegetables. 3 In a mixing bowl, combine the soup mix, soup, and water; pour over beef. 4 Cover, and cook on Low for 7 to 10 hours. Prep. Cook. Ready In. 1 Place the potatoes, onion, and carrots in slow cooker. 2 Cut steak into six pieces, then place the meat on top of vegetables. 3 In a mixing bowl, combine the soup mix, soup, and water; pour over beef. <P> You can marinate the steak, then prepare it on the grill, in the oven or in a pan on the stove. You can also braise the steak, first searing the meat then cooking it over low heat for several hours in savory liquid such as broth. Remove the chuck steak from the heat source and check the meat with a meat thermometer. The desired internal temperature for a chuck steak is 145 degrees for medium-rare meat and 160 degrees for medium meat. <P> Chuck steak (1/2 lb). Instructions. Combine the vinegar and lime juice in a bowl. Stir them well. Add the chuck steak. Turn on the broiler. Preheat at 160 F. Put the meat in the pan. Set it on the broiler. Cook for half an hour. Remove the steak and place it on the serving plates. This dish is best served after cooking <P> Place the beef chuck steak in a plastic cooking bag with seasonings and about 1/2 to 2/3 cup of water. MMMMMM..or make burgundy beef (our favorite) 2lbs chuck, cut into bite size pieces 1/2 onion, chopped 1 can golden mushroom soup 1 & 1/2 can (use soup can) red wine 2 cloves garlic, minced 2 bay leaves salt and pepper to taste 2tbsp oil Season meat with salt and pepper. <P> Chuck steak is a cut of beef that comes from the neck and shoulders of a cow. You can find chuck steak in most grocery stores, often in cost-effective family packs which can serve four to six people. Some might insinuate the quality of chuck steak is inferior to that of a ribeye or a T-bone steak. Preheat a stovetop grill or preheat your oven on the broiler setting. Cook the chuck steaks for three to four minutes on each side, longer if you prefer your steak more well-done. Use a food thermometer, and cook your steak to 145 degrees <P> To pan fry it, put some oil in a skillet and sear the steak, flipping several times, for 10 to 15 minutes. To grill it, place the meat over direct heat for 8 to 18 minutes, flipping once. Sarah Vantassel/Demand Media. Remove the chuck steak from the heat source and check the meat with a meat thermometer. The desired internal temperature for a chuck steak is 145 degrees for medium-rare meat and 160 degrees for medium meat. Allow the meat to rest for about 10 minutes before serving <P> Heat a couple tablespoons of oil in a skillet over medium heat. Place the chuck steaks in the hot oil and cook, turning every few minutes, until browned on both sides. Remove the meat from the skillet. Remove the chuck steak from the heat source and check the meat with a meat thermometer. The desired internal temperature for a chuck steak is 145 degrees for medium-rare meat and 160 degrees for medium meat. <P> · just now. Report Abuse. Place the beef chuck steak in a plastic cooking bag with seasonings and about 1/2 to 2/3 cup of water. Seal the bag and bake for about 2 hrs, depending on the size and weight of the steak. MMMMMM..or make burgundy beef (our favorite) 2lbs chuck, cut into bite size pieces 1/2 onion, chopped 1 can golden mushroom soup 1 & 1/2 can (use soup can) red wine 2 cloves garlic, minced 2 bay leaves salt and pepper to taste 2tbsp oil Season meat with salt and pepper.
|
1 Place the potatoes, onion, and carrots in slow cooker. 2 Cut steak into six pieces, then place the meat on top of vegetables. 3 In a mixing bowl, combine the soup mix, soup, and water; pour over beef. 4 Cover, and cook on Low for 7 to 10 hours.
|
which of the following molecules has the largest dipole moment
|
<P> Best Answer: A-D are all polar and have dipole moments. The answer cannot be E. I hope you meant H2 though! Since F is the most electronegative atom, HF is the most polar and thus has the highest dipole moment. HF as the largest Ionic character, because as we move up the group, electro-negativity increases. These are the actual values: HF 1.91 HCl 1.08 HBr 0.80 HI 0.42 Where the unit is Debye. H2 has Zero Dipole Moment whereas water (H2O) has 1.85D. <P> Report Abuse. The Dipole Moment is defined by the charge separated multiplied by the distance (separation) between the charges. HF as the largest Ionic character, because as we move up the group, electro-negativity increases. These are the actual values: HF 1.91 HCl 1.08 HBr 0.80 HI 0.42 Where the unit is Debye. H2 has Zero Dipole Moment whereas water (H2O) has 1.85D. <P> Note that the dipole moments drawn in this diagram should be from δ- to δ+ as discussed in text. The bond dipole moment uses the idea of electric dipole moment to measure the polarity of a chemical bond within a molecule. It occurs whenever there is a separation of positive and negative charges. The bond dipole μ is given by: <P> H-F has the highest dipole moment. It's the differences in Electronegativity. F has the highest electronegative value possible against H which has a resonable electronegative value Electronegativity is in simple terms the ability of atoms to attract electrons, this increase along a period but dicrease down a group. C-C C-H C-O H-N H-F I know the answer is H-F but I dont understand how that is...dipole moments are throwing me off. <P> I know that C-C is the same so it will have a dipole moment of zero. The others I... show more Which of the following covalent bonds has the largest dipole moment? C-C C-H C-O H-N H-F I know the answer is H-F but I dont understand how that is...dipole moments are throwing me off. How do you figure them <P> Molecular Dipole Moments. Even though the total charge on a molecule is zero, the nature of chemical bonds is such that the positive and negative charges do not completely overlap in most molecules. Such molecules are said to be polar because they possess a permanent dipole moment. A good example is the dipole moment of the water molecule. Molecules with mirror symmetry like oxygen, nitrogen, carbon dioxide, and carbon tetrachloride have no permanent dipole moments. <P> Best Answer: the dipole moment is a measure of the disproportionate distribution of electrons in the molecule. it is also affected by the shape of the molecule. net molecular dipoles can be zero even if the individual bonds are polar. CO2 is a good example of this, as it it is a linear molecule. of the list you gave, the HCl will have the largest dipole moment because of the electron affinity of the chlorine over the hydrogen. I would place the peroxide next. Source(s): <P> Bigger molecule, more electrons, ect? For example, Which of the following molecules has the largest dipole moment? a) H2O2 b) HCl c) SO2 d) NO e) N2 Thanks! CO2 is a good example of this, as it it is a linear molecule. of the list you gave, the HCl will have the largest dipole moment because of the electron affinity of the chlorine over the hydrogen. I would place the peroxide next. Source(s):
|
H-F has the highest dipole moment.
|
examples of atmospheric phenomena
|
<P> Noun. 1. atmospheric phenomenon-a physical phenomenon associated with the atmosphere. cloud-a visible mass of water or ice particles suspended at a considerable altitude. physical phenomenon-a natural phenomenon involving the physical properties of matter and energy. greenhouse effect, greenhouse warming-warming that results when solar radiation is trapped by the atmosphere; caused by atmospheric gases that allow sunshine to pass through but absorb heat that is radiated back from the warmed surface of the earth. <P> Atmospheric optics is a collective name for everything having to do with light and color in the atmosphere, which includes subjects on the ground. Of all this, everybody knows the rainbow; other examples are the sunset colors, the flattening of the low sun, the occasional solar rays, and the light curtains of Aurora. But there is a vast number of phenomena which you may or may not have heard of. This gallery contains photos of a number of them. <P> See also list of optical topics and optics. A mirage is an example of an optical phenomenon. Common optical phenomena are often due to the interaction of light from the sun or moon with the atmosphere, clouds, water, dust, and other particulates. One common example is the rainbow, when light from the sun is reflected and refracted by water droplets. Optical phenomena include those arising from the optical properties of the atmosphere; the rest of nature (other phenomena); of objects, whether natural or human-made (optical effects); and of our eyes (Entoptic phenomena). <P> Physical meteorology, or atmospheric physics, deals with a number of specialized areas of study. For example, the study of clouds and of the various forms of hydrometeors involves investigations into the behavior of water in the atmosphere. Mesoscale meteorology deals with phenomena of intermediate size thunderstorms and mountain winds, for example. Synoptic meteorology is concerned with larger processes such as high-and low-pressure systems and their fronts, and so on up to the study of overall atmospheric circulation for time scales of a few days. <P> Mesoscale meteorology is the study of atmospheric phenomena with typical spatial scales between 10 and 1000 km. Examples of mesoscale phenomena include thunderstorms, gap winds, downslope windstorms, land-sea breezes, and squall lines. <P> Atmospheric optics deals with how the unique optical properties of the Earth's atmosphere cause a wide range of spectacular optical phenomena. The blue color of the sky is a direct result of Rayleigh scattering which redirects higher frequency (blue) sunlight back into the field of view of the observer. Scattering off of ice crystals and other particles in the atmosphere are responsible for halos, afterglows, coronas, rays of sunlight, and sun dogs. The variation in these kinds of phenomena is due to different particle sizes and geometries. <P> sun pillar. Below is a checklist of Optical atmospheric phenomena (except Rainbows and Auroras) on postal items (stamps, souvenir sheets, aerogrammes, postal cards, etc.). Catalog numbers, years of issue, and notes on the items featured are given when available. Lightning can be considered as a type of atmospheric optical phenomenon, but it does not fall under the definition given above. Selected philatelic items referring to lightning are, or soon will be, included in the Clouds page. <P> The general concepts found in this section are: 1 The earth's atmosphere is a very thin layer wrapped around a very large planet. 2 Two gases make up the bulk of the earth's atmosphere: nitrogen (), which comprises 78% of the atmosphere, and oxygen (), which accounts for 21%. 1 Two gases make up the bulk of the earth's atmosphere: nitrogen (), which comprises 78% of the atmosphere, and oxygen (), which accounts for 21%. 2 Various trace gases make up the remainder. 3 Based on temperature, the atmosphere is divided into four layers: the troposphere, stratosphere, mesosphere, and thermosphere. <P> The Ocean-Atmosphere System. The oceans and the atmosphere are the two large reservoirs of water in the Earth's hydrologic cycle. The two systems are complexly linked to one another and are responsible for Earth's weather and climate. The oceans help to regulate temperature in the lower part of the atmosphere.
|
The rainbow, when light from the sun is reflected and refracted by water droplets.
Other examples are halos, afterglows, coronas, rays of sunlight, and sun dogs.
|
where is halls bayou located
|
<P> Figure 27. Halls Bayou north of FM 2004. Halls Bayou. Halls Bayou begins six miles northeast of Alvin and flows southeasterly 15 miles to Halls Lake and ultimately into West Galveston Bay. This bayou is host to tens of thousands of waterfowl in the winter due to its extensive beds of wild celery, a submerged aquatic plant, which is a preferred waterfowl food. (1) Biological Function-fringed by extensive wetlands that display significant overall habitat value.15 (2) Hydrologic Function-extensive wetlands perform valuable hydrologic function relating to water quality. <P> Hall’s Bayou Ranch provides our corporate members extraordinary hunting opportunities on the lush Texas Gulf Coast an hour from downtown Houston. Our professional staff offers guided, assisted, or self-conducted waterfowl and dove hunts, fresh and saltwater fishing, as well as specialty hunts. All hunting areas are administered. By controlling which areas are hunted on a given day, we can assure our members that their hunting area will be well populated with game. We provide comfortable pit and above ground blinds capable of holding up to a 6-man group throughout the Ranch. <P> Welcome UT Family Physicians Halls. A convenient location servicing North Knoxville, Halls, Corryton, and Maynardville areas, UT Family Physicians Halls provides comprehensive primary care with a focus on family. <P> Halls Bayou Watershed The Halls Bayou watershed is contained within the Greens Bayou watershed and is located in north central Harris County. Rainfall within the 44 square miles of the Halls Bayou watershed drains to the watershed’s primary waterway, Halls Bayou (P118-00-00). The bayou collects stormwater from the Veterans Memorial Drive area and flows southeast until it joins Greens Bayou at the City of Houston’s Brock Park. There are nearly 71 miles of open waterways in the Halls Bayou watershed, including Halls Bayou, which is approximately 20 miles in length. Based on the 2010 U.S. Census, the estimated population of the Halls Bayou watershed is approximately 160,100 <P> This Page is Only a Preview. Create your free Fishidy account now to gain access to the Halls Bayou interactive map and thousands of other waterways across the U.S. loaded with recent fishing reports and proven fish-finding tools. <P> Fish commonly found in the bayou include catfish, largemouth bass, speckled trout, red drum and croaker. 5 The ecologically significant segment is from Halls Lake in Brazoria County upstream to FM 2004. (1) Biological Function-fringed by extensive wetlands that display significant overall habitat value.15 (2) Hydrologic Function-extensive wetlands perform valuable hydrologic function relating to water quality. <P> We have over 15,000 acres of land located on West Bay. We work closely with the Texas Parks and Wildlife Department and Ducks Unlimited to enhance the wetlands environment. We are self-reliant in water, ensuring that our ponds and projects are flooded even in drought years. All hunting areas are administered. By controlling which areas are hunted on a given day, we can assure our members that their hunting area will be well populated with game. We provide comfortable pit and above ground blinds capable of holding up to a 6-man group throughout the Ranch. <P> HALLS BAYOU (BRAZORIA COUNTY), Handbook of Texas Online (http://www.tshaonline.org/handbook/online/articles/rbh23), accessed October 03, 2015. Uploaded on June 15, 2010. Published by the Texas State Historical Association. The stream is probably named for Jacob Hall, who held a land grant on its east bank. Cloud Bayou forms a major tributary. Halls Bayou, which is intermittent in its upper reaches, initially traverses flat to rolling terrain with local escarpments, surfaced by deep, fine sandy loam soils that support conifers.
|
North central Harris County
|
NDIS annual cost
|
<P> If eligible for the NDIS, you will receive funding on an annual basis to purchase the services, aids and equipment that you have been assessed as needing from the service provider/providers of your choice. The below information explains the NDIS, how it will work and what it means for people with a disability. These frequently asked questions are broken into five sections so that you can easily find what you are looking for: Overview of the NDIS. <P> 1 People would know that, if they or a member of their family acquired a significant disability, there would be a properly financed, comprehensive, cohesive system to support them. 2 The NDIS would only have to produce an annual gain of $3800 per participant to meet a cost-benefit test. 1 There should be a new national scheme-the National Disability Insurance Scheme (NDIS) - that provides insurance cover for all Australians in the event of significant disability. <P> Pricing and payment. The National Disability Insurance Scheme Act 2013 states that a funded support must represent “value for money” in that the costs of the support are reasonable, relative to both the benefits achieved and the cost of alternative support”. GST. Most items are GST exempt, as per Australian Tax Office information about GST and NDIS and the application of section 38-38 of the GST Act. For a small number of items, where GST is applicable (for example delivery fees and taxi fares) the price is inclusive of GST. <P> A separate smaller but related scheme, the National Injury Insurance Scheme, is also to be established, in conjunction with the States, to provide lifetime care for people suffering a catastrophic injury, for example through motor vehicle, workplace or general accidents. The NDIS commenced on 1 July 2013. The initial roll-out is limited to a small number of locations in New South Wales, Victoria, South Australia and Tasmania. The scheme is expected to be fully rolled out by 1 July 2019. When fully implemented in 2019-20 the NDIS is expected to benefit approximately 450,000 Australians with disability and will have a total annual cost of $22.1 billion. <P> [7]. The Commission estimated that the NDIS would require an additional $6.5 billion annually. When added to current annual expenditure on disability services of $7.1 billion, this would amount to an increase in funding of around 90 per cent. The locations will be determined through negotiations between the Australian Government and the states and territories. In its first year, the NDIS will provide care and support for up to 10 000 people with significant and permanent disability. This will increase to 20 000 people from 2014–15. [1]. For copyright reasons some linked items are only available to members of Parliam <P> If eligibility is further restricted, then average annual cost of care and support would be even higher. For example, if you again use the PC’s NDIS estimates and consider only severity categories 9-24, the result is an average annual cost of a little over $100,000. If you restrict consideration to those in severity category 5 and above (minimum cost of about $25,000 pa – perhaps a minimum of about 10 hours of care per week), this gives a weighted average annual cost of around $70,000 for care and support. <P> – An alternative way to think about the saving to the NDIS is that the NIIS eventually will provide care and support to around 30,000 people at an annual cost of care and support of around $70,000 to $100,000 per person. – The NIIS is prospective, and there are expected to be around 30,000 people in a mature scheme. If you restrict consideration to those in severity category 5 and above (minimum cost of about $25,000 pa – perhaps a minimum of about 10 hours of care per week), this gives a weighted average annual cost of around $70,000 for care and support. <P> One possible approach is to consider the PC’s cost estimates for NDIS. If you restrict consideration to those in severity category 5 and above (minimum cost of about $25,000 pa – perhaps a minimum of about 10 hours of care per week), this gives a weighted average annual cost of around $70,000 for care and support. <P> The estimated annual cost (nearly $14 billion) is around the same amount spent on the Disability Support Pension, more than the current annual cost of the Pharmaceutical Benefits Scheme ($10 billion), and not substantially less than the current annual cost of Medicare ($18 billion). [14]. The locations will be determined through negotiations between the Australian Government and the states and territories. In its first year, the NDIS will provide care and support for up to 10 000 people with significant and permanent disability. This will increase to 20 000 people from 2014–15. [1]. For copyright reasons some linked items are only available to members of Parliament
|
$70,000 to $100,000
|
syphilis contagious period
|
<P> Syphilis is considered to be contagious between people. Generally the infectious agent may be transmitted by saliva, air, cough, fecal-oral route, surfaces, blood, needles, blood transfusions, sexual contact, mother to fetus, etc. Syphilis, although infectious, is not a genetic disease. It is not caused by a defective or abnormal gene. The contagious disease, Syphilis, can be transmitted: 1 by sexual conduct between people. 2 from the mother to her fetus. <P> During the primary stage of syphilis, a sore (chancre) that is usually painless develops at the site where the bacteria entered the body. This commonly occurs within 3 weeks of exposure but can range from 10 to 90 days. A person is highly contagious during the primary stage. Symptoms of congenital syphilis include: 1 A highly contagious watery discharge from the nose. 2 Painful inflammation of the bone coverings. 3 Contagious rash that frequently appears over the palms of the hands and soles of the feet. 4 Reduced red blood cells in the blood (anemia). 5 Enlarged liver and spleen <P> Contagious period. A person with syphilis can easily pass the infection (is contagious) to physically intimate partners when primary-or secondary-stage sores are present. But the person may be contagious for years, off and on, and is always contagious whenever an open sore or skin rash from syphilis is present. 1. Transmission. Transmission of the bacteria usually occurs during vaginal, anal, or oral sex. The syphilis bacteria are passed from person to person through direct contact with: 1 The open sore (chancre) that appears during the primary stage. <P> Syphilis is an STD that can cause long-term complications if not treated correctly. Symptoms in adults are divided into stages. These stages are primary, secondary, latent, and late syphilis. You can get syphilis by direct contact with a syphilis sore during vaginal, anal, or oral sex. Sores can be found on the penis, vagina, anus, in the rectum, or on the lips and in the mouth. Syphilis can also be spread from an infected mother to her unborn baby. <P> Syphilis is a sexually transmitted disease that spreads from person to person through vaginal * , oral * , or anal * intercourse. A pregnant female also can pass the disease to her fetus. People are most contagious during the second stage of the infection. Syphilis is a disease that is caused by the bacterium Treponema pallidum (treh-puh-NEE-muh PAL-ih-dum). The disease develops in three distinct phases. The first, or primary, stage is marked by a chancre * . In the secondary stage, a rash develops. <P> Syphilis is a sexually transmitted bacterial infection, caused by the bacteria Treponema pallidum, which in adults is categorized into stages; primary, secondary, latent and late.1,2. <P> Syphilis is passed from person to person through direct contact with a syphilis sore. Sores occur mainly on the external genitals, vagina, anus, or in the rectum. Sores also can occur on the lips and in the mouth. Transmission of the organism occurs during vaginal, anal, or oral sex. <P> Syphilis is a sexually transmitted infection caused by the spirochete bacterium Treponema pallidum subspecies pallidum. The primary route of transmission is through sexual contact; it may also be transmitted from mother to fetus during pregnancy or at birth, resulting in congenital syphilis.
|
10 to 90 days
|
why was the kkk originally created
|
<P> The First Ku Klux Klan. The original Ku Klux Klan was organized by ex-Confederate elements to oppose the Reconstruction policies of the radical Republican Congress and to maintain white supremacy.. <P> Answer The Ku Klux Klan was a racist group against black people. Basicly, they are a group of people who, for some sick reason, believe that black skin is wrong. … Answer The first branch of the Ku Klux Klan was established in Pulaski, Tennessee, in May, 1866. A year later a general organization of local Klan's was established in Nashville in April, 1867. <P> The Ku Klux Klan was originally a social fraternity, organized by Confederate General Nathan Bedford Forrest, the first Grand Wizard of the Empire, in Pulaski, Tennessee, in 1 … 865. The name probably came from the Greek word kukl meaning circle.. <P> The Ku Klux Klan was formed as a social club by a group of Confederate Army veterans in Pulaski, Tennessee in the winter of 1865-66. The group adopted the name Ku Klux Klan from the Greek word kyklos, meaning circle, and the English word clan. <P> The most prominent of these, the Ku Klux Klan, was formed in Pulaski, Tennessee, in 1865. Originally founded as a social club for former Confederate soldiers, the Klan evolved into a terrorist organization. <P> End of the First Ku Klux Klan. From 1868 through the early 1870s the Ku Klux Klan (KKK) functioned as a loosely organized group of political and social terrorists. <P> The Ku Klux Klan was originally a social fraternity, organized by Confederate General Nathan Bedford Forrest, the first Grand Wizard of the Empire, in Pulaski, Tennessee, in 1 … 865. The name probably came from the Greek word kukl meaning circle..
|
To oppose the Reconstruction policies of the radical Republican Congress and to maintain white supremacy..
|
how long to wait for puppy to leave its mother
|
<P> A puppy's mother provides vital nutrition, warmth, personal care and attention. Weaning a puppy from its mother is a gradual process that should start at about 4 weeks of age and finish between 7 to 8 weeks of age. Therefore, it's not recommended to take a dog away from its mother before 6 <P> The reason a puppy needs to stay with its mother until at least 8 weeks is because there are vital things that a puppy learns from its mother and litter mates that no one else (with the exception of a foster dog mom and foster pupsibs) can teach him or her. <P> The mother's milk provides adequate sustenance until about 4 weeks of age, when the mother and litter's human guardians can begin the transition to solid food. A puppy's vision and hearing only begins to function at about 3 or 4 weeks of age. <P> Typically the pup should be 8 weeks old before it's taken away from mom. A lot of breeders say minimum of 10 weeks. I've heard the longer the pup stays with mom, the less likely they are to play-bite since mom teaches them when to stop. <P> 8 weeks is the minimum age but it's better for the puppy to stay with it's mother until it is 12 weeks old, staying with the mother for as long as possible helps the puppy develop life skills it will need to grow up to be an emotionally balanced dog. <P> The mother provides vital nutrition, necessary warmth and personal care. Taking a puppy away from its mother should be done gradually, if possible. It should start when the pup is about 4 weeks old, and finish when the pooch is between 7 to 8 weeks of age. Newborns are utterly dependent on their mother’s milk during the first 4 weeks of their lives. <P> Puppies Puppies can leave their mothers at eight weeks of age. Before the puppies are departed from their mother they have to be fully weined of their mothers milk and … able to willingly chew puppy food.
|
6 weeks of age.
|
what are pvc pipes used for
|
<P> Polyvinyl chloride, more correctly but unusually poly(vinyl chloride), commonly abbreviated PVC, is the third-most widely produced synthetic plastic polymer, after polyethylene and polypropylene. PVC comes in two basic forms: rigid (sometimes abbreviated as RPVC) and flexible. The rigid form of PVC is used in construction for pipe and in profile applications such as doors and windows. It is also used for bottles, other non-food packaging, and cards (such as bank or membership cards). An extensive market for chlorinated PVC is in pipe for use in office building, apartment and condominium fire protection. CPVC, as it is called, is produced by chlorination of aqueous solution of suspension PVC particles followed by exposure to UV light which initiates the free-radical chlorination. <P> As noted earlier, PVC pipe should not be used as a water distribution pipe. Schedule 40 and SDR 21 pipe, however, are used for the water supply pipe to many homes. Codes generally require it be terminated no more than 5 feet beyond its penetration point of the foundation wall. The CPVC pipe and fittings used in residential construction are generally a copper tube size (CTS) product. The PVC tee at the left side in the photo below is a 1/2-inch IPS fitting. The CPVC tee at the right side of the photo is a 1/2-inch CTS fitting. <P> It's the white plastic pipe commonly used for plumbing and drainage. PVC stands for polyvinyl chloride, and it’s become a common replacement for metal piping. PVC’s strength, durability, easy installation, and low cost have made it one of the most widely used plastics in the world. Before purchasing CPVC be aware of what your use will be, and what sizing system you require. Color can be a clue, too. Often CTS CPVC is an off-white or yellowish color, while schedule 80 CPVC (NPS) is a light gray color. PVC pipe and fittings usually comes in white or dark gray. <P> Polyvinyl chloride (PVC) pipe is made from a plastic and vinyl combination material. The pipes are durable, hard to damage, and long lasting. They do not rust, rot, or wear over time. For that reason, PVC piping is most commonly used in water systems, underground wiring, and sewer lines. @q33: PVC is made using chlorine gases and is usually pretty stable after production. Pipe that is manufactured for the purpose of waste water transfer should not be used to hold drinking water, or allow the polymer to break down through sanding or heat being applied. <P> Polyvinyl Chloride (PVC) piping is the most widely used plastic piping material. PVC piping systems are: 1 Environmentally sound. 2 Provide long service life. 3 Easy to install and handle. 4 Corrosion resistant. 5 Cost effective. 6 Widely accepted by codes. PVC pipe is available in both solid wall or cellular core construction. Cellular core construction involves the simultaneous extrusion of at least three layers of material into the pipe wall: a solid outer layer, a cellular core intermediate layer, and a solid inner layer. <P> From Wikipedia, the free encyclopedia. Plastic pipework is used for the conveyance of drinking water, waste water, chemicals, heating fluid and cooling fluids, foodstuffs, ultra-pure liquids, slurries, gases, compressed air and vacuum system applications. Pipes, fittings, valves, and accessories make up a plastic pressure pipe system. The range of pipe diameters for each pipe system does vary. However, the size ranges from 12 to 400 mm (0.472 to 15.748 in) and 3⁄8 to 16 in (9.53 to 406.40 mm). <P> PVC has become widely used in clothing, to either create a leather-like material or at times simply for the effect of PVC. PVC clothing is common in Goth, Punk, clothing fetish and alternative fashions. PVC is less expensive than rubber, leather, and latex which it is therefore used to simulate. An extensive market for chlorinated PVC is in pipe for use in office building, apartment and condominium fire protection. CPVC, as it is called, is produced by chlorination of aqueous solution of suspension PVC particles followed by exposure to UV light which initiates the free-radical chlorination. <P> Those living in older homes should have their water tested to see if lead is a problem. Plastic pipe such as PVC (polyvinyl chloride, used for cold water only), and CPVC (chlorinated polyvinyl chloride, used for both hot and cold water) have been around for years, and both are approved for use with drinking water. <P> No, CPVC and Schedule 80 PVC are different. Schedule 80 just refers to the thickness of the PVC pipe, and you can have schedule 80 CPVC as well. CPVC differs from PVC in chemical makeup and in how it should be used. For instance, CPVC can withstand temperatures of up to 200 degrees F while PVC is best used for temperatures below about 140F. Hope that helps! Before purchasing CPVC be aware of what your use will be, and what sizing system you require. Color can be a clue, too. Often CTS CPVC is an off-white or yellowish color, while schedule 80 CPVC (NPS) is a light gray color. PVC pipe and fittings usually comes in white or dark gray. <P> PVC or polyvinyl chloride is a versatile material used for pipes, tubing and fittings for transporting liquids.
|
Water systems, underground wiring, and sewer lines.
|
how a breadboard works
|
<P> Originally it was literally a bread board, a polished piece of wood used for slicing bread. In the 1970s the solderless breadboard (AKA plugboard, a terminal array board) became available and nowadays the term breadboard is commonly used to refer to these. Breadboard is also a synonym for prototype . Because the solderless breadboard does not require soldering, it is reusable. This makes it easy to use for creating temporary prototypes and experimenting with circuit design <P> A breadboard is a great tool for quickly testing out a prototype circuit or hooking up a quick experiment. Breadboarding is an important step in testing out ideas or learning how things work. When I first started tinkering with electronics I discovered that everyone assumed that I would know how to use a breadboard. <P> This article is meant for the beginning stompbox builder who wants to learn how a solderless breadboard works and how to use it for prototyping. As a matter of necessity, I'll also show some basic functions of using a multimeter for continuity and voltage tests and introduce interpreting a schematic. <P> In this tutorial I'll explain what electronic breadboards are, how to use them and why you should be ashamed for not having at least one in your electronic arsenal yet! We'll learn how breadboards are layed out, some of the types of breadboards that exist, and how to wire up a simple circuit on a breadboard. <P> A simple compilation of some breadboard illustrations to show how the connections are set up within the breadboard. As you can see in the last image, we can place a IC chip over the channel to allow access to both side's pins, and we can also connect a resistor to the power bus into a channel, then an LED from that same channel to the ground bus to make a complete circuit. <P> A breadboard, sometimes called a proto-board, is a reusable platform for temporarily built electronic circuits. 3 How A Breadboard Works •Electric component leads and the wire used to connect them are inserted into holes that are arranged in a grid pattern on the surface of the breadboard. <P> Yet another method for powering your breadboard is to use one of the many breadboard power supplies available. SparkFun carries a number of kits and boards that you can use to plug power directly into your breadboard. Some allow you to plug a wall wart directly into the breadboard. Now that we’ve seen how the connections in a breadboard are made, let’s look at a larger, more typical breadboard. Aside from horizontal rows, breadboards usually have what are called power rails that run vertically along the sides. A medium-size breadboard with the adhesive back removed to expose the power rails. <P> A breadboard is a device used to create temporary circuits. There are two bus strips on either side of the board that travel down the length of the board. A breadboard is a base which is used to make organised, neat, simple and temporary circuit connections. Normally, in a circuit, the elements are connected to each other by tw … isting the wire ends. But this kind of twisting and connecting has some drawbacks: 1. <P> A breadboard is a solderless device for temporary prototype with electronics and test circuit designs. Most electronic components in electronic circuits can be interconnected by inserting their leads or terminals into the holes and then making connections through wires where appropriate. The breadboard has strips of metal underneath the board and connect the holes on the top of the board. The metal strips are laid out as shown below. Note that the top and bottom rows of holes are connected horizontally and split in the middle while the remaining holes are connected vertically
|
The solderless breadboard makes it easy to use for creating temporary prototypes and experimenting with circuit design.
|
how long do doves breed
|
<P> In the wild, life-spans are short -3 to 5 years. In captivity doves can live to be 12 to 15 years old. It is not uncommon to hear of some doves living beyond 20 years. <P> Over 90 percent of birds are considered monogamous. Most birds keep the same mate for the entire mating season and some stay paired for their entire life. Courtship, generally the male's responsibility, usually entails singing but can also consist of tail drumming or dancing. <P> SPECIES INFORMATION-RINGNECK DOVE-BREEDING NOTES. Pairing When a pair of adult (9-12 months old) Ringneck Doves are placed together it will usually take anywhere from a couple of weeks to a couple of months for them to begin the breeding cycle if they are compatible (rarely a problem). The pairing process begins almost immediately when the birds are placed together. Within a few days the parents add seed to the diet of the young. The young then leave the nest three to four weeks later. It is not uncommon to see some pairs lay all year beginning on a new clutch every six weeks. This really is not recommended because it is unhealthy for the birds. <P> Spring is the breeding season for most birds, but how do birds mate? Coming together in sexual copulation is essential to fertilize eggs to raise young birds, but the sex act is only a brief part of birds' courtship. How Birds Have Sex. Once a female bird is receptive to a mate – whether it is a new mate every breeding season or simply renewing ties with a life-long partner – the actual mating can take place. The positions and postures birds assume to mate can vary somewhat, but the most common is for the male bird to balance on top of the female <P> The nest can be found 5-25 feet above the ground, often in the crotch of a shrub or tree. Laying 2 white eggs that are incubated for 14-15 days. The young will leave the nest in 12-14 days. They have been known to reuse the same nest for five sets of eggs in a single season. Usually 2 - 3 broods raised each season. The peak of the breeding season is April-July although they may breed as late as October in some areas. Lifespan. The average lifespan of first year birds is 1 - 1.5 years. First year birds have a mortality rate of 60 - 75 percent and adults have a mortality rate of 50 - 60 percent. For any songbird the first year of survival is the most difficult. <P> Breeding Diamond Doves. Diamond Doves will breed readily if the proper environment is provided (see Care of Diamond Doves). It is very important for the doves to have a fixed routine if they are to breed readily. They learn when to expect the lights to be turned on in the morning, and off in the evening. Diamond Doves will breed readily if the proper environment is provided (see Care of Diamond Doves). It is very important for the doves to have a fixed routine if they are to breed readily <P> Incubation lasts 14 to 15 days. Young mourning doves are fed regurgitated food by both parents. For the first 3 to 4 days after hatching the young are fed only crop milk, an energy rich substance that is produced in the crops of both male and female parents. How long do they live? Adult mourning doves usually live to about 1.5 years old in the wild, but one wild mourning dove lived to 19.3 years old. Some areas of the United States allow hunting of mourning doves, in these areas average lifespan is lower than in areas where hunting is not allowed.
|
3 to 5 years.
|
characteristics of muscle cells
|
<P> muscle. the contractile tissue that effects the movement of and within the body. Muscle tissue in the higher animals is classified as striated, smooth, or cardiac, according to its structure and function. Striated, or skeletal, muscle forms the bulk of the body's muscle tissue and gives the body its general shape. In muscle cells myosin is arranged in long filaments called thick filaments that lie parallel to the microfilaments of actin...... Click the link for more information. . Actin and myosin interact before muscle contraction, forming the contractile material actomyosin. <P> Skeletal muscle is a form of striated muscle tissue which is under the voluntary control of the somatic nervous system. It is one of three major muscle types, the others being cardiac muscle and smooth muscle. Most skeletal muscles are attached to bones by bundles of collagen fibers known as tendons. Skeletal muscle is made up of individual muscle cells or myocytes, known as muscle fibers. They are formed from the fusion of developmental myoblasts (a type of embryonic progenitor cell that gives rise to a muscle cell) in a process known as myogenesis. <P> Characteristics of Smooth Muscle. The normal characteristics of smooth muscle: Smooth muscle is found in many different places in the human body: Unlike skeletal muscle, smooth muscle is generally not identifiable from gross observation of the body. You have to know where to look where to find it. <P> 1.Skeletal Muscle-Voluntary striated (lined/ridged) connective tissue with a primary function of contraction. Provides motion and movement. Repairs easily. 2.Cardiac Muscle … - Part of the Cardiovascular System enabling the Heart to rhythmically beat. Very strong. 3.Smooth Muscle-Involuntary. Cardiac muscle tissue is specifically muscle tissue of the heart. It is smooth just like skeletal muscle tissue but has special characteristics that help it to contract at … fast, steady rates. <P> Within muscle tissue are three distinct groups of tissues: skeletal muscle, cardiac muscle, and smooth muscle. Each of these tissue groups is made of specialized cells that give the tissue its unique properties. It forms all of the skeletal muscles, such as the biceps brachii and gluteus maximus, and is found in the eyes, throat, diaphragm, and anus.... Click to read more below. Muscle tissue, one of the four major tissue types, plays the vital role of providing movement and heat generation to the organs of the body. <P> Overview of Muscle Tissues. Types of Muscle Tissue. Skeletal muscle is associated with the bony skeleton, and consists of large cells that bear striations and are controlled voluntarily. Cardiac muscle occurs only in the heart, and consists of small cells that are striated and under involuntary control. Smooth muscle is found in the walls of hollow organs, and consists of small elongated cells that are not striated and are under involuntary control. Special Characteristics of Muscle Tissue. Excitability, or irritability, is the ability to receive and respond to a stimulus <P> Skeletal muscle is an example of muscle tissue, one of the four types of basic tissue. The essential characteristic of muscle tissue is that it shortens or contracts. There are three kinds of muscle tissue, skeletal, cardiac and smooth. <P> Four characteristics define cardiac muscle tissue cells: they are involuntary and intrinsically controlled, striated, branched, and single nucleated. Cardiac muscle is considered to be an involuntary tissue because it is controlled unconsciously by regions of the brain stem and hypothalamus. It forms all of the skeletal muscles, such as the biceps brachii and gluteus maximus, and is found in the eyes, throat, diaphragm, and anus.... Click to read more below. Muscle tissue, one of the four major tissue types, plays the vital role of providing movement and heat generation to the organs of the body. <P> Four characteristics define skeletal muscle tissue cells: they are voluntary, striated, not branched, and multinucleated. Skeletal muscle tissue is the only muscle tissue under the direct conscious control of the cerebral cortex of the brain, giving it the designation of being voluntary muscle. It forms all of the skeletal muscles, such as the biceps brachii and gluteus maximus, and is found in the eyes, throat, diaphragm, and anus.... Click to read more below. Muscle tissue, one of the four major tissue types, plays the vital role of providing movement and heat generation to the organs of the body.
|
Muscle tissue, one of the four major tissue types, plays the vital role of providing movement and heat generation to the organs of the body.
|
the fdic was created after the great depression
|
<P> The alphabet agencies (also New Deal agencies) were the U.S. federal government agencies created as part of the New Deal of President Franklin D. Roosevelt. The earliest agencies were created to combat the Great Depression in the United States and were established during Roosevelt's first 100 days in office in 1933. William Safire notes that the phrase gave color to the charge of excessive bureaucracy.. <P> As of August 2014, it provides deposit insurance guaranteeing the safety of a depositor's accounts in member banks up to $250,000 for each deposit ownership category in each insured bank. As of August 27, 2014, the FDIC insured deposits at 6,638 institutions. According to the FDIC.gov website (as of March 2013), FDIC deposit insurance is backed by the full faith and credit of the United States government. This means that the resources of the United States government stand behind FDIC-insured depositors.. <P> The Great Depression It began in the wake of the stock market crash of October 1929 and lasted until at least 1933. The end varied somewhat from country to country, and there … is some disagreement as to when it ended in the US. The Great Depression originated in the United States; historians most often use as a starting date the stock market crash on October 29, 1929, known as Black Tuesday. The depression had devastating effects in virtually every country, rich or poor. <P> This virtual exhibit is based on the exhibit located at the FDIC building in Washington, DC. Visit the exhibit. The FDIC was created in 1933 in response to the thousands of bank failures that occurred in the 1920s and early 1930s. As the FDIC celebrates its 75th anniversary, we present a historical perspective on the rich history of protecting consumers. <P> The FDIC insures accounts at different banks separately. For example, a person with accounts at two separate banks (not merely branches of the same bank) can keep $100,000 in each account and be insured for the total of $200,000. The New Deal was a set of economic programs, passed by Congress during President Roosevelt's first term, 1933-1937, in response to the Great Depression. <P> The Federal Deposit Insurance Corporation (FDIC) is a United States government corporation created by the Glass-Steagall Act of 1933. It provides deposit insurance which … guarantees the safety of checking and savings deposits in member banks, currently up to $100,000 per depositor per bank. The New Deal was a set of economic programs, passed by Congress during President Roosevelt's first term, 1933-1937, in response to the Great Depression. <P> The Federal Deposit Insurance Corporation (FDIC) is a United States government corporation operating as an independent agency created by the Banking Act of 1933. According to the FDIC.gov website (as of March 2013), FDIC deposit insurance is backed by the full faith and credit of the United States government. This means that the resources of the United States government stand behind FDIC-insured depositors.. <P> Programs to address the Depression began in earnest in 1933 after the election of Franklin Delano Roosevelt. But the after-effects continued until World War II in 1941. The Great Depression was a massive global economic recession (or depression) that ran from 1929 to 1941. The Great Depression originated in the United States; historians most often use as a starting date the stock market crash on October 29, 1929, known as Black Tuesday. The depression had devastating effects in virtually every country, rich or poor. <P> Answer The Federal Deposit Insurance Corporation was created to guarantee bank deposits up to $5000. To prevent speculative abuses, it separated investment and commerci … al banking corporations and extended the Federal Reserve's regulatory power over credit. The New Deal was a set of economic programs, passed by Congress during President Roosevelt's first term, 1933-1937, in response to the Great Depression. <P> Confidence votes 37. The Federal Deposit Insurance Corporation was created to guarantee bank deposits up to $5000. To prevent speculative abuses, it separated investment and commercial banking corporations and extended the Federal Reserve's regulatory power over credit. The Great Depression originated in the United States; historians most often use as a starting date the stock market crash on October 29, 1929, known as Black Tuesday. The depression had devastating effects in virtually every country, rich or poor.
|
The Federal Deposit Insurance Corporation (FDIC) is a United States government corporation created by the Glass-Steagall Act of 1933.
|
why avoid onion and garlic when heavily sweat
|
<P> yeah i smell like onions sometimes and other times i smell like poop.you need to remember that if you have had something with onions or garlic in it will take a few days to completely be out of your system eating foods with strong spices as well can probably make you smell bad. finally. Guest. Armpits smell like onions. It can be an afrodisiac for certain people like myself. The onion smell if from diet of onions and or garlic. It's a healty smell. Embrace your manly smell. onion pits <P> See, even the definition mentions garlic and onions increase bad breath! Now everyone knows that certain foods just aren’t good for you. Also, I’m sure people know of certain foods that cause people in a 10 ft radius to run away, plugging their nose in fear. The intensity of bad breath differs during the day, due to eating certain foods (such as garlic, onions, meat, fish, and cheese), obesity, smoking, and alcohol consumption. <P> Why these food compounds make some people smell and not others might have to do with a number of different factors, including how much of the offending substance you eat, the metabolic enzymes in your saliva that break foods down, or your genes, Preti says. Capsaicin stimulates nerve receptors in your mouth and essentially tricks your nervous system into thinking you're hot. Your body acts much like it does when you're outside in 90-degree heat. Your internal thermostat -- the hypothalamus in your brain -- sends out a signal to activate your sweat glands. Sweat reaches your skin and evaporates, taking the heat from your body with it. Foods that are hot temperature-wise can also make you sweat. Hot coffee, hot tea, and hot soups can sometimes make people sweat, even though their whole core body temperature isn't hot, says Dee Anna Glaser, MD, professor of dermatology at St. Louis University School of Medicine <P> If you avoid eating garlic because the smell comes out of your skin pores for days, you're not alone. Garlic, an herb used in many food dishes as well as a supplement in alternative medicine, can definitely cause a distinct and persistent body smell that can linger for days. Sweat normally has no odor until it reacts with bacteria on your skin, but the odor from sulphur-like compounds produced from the breakdown of some herbs and spices, including garlic, onion, cumin and curry, comes through the pores in your skin. <P> You Love Broccoli. You've probably heard that eating a diet heavy in garlic and onion can stink up more than just your mouth. It's true -- smelly foods are broken down into smelly compounds that circulate in the blood stream and come out through the breath, sweat and urine, WebMD reported. <P> Onions. Foods with a strong smell such as onions and garlic is high in sulfuric acid. The oil secreted from onions mixes with the fatty sweat released in the apocrine glands. The strong smell from onions contributes to body odor in the apocrine glands. Onions may also cause foul breath. <P> It’s logical, and makes total sense. With all the being said, now that I’m very healthy with a low toxic load, I find people that eat loads or garlic and onions to reek (kind of like leek — oh so clever). Not only their breath, but you can smell it in their sweat. The body is trying to detox it anyway it can, and if it’s that offensive, chances are it’s probably not the best food for you (or them). So I did some research and found a few really interesting things: 1 They contain allicin. The intensity of bad breath differs during the day, due to eating certain foods (such as garlic, onions, meat, fish, and cheese), obesity, smoking, and alcohol consumption. <P> An onion intolerance is a situation where a person experiences negative symptoms after eating onions or foods that contain onions. An onion intolerance is not an onion allergy. Onion allergy symptoms are immediate and often very severe. Allergy symptoms can even be life-threatening in some cases. A person with an onion intolerance does not need to permanently remove onions from his or her diet. In many cases, a person can return to eating onions and any other offending foods within a period of time. <P> Well onion smell is natural. It can be an afrodisiac for certain people like myself. The onion smell if from diet of onions and or garlic. It's a healty smell. Embrace your manly smell. onion pits. Guest. Armpits smell like onions.
|
The oil secreted from onions mixes with the fatty sweat released in the apocrine glands. The strong smell from onions contributes to body odor in the apocrine glands.Onions may also cause foul breath.nions. Foods with a strong smell such as onions and garlic is high in sulfuric acid. The oil secreted from onions mixes with the fatty sweat released in the apocrine glands.
|
what is eus appointment
|
<P> At Mayo Clinic, we take the time to listen, to find answers and to provide you the best care. EUS is used to find the cause of symptoms such as abdominal or chest pain, to determine the extent of diseases in your digestive tract and lungs, and to evaluate findings from imaging tests such as CT scan or MRI. <P> Endoscopic Ultrasound (EUS). You've been referred to have an endoscopic ultrasound, or EUS, which will help your doctor, evaluate or treat your condition. This brochure will give you a basic understanding of the procedure-how it is performed, how it can help, and what side effects you might experience. Your doctor can use EUS to diagnose the cause of conditions such as abdominal pain or abnormal weight loss. Or, if your doctor has ruled out certain conditions, EUS can confirm your diagnosis and give you a clean bill of health. <P> Endoscopic Ultrasound (EUS) allows your doctor to examine the lining and the walls of your upper and lower gastrointestinal tract. The upper tract is the esophagus, stomach, and duodenum; the lower tract includes your colon and rectum. Doctors also use EUS to study internal organs that lie next to the gastrointestinal tract, such as the gall bladder and the pancreas. Your endoscopist will use a thin, flexible tube called an endoscope <P> Upper Endoscopic Ultrasonography (EUS) About your test An upper endoscopic ultrasonography (EUS) is a test to check your upper digestive tract. This includes your esophagus, stomach and the duodenum, the beginning of your small intestines. Other organs in the area that are close, such as the pancreas may also be viewed. <P> EUS allows your doctor to examine the lining and the walls of your upper and lower gastrointestinal tract. The upper tract is the esophagus, stomach and duodenum; the lower tract includes your colon and rectum. Your doctor can use EUS to diagnose the cause of conditions such as abdominal pain or abnormal weight loss. Or, if your doctor has ruled out certain conditions, EUS can confirm your diagnosis and give you a clean bill of health. <P> Endoscopic Ultrasound (EUS) is a procedure that looks at your digestive system from the inside. It can be done for either your upper or lower digestive tract. A thin flexible tube, called an endoscope, with a tiny camera at the end is gently guided into your digestive system. <P> Endoscopic Ultrasound. Endoscopic ultrasound (EUS) is a significant improvement over the standard (transabdominal) ultrasound. During standard transabdominal ultrasound the ultrasound probe is placed externally on the surface of the abdomen which limits the resolution of the images <P> About EUS (endoscopic ultrasound). An EUS, or endoscopic ultrasound, is an outpatient procedure used to closely examine the tissues in the digestive tract. The procedure is done using a standard endoscope and a tiny ultrasound device. The ultrasound sensor sends back visual images of the digestive tract to a screen, allowing the physician to see deeper into the tissues and the organs beneath the surface of the intestines. A. In general, an EUS is a very safe procedure. If your procedure is being done on the upper GI tract, you may have a sore throat for a few days. As a result of the sedation, you should not drive, operate heavy machinery or make any important decisions for up to six hours following th
|
You've been referred to have an endoscopic ultrasound, or EUS, which will help your doctor, evaluate or treat your condition.
|
what was the policy of brinkmanship
|
<P> brinkmanship, brinksmanship. the technique or practice in foreign policy of manipulating a dangerous situation to the limits of tolerance or safety in order to secure advantage, especially by creating diplomatic crises. <P> brinkmanship-the policy of pushing a dangerous situation to the brink of disaster (to the limits of safety). foreign policy-a policy governing international relations. <P> Full Definition of BRINKMANSHIP. : the art or practice of pushing a dangerous situation or confrontation to the limit of safety especially to force a desired outcome. <P> Eisenhower's Policy of brinkmanship mainly stated that the US would go to the 'brink' of war to stop communism from spreading. In other words, the US would threaten war, or go … on the verge of war, without actually following through to scare communist countries attempting to control free nations. <P> The term brinkmanship was originally coined by United States Secretary of State John Foster Dulles during the height of the Cold War. The term came from the political Hungarian theory of pushing the military to the brink of war in order to convince another nation to follow your demands. <P> Eisenhower's Policy of brinkmanship mainly stated that the US would go to the 'brink' of war to stop communism from spreading. In other words, the US would threaten war, or go … on the verge of war, without actually following through to scare communist countries attempting to control free nations. <P> The Eisenhower policy of nuclear brinkmanship was taking the country from crisis to another. Brinkmanship was eventually replaced with the Detente Policy by both the Unite … d States as well as the Soviet Union. Efforts began to thaw the Cold War. <P> The switch from Brinksmanship to Detente détente was a joint policy shift by both THE us and The Soviet. Union neither nation could have done it. (alone) 1 both nations … understo od that a state Of Mutually Assured destruction had been, reached and that a war between the superpowers risked nuclear. devastation <P> The term brinkmanship was originally coined by United States Secretary of State John Foster Dulles during the height of the Cold War. The term came from the political Hungarian theory of pushing the military to the brink of war in order to convince another nation to follow your demands.
|
The US would threaten war, or go on the verge of war, without actually following through to scare communist countries attempting to control free nations.
|
how long does a solar panel takes to charge a battery
|
<P> You have a 2 Watt, 6 Volt panel and a 1,000 mAh, 3.7V battery, how long does it take to completely charge? The quick and very wrong answer would be to figure out the Watt hours of the battery (3.7 * 1Ah = 3.7 Watt hours) and divide. The reality is about 2.5 times longer. <P> 5. How long does it take to charge the solar charger from the sun? SCOUT: Theoretical (1500 mAh) battery charge from 0% to 50% takes 2,5 hours in ideal conditions. Power absorption of the Li-Po battery slows down in the end of its charging cycle, causing the battery to charge up from 50% to 100% in a longer period. <P> Depending on the size of the battery, it will usually take a minimum of 5-8 hours to charge a dead-battery from a solar panel producing 1 Amp of current. In order to most effectively charge a battery with a solar panel, you need to maximize the amount of current by keeping the panel pointed directly at the sun. <P> So assuming that the panel voltage is reasonable, the panel is clean, it is sunny and the panel is pointed at the sun. Then … it will take about 225/7 hours to charge the battery. About 300 hrs. But in fact charging is only about 85% efficient (charge at 14 V get energy out at 12V or so). <P> How long does it take to charge a battery? This solar panel can generate 1 Amp per hour under ideal conditions. For example, under ideal conditions, the panel will generate 15 Watts x 7 hours x 7 days per week for a total of 735 Watts of power. <P> Your solar panel needs to have at least 12 volts at its output, or else it can't charge. a 12-volt battery. The more it exceeds the 12 volts of the battery, the more current. (amps) will flow into the battery. <P> So Divide the Watt hours of your battery by the Wattage of your panel and multiply by 2.5. In our example above you would get 3.7 Watt hours / 2.0 Watts * 2.5 = 4.6 hours to fully charge. <P> Most local hardware stores have the required equipment to charge a battery with a solar panel. A small $200 - $300 system is both efficient and portable. It can be installed in your yard, near a tent, on a boat or any location with direct sunlight.
|
Minimum of 5 to 8 hours
|
why was the battle of shiloh named shiloh
|
<P> Information about the Battle Of Shiloh, a major Civil War Battle of the Western Theater during the American Civil War. Battle Of Shiloh Summary: The Battle of Shiloh (aka Battle of Pittsburg Landing) was fought on April 6–7, 1862, in southwestern Tennessee not far from Corinth, Mississippi. The Battle of Shiloh Begins. Johnston initiated a surprise attack on Grant’s camps around Shiloh Church and drove the Federal forces back to a defensive perimeter on the heights above Pittsburg Landing on the Tennessee River. During the afternoon, Johnston was wounded in the leg and bled to death. <P> Instructor: Daniel Vermilya. The Battle of Shiloh was fought on April 6 and 7, 1862. Confederate forces launched a surprise attack against Union troops, but Union forces ultimately hung on and won. There were well over 23,000 casualties in the two days of fighting. <P> On April 6, the first day of the battle, the Confederates struck with the intention of driving the Union defenders away from the river and into the swamps of Owl Creek to the west. Johnston hoped to defeat Grant's Army of the Tennessee before the anticipated arrival of General Don Carlos Buell's Army of the Ohio. The Confederate battle lines became confused during the fierce fighting, and Grant's men instead fell back to the northeast, in the direction of Pittsburg Landing. A Union position on a slightly sunken road, nicknamed the Hornet's Nest, defended by the men of Brig. Gens. <P> The Battle of Shiloh, which took place on April 6-7, 1862, is one of the Civil War’s most momentous fights, but perhaps one of the least understood. The standard story of the engagement reads that Union troops were surprised in their camps at dawn on April 6. The Battle of Shiloh Begins. Johnston initiated a surprise attack on Grant’s camps around Shiloh Church and drove the Federal forces back to a defensive perimeter on the heights above Pittsburg Landing on the Tennessee River. During the afternoon, Johnston was wounded in the leg and bled to death. <P> PCH: Tennessee The Battle of Shiloh was located on the Tennesse River in Tennesse, just north of the Corinth, MS, across the Mississippi state line. The Union troops re … ferred to the place as Pittsburg Landing as that was the name of the area during that time. There is a National Park at Shiloh and it can be found on the National Park Service websites. Custermen The battle of Shiloh took place at Pittsburg, Tennessee. The tactics used in the Battle of Shiloh were first one of a surprise attack by the Co … nfederate's against the forces of the Union led by General Grant. Grant was not prepared for battle & thus the surprise attack as his army camped along the Tennessee River near Pittsburg Landing was nearly successful. <P> Shiloh, Tennessee in Hardin County, Tennessee. Another name for the battle was Pittsburg Landing. Key Individuals Involved in the Battle of Shiloh: Union: Major General Ulysses S. Grant and Major General Don Carlos Buell. Confederate: General Albert Sidney Johnston and General P.G.T. <P> The Hornet’s Nest. The Hornet’s Nest was a name given to the area of the Shiloh battlefield where Confederate troops made repeated attacks against Union positions along a small, little-used farm road on the first day of the battle, April 6, 1862. The Battle of Shiloh Begins. Johnston initiated a surprise attack on Grant’s camps around Shiloh Church and drove the Federal forces back to a defensive perimeter on the heights above Pittsburg Landing on the Tennessee River. During the afternoon, Johnston was wounded in the leg and bled to death. <P> The Battle of Shiloh, also known as the Battle of Pittsburg Landing, was a major battle in the Western Theater of the American Civil War, fought April 6–7, 1862, in southwestern Tennessee. The Confederate battle lines became confused during the fierce fighting, and Grant's men instead fell back to the northeast, in the direction of Pittsburg Landing. A Union position on a slightly sunken road, nicknamed the Hornet's Nest, defended by the men of Brig. Gens. <P> The Battle of Shiloh began at sunrise on April 6, 1862 — the Sabbath — as 45,000 Confederate soldiers swooped down on an unsuspecting Union army encamped at Pittsburg Landing, a nondescript hog-and-cotton steamboat dock on the Tennessee River. The Confederate Soldier in the Civil War, 1895 A battle near Pittsburg Landing in Tennessee. Among the first casualties was the rebel general Adley H. Gladden, a prominent New Orleans merchant and president of that city’s exclusive Boston Club. <P> The battle was named for the church; Shiloh. The Union forces referred to the battle as Pittsburg Landing, which is the area where Grant landed his troops and set up his h … eadquarters. This is now the Park Visitor's Center & main cemetery. The tactics used in the Battle of Shiloh were first one of a surprise attack by the Co … nfederate's against the forces of the Union led by General Grant. Grant was not prepared for battle & thus the surprise attack as his army camped along the Tennessee River near Pittsburg Landing was nearly successful.
|
The Hornet’s Nest was a name given to the area of the Shiloh battlefield where Confederate troops made repeated attacks against Union positions along a small, little-used farm road on the first day of the battle, April 6, 1862.
|
dental hygienist salary in michigan
|
<P> Dental Hygienist in Ann Arbor, MI. Average Dental Hygienist salaries for job postings in Ann Arbor, MI are 1% higher than average Dental Hygienist salaries for job postings nationwide. <P> $52,000. Average Dental Hygienist salaries for job postings in Michigan are 1% higher than average Dental Hygienist salaries for job postings nationwide. <P> According to the BLS report, for states hiring more than 500 hundred dental hygienist, two states with the highest yearly average salary were Washington at $90,140 and Alaska at $96,280 and two states with the lowest yearly average salary were West Virginia at $46,210 and Alabama at $42,970. There is no one complete answer but just an average that can be given because of the variables involved like location, job duties, and education level. According to the BLS report for May 2009, the mean annual salary for dental hygienist was $67,860 and the mean hourly wage was $32.63. <P> Dental hygienist salaries vary with experience, education, employer and location. Median annual dental hygienist salaries were about $70,000 in May 2012. The lowest 10 percent earned a dental hygienist salary of less than about $47,000 and the highest 10% earned a dental hygienist salary of more than about $96,000. <P> The salaries paid to dental hygienists are growing in Michigan. The mean salary for dental hygienists in 2006 was $58,210 per year. And in 2010 the mean salary was $59,200 per year. Thus, dental hygienists' salaries grew by 2% in 4 years. This growth is mirrored by state trends for all professionals. In Michigan, 90 more dental hygienists were working in 2010, than there were in 2006. Thus, the field of dental hygienist has grown by 1% in Michigan. This growth is slower than the national trend for dental hygienists which shows a 7% increase in the number of dental hygienists working around the nation. <P> Similar Job Titles: Industrial Hygienist, Dental Assistant. This chart describes the expected percentage of people who perform the job of Dental Hygienist in Ann Arbor, MI that make less than that salary. For example 50% of the people who perform the job of Dental Hygienist in Ann Arbor are expected to make less than the median. Source: HR Reported data as of September 2015. <P> In Michigan, dental hygienist is a growing field. In Michigan, 90 more dental hygienists were working in 2010, than there were in 2006. Thus, the field of dental hygienist has grown by 1% in Michigan. This growth is slower than the national trend for dental hygienists which shows a 7% increase in the number of dental hygienists working around the nation. <P> Submit. Pay & Employment in the US. National Insights. Across the United States, Ann Arbor's salaries for Dental Hygienists rank 190th out of 366. Overall, the US average annual salary for this job is $71,530. That means the salaries in Ann Arbor are $6,930 (9.69%) higher. Dental Hygienists in Ann Arbor, Michigan make $65,730 per year ($31.60 per hour). <P> On average, the dental hygienist salary in Michigan is $60,880 a year; however larger cities are paying dental hygienist significantly more. Dental hygienists in the U.S. average overall about $66,950, so the state of Michigan is slightly below the national average according to the U.S Bureau of Labor Statistics. This number may be a little off due to the fact that part-time salaries are averaged in. Since many dental hygienists are paid by the hour or on a commissioned based scale, the more accurate figure is hourly. The hourly pay for dental hygienist in Michigan ranges from $15-$18 an hour.
|
$60,880 a year.
|
operational codes international relations definition
|
<P> UN Charter and United Nations. The UN Charter and the United Nations as an organization were established on October 26, 1945. The UN Charter is a multilateral treaty that serves as the organization's constitution. The UN Charter contains a supremacy clause that makes it the highest authority of international law. States within the United States, provinces, and cantons were not considered subjects of international law, because they lacked the legal authority to engage in foreign relations. In addition, individuals did not fall within the definition of subjects that enjoyed rights and obligations under <P> The formal practice of what is now commonly referred to as “public relations” dates to the early 20th century. In the relatively brief period leading up to today, public relations has been defined in many different ways, the definition often evolving alongside public relations’ changing roles and technological advances. The earliest definitions emphasized press agentry and publicity, while more modern definitions incorporate the concepts of “engagement” and “relationship building.” The PRSA National Assembly adopted the following definition in 1982: Public relations helps an organization and its publics adapt mutually to each other.. <P> Comment on this article Beliefs play a pivotal role in explaining the process of foreign policy decision making, the ensuing process of strategic interaction between actors engendered by their decisions, and the political outcomes resulting from this interaction process. <P> As political activity, international relations dates from the time of the Greek historian Thucydides (c. 460–395 BC), and, in the early 20th century, became a discrete academic field (No. 5901 in the 4-digit UNESCO Nomenclature) within political science. The history of international relations can be traced back to thousands of years ago; Barry Buzan and Richard Little, for example, consider the interaction of ancient Sumerian city-states, starting in 3,500 BC, as the first fully-fledged international system. <P> To qualify as a subject under the traditional definition of international law, a state had to be sovereign: It needed a territory, a population, a government, and the ability to engage in diplomatic or foreign relations. States within the United States, provinces, and cantons were not considered subjects of international law, because they lacked the legal authority to engage in foreign relations. In addition, individuals did not fall within the definition of subjects that enjoyed rights and obligations under international law. <P> International relations (IR) or international affairs, depending on academic institution, is either a field of political science or an interdisciplinary academic field similar to global studies, in which students take a variety of internationally focused courses in social science and humanities disciplines. The history of international relations can be traced back to thousands of years ago; Barry Buzan and Richard Little, for example, consider the interaction of ancient Sumerian city-states, starting in 3,500 BC, as the first fully-fledged international system. <P> DEFINITION of 'Operations Management'. Operations management refers to the administration of business practices to create the highest level of efficiency possible within an organization. Operations management is concerned with converting materials and labor into goods and services as efficiently as possible to maximize the profit of an organization. Next Up <P> The operational code construct can be defined as “a political leader’s beliefs about the nature of politics and political conflict, his views regarding the extent to which historical developments can be shaped, and his notions of correct strategies and tactics” (George, 1969, p.197). In turn, Walker et al. (1998, p. 2) defined a leader’s operational code “as a set of alternative states of mind,” which permits the operational code construct more flexibility in its research applications. As a result <P> Operational code has been used as a tool to evaluate leaders’ views of international politics. Nathan Leites (1951) conducted the first operational code analysis to determine how the Bolsheviks approached international conflict by analyzing their belief systems. Hired by the Rand Corporation, Leites (1951) sought to explain Soviet bargaining behavior, which perplexed Western policy makers. In turn, Walker et al. (1998, p. 2) defined a leader’s operational code “as a set of alternative states of mind,” which permits the operational code construct more flexibility in its research applications. As a result <P> Full Definition of INTERNATIONAL RELATIONS. : a branch of political science concerned with relations between nations and primarily with foreign policies. ADVERTISEMENT.
|
Operational code has been used as a tool to evaluate leaders’ views of international politics. Nathan Leites (1951) conducted the first operational code analysis to determine how the Bolsheviks approached international conflict by analyzing their belief systems.
|
what county is belfair wa in
|
<P> 1 Registrant: Mason County Fire District 2, 460 Ne Old Belfair Highway, Belfair, WA 98528, Phone: (360) 275-6711, Fax: (360) 275-6224, Email: 2 12.25 Mi At 262 Degrees T (Lat: 47.431194 Lon: -123.078778), Call Sign: KNDS632. Colleges/universities with over 2000 students nearest to Belfair: 1 Olympic College (about 15 miles; Bremerton, WA; Full-time enrollment: 6,158). 2 Tacoma Community College (about 19 miles; Tacoma, WA; FT enrollment: 6,622). 3 University of Puget Sound (about 20 miles; Tacoma, WA; FT enrollment: 2,788). <P> According to our research of Washington and other state lists there were 7 registered sex offenders living in Belfair, Washington as of October 06, 2015. Colleges/universities with over 2000 students nearest to Belfair: 1 Olympic College (about 15 miles; Bremerton, WA; Full-time enrollment: 6,158). 2 Tacoma Community College (about 19 miles; Tacoma, WA; FT enrollment: 6,622). 3 University of Puget Sound (about 20 miles; Tacoma, WA; FT enrollment: 2,788). <P> Our district is participating in a federal program available to select schools as part of the National School Lunch and School Breakfast Program called the Community Eligibility Provision (CEP). <P> A new library was opened in November 1979. The Friends of the North Mason Library purchased the land for the library building and deeded the property to the district. TRL purchased additional land at the current site on which a new 14,400 square foot library was built. <P> Disclaimer and Terms of Service. The information provided by Mason County is provided 'as is' and for reference only. The user expressly agrees that the use of Mason County's web site is at the user's sole risk. Mason County does not warrant that the service will be uninterrupted or error free. <P> The focus of Community Directories is currently working with our online content. We are not working with yellow page advertising at this time. We now offer online web packages and websites for your business needs. When a business goes to the internet, they are wanting to get their name out there. Many businesses spend a ton of money only to find dreams unfulfilled, and money spent. <P> Belfair is a census-designated place in Mason County, Washington, United States. Located on the Union River, headwaters of the Hood Canal, a branch of Puget Sound, it serves as the commercial center of North Mason County. Belfair is located on an isthmus connecting the Kitsap and Olympic Peninsula. It receives an average rainfall of 60 inches (1,500 mm) yearly and has a growing season of 212 days. Mason Lake is 8 miles (13 km) southwest of Belfair. Belfair is the home of U.S. Representative Norm Dicks. Belfair was also home to Noah Ashenhurst, formerly an English teacher at North Mason High School and award-winning author of the novel Comfort Food. Belfair was originally called Clifton, as were several other towns in the state <P> As required by law, the Assessor prepares, possesses and updates a complete set of maps drawn from legal descriptions, to indicate all parcel configurations for land in the County. The Assessor sets current market values and calculates levies based on the taxing district’s budgets.
|
Mason County, Washington, United States.
|
narrator definition
|
<P> In a first-person narrative, the story is revealed through a narrator who is also a character within the story, so that the narrator reveals the plot by referring to this viewpoint character with forms of I or, when plural, we. A rare form of first person is the first person omniscient, in which the narrator is a character in the story, but also knows the thoughts and feelings of all the other characters. It can seem like third person omniscient at times. <P> Full Definition of NARRATIVE. 1. : something that is narrated: story, account. 2. : the art or practice of narration. 3. : the representation in art of an event or story; also: an example of such a representation. — narrative adjective. — nar·ra·tive·ly adverb. <P> The narrator only knows the thoughts and feelings of one character in third person limited point of view. It is less personal than first person point of view because the reader is not right inside that person's mind seeing everything through his or her eyes. In third person limited the narrator only knows the thoughts and feelings of one character. All characters are described using pronouns, such as 'they,' 'he,' and 'she.' But, one character is closely followed throughout the story, and it is typically a main character. <P> noun. The definition of a narrator is a person who is telling a story. An example of narrator is a character in a book who writes the story in first person from his own point of view. <P> Definition: A person who tells a story, or a voice fashioned by an author to recount a narrative. (See Observations, below.). An unreliable narrator (used far more often in fiction than in nonfiction) is a first-person narrator whose account of events can't be trusted by the reader. See also: 1 First-Person Point of View. <P> Narrative Definition. Narrative is a report of related events presented to the listeners or readers in words arranged in a logical sequence. A story is taken as a synonym of narrative. A narrative or story is told by a narrator who may be a direct part of that experience and he or she often shares the experience as a first-person narrator. Sometimes he or she may only observe the events as a third-person narrator and gives his or her verdict. <P> Full Definition of NARRATION. 1. : the act or process or an instance of narrating. 2. : story, narrative. — nar·ra·tion·al \-shnəl, -shə-nəl\ adjective. See narration defined for English-language learners. See narration defined for kids. <P> Lesson Summary. Third person omniscient is a point of view where the narrator knows all the thoughts, actions, and feelings of all characters. The author may move from character to character to show how each one contributes to the plot. In classic literature, a good example of third person omniscient is found in Nathaniel Hawthorne's The Scarlet Letter. In this novel, the story is told from several different characters' points-of-view. In addition, the narrator knows the thoughts, actions, and feelings of every character.
|
It is a report of related events presented to the listeners or readers in words arranged in a logical sequence.
|
how long chicken in fridge
|
<P> If not using the chicken immediately, store in the refrigerator and use within 24 hours of thawing. Thaw frozen chicken using one of three methods: in the refrigerator; in a cold water bath, changing the water every 30 minutes; or in the microwave. <P> According to Foodsafety.gov, uncooked poultry is safe in the refrigerator for 1-2 days, and safe in the freezer for 9 months (for pieces) and up to 12 months for whole chickens or turkey. Cooked poultry is safe refrigerated for 3-4 days. You can also freeze your cooked breaded chicken cutlets (tightly wrapped in foil or saran wrap and place in freezer bags) for 1-3 months. Just pull it out the night before you want to have it and thaw in the fridge. <P> Cooked chicken could be good up to 4 days. Raw chicken is best used within 1 or 2 days. You should store the chicken in the coldest part of the refrigerator for best shelf life or put it in freezer if not used within that time frame. Thawed chicken should be cooked as soon as possible. If not using the chicken immediately, store in the refrigerator and use within 24 hours of thawing. Thaw frozen chicken using one of three methods: in the refrigerator; in a cold water bath, changing the water every 30 minutes; or in the microwave. If using one of the last two quick-thaw methods, cook the chicken immediately. NEVER thaw chicken at room temperature. <P> Dear SS: According to Foodsafety.gov, uncooked poultry is safe in the refrigerator for 1-2 days, and safe in the freezer for 9 months (for pieces) and up to 12 months for whole chickens or turkey. Cooked poultry is safe refrigerated for 3-4 days. You can also freeze your cooked breaded chicken cutlets (tightly wrapped in foil or saran wrap and place in freezer bags) for 1-3 months. Just pull it out the night before you want to have it and thaw in the fridge.
|
1-2 days and freezer for 9 months
|
how long do i cook breakfast sausage in the oven
|
<P> Sausage Patties in the Oven. Original Recipe. Sausage Patties. Foil. Rimmed Baking Sheet. Preheat the oven to 425 F. Line a baking sheet with foil and arrange the patties on the sheet so they are not touching each other (use a second sheet pan if needed). Bake the sausage for 10 minutes, then flip each patty and rotate the baking sheet back to front. Bake for 10 more minutes, then broil for 3-4 minutes until the sausage is browned to your preference. <P> 1 Place them back in the oven for another 10 minutes or until sausage is thoroughly cooked through. 2 Remove finished sausage to paper towels or brown paper and blot excess grease off of the links with paper towels. 3 Repeat process until entire 3-pounds of sausage is cooked. So I decided to try baking breakfast link sausage the same way. I use a 10x15 jelly roll pan or the bottom of a broiling pan. I buy parchment paper for baking in rolls in bulk online. I bake 3 pounds of maple breakfast link sausage at a time and freeze it in individual servings. <P> Then...3. Put the plate in the microwave and......place up to 6 breakfast sausages on the paper towel covered plate (a) and cover the sausages with the second piece of paper towel (b). (a) (b)...cook for 5 minutes on HIGH heat.4. <P> 1 Place one package of sausage links in the jelly roll pan flat on top of the parchment paper in a single layer. 2 When the oven comes up to temperature, place the pan with the sausage on the middle shelf of the oven and bake for 15 minutes. So I decided to try baking breakfast link sausage the same way. I use a 10x15 jelly roll pan or the bottom of a broiling pan. I buy parchment paper for baking in rolls in bulk online. I bake 3 pounds of maple breakfast link sausage at a time and freeze it in individual servings. <P> 1 Place a sheet of baking paper on oven tray. 2 Cut the sausage links and place the sausages over the baking paper, use a large enough oven tray so that it allows some room around each of the sausages. 3 Place sausages in oven and roast for 15 minutes or until cooked. 1 Cut the sausage links and place the sausages over the baking paper, use a large enough oven tray so that it allows some room around each of the sausages. 2 Place sausages in oven and roast for 15 minutes or until cooked. 3 Shake the oven tray from time to time to turn the sausages so they brown evenly. <P> 1 Remove the sausage from the refrigerator 10 – 15 minutes before cooking to remove the chill from the meat. 2 Preheat the oven to 400 degrees Fahrenheit (200 degrees Celsius). 3 Layer the baking pan with aluminum foil or parchment paper. 4 Place the sausages evenly on the cooking sheet. <P> Directions: Preheat an oven to 400°F. Place the sausages on a rack in a shallow roasting pan or broiler pan. Roast until the sausages are shiny but not yet browned, about 10 minutes. Turn the sausages over and continue roasting until cooked through, about 5 minutes more. Preheat a broiler. <P> 1 When the oven comes up to temperature, place the pan with the sausage on the middle shelf of the oven and bake for 15 minutes. 2 When the time goes off remove the sausage from the oven and rotate them to the other side. So I decided to try baking breakfast link sausage the same way. I use a 10x15 jelly roll pan or the bottom of a broiling pan. I buy parchment paper for baking in rolls in bulk online. I bake 3 pounds of maple breakfast link sausage at a time and freeze it in individual servings. <P> 1 Line a 10x15 jelly roll pan with parchment paper for cooking/baking. 2 Place one package of sausage links in the jelly roll pan flat on top of the parchment paper in a single layer. 3 When the oven comes up to temperature, place the pan with the sausage on the middle shelf of the oven and bake for 15 minutes. So I decided to try baking breakfast link sausage the same way. I use a 10x15 jelly roll pan or the bottom of a broiling pan. I buy parchment paper for baking in rolls in bulk online. I bake 3 pounds of maple breakfast link sausage at a time and freeze it in individual servings.
|
15 minutes
|
how is graphite formed naturally
|
<P> Amorphous carbon is formed when a material containing carbon is burned without enough oxygen for it to burn completely. This black soot, also known as lampblack, gas black, channel black or carbon black, is used to make inks, paints and rubber products. Carbon is pronounced as KAR-ben. History and Uses: Carbon, the sixth most abundant element in the universe, has been known since ancient times. Carbon is most commonly obtained from coal deposits, although it usually must be processed into a form suitable for commercial use. <P> Graphite /ˈɡraefaɪt/ , ˈɡræfaɪt archaically referred to As, plumbago is a crystalline form of, carbon a, semimetal a native element, mineral and one of the allotropes of. carbon Graphite has a layered, planar structure. In each layer, the carbon atoms are arranged in a honeycomb lattice with separation of 0.142 nm, and the distance between planes is 0.335 nm. Atoms in the plane are bonded covalently, with only three of the four potential bonding sites satisfied. <P> Graphite is the most stable form of carbon under standard conditions. Therefore, it is used in thermochemistry as the standard state for defining the heat of formation of carbon compounds. Graphite has a layered, planar structure. In each layer, the carbon atoms are arranged in a honeycomb lattice with separation of 0.142 nm, and the distance between planes is 0.335 nm. Atoms in the plane are bonded covalently, with only three of the four potential bonding sites satisfied. <P> View full size image. Diamonds are made out of carbon — highly organized carbon, that is. Geologists are still guessing how diamonds formed in the Earth from 1 billion to 3 billion years ago, according to a recent study in the journal Nature, but they think the recipe follows something like this: 1. Bury carbon dioxide 100 miles into Earth. <P> Carbon is the 15th most abundant element in the Earth's crust, and the fourth most abundant element in the universe by mass after hydrogen, helium, and oxygen. It is present in all forms of carbon-based life, and in the human body carbon is the second most abundant element by mass (about 18.5%) after oxygen. Carbon is the fourth most abundant chemical element in the universe by mass after hydrogen, helium, and oxygen. Carbon is abundant in the Sun, stars, comets, and in the atmospheres of most planets. Some meteorites contain microscopic diamonds that were formed when the solar system was still a protoplanetary disk. <P> Graphite is a naturally-occurring form of crystalline carbon. It is a native element mineral found in metamorphic and igneous rocks. Graphite is a mineral of extremes. It is extremely soft, cleaves with very light pressure and has a very low specific gravity. Graphite and diamond are the two mineral forms of carbon. Diamond forms in the mantle under extreme heat and pressure. Most graphite found near Earth's surface was formed within the crust at lower temperatures and pressures. Graphite and diamond share the same composition but have very different structures. <P> It is formed in metamorphic rocks or calcareous sedimentary rocks. The grade of flake graphite ranges from 10-12% Cg, and the purity varies from 85-95% carbon after refining. Natural flake has the widest range of use and accounts for about 49% of natural graphite consumption. . Unlike diamond (another carbon allotrope), graphite is an electrical conductor, making it a semimetal. Graphite is the most stable form of carbon under standard conditions. As a result it is used in thermochemistry as the standard state for defining the heat of formation of carbon compounds. <P> Although commonly called lead, the black material used in pencils is actually graphite. Diamond, the third naturally occurring form of carbon, is one of the hardest substances known. Although naturally occurring diamond is typically used for jewelry, most commercial quality diamonds are artificially produced. Carbon is pronounced as KAR-ben. History and Uses: Carbon, the sixth most abundant element in the universe, has been known since ancient times. Carbon is most commonly obtained from coal deposits, although it usually must be processed into a form suitable for commercial use. <P> Carbon (from Latin: carbo coal) is a chemical element with symbol C and atomic number 6. On the Periodic table, it is the first (row 2) of six elements in column (group) 14, which have in common the composition of their outer electron shell. Carbon is the fourth most abundant chemical element in the universe by mass after hydrogen, helium, and oxygen. Carbon is abundant in the Sun, stars, comets, and in the atmospheres of most planets. Some meteorites contain microscopic diamonds that were formed when the solar system was still a protoplanetary disk. <P> Vein or Lump graphite is considered the rarest, most valuable, and highest quality form of natural graphite. It is formed from the direct deposition of solid, graphitic carbon from subterranean, high temperature fluids. . Unlike diamond (another carbon allotrope), graphite is an electrical conductor, making it a semimetal. Graphite is the most stable form of carbon under standard conditions. As a result it is used in thermochemistry as the standard state for defining the heat of formation of carbon compounds.
|
Most graphite found near Earth's surface is formed within the crust at lower temperatures and pressures. Graphite and diamond share the same composition but have very different structures.It is formed from the direct deposition of solid, graphitic carbon from subterranean, high temperature fluids.
|
actor who plays nostradamus on reign
|
<P> On “Reign” — a scandalous retelling of the rise and fall of Mary, Queen of Scots — the 35-year-old actor plays a young, brooding Nostradamus who is a big departure from the AARP-eligible version you’ll find on Wikipedia. From left, Donald, Rossif and Kiefer Sutherland attend the premiere of the movie “I’m Yours,” which starred Rossif, at the 2011 Toronto International Film Festival. Photo: Aaron Harris/ Getty Images. He may play Nostradamus on TV, but as a young man Rossif Sutherland didn’t even see his own destiny. Sutherland, who stars as the legendary prognosticator on the new CW drama “Reign,” comes from an enviable acting pedigree <P> By Square on March 12, 2014 in Actors. Rossif Sutherland might not be as well recognized as his half-brother Kiefer, but he’s doing pretty well for himself. Rossif plays Nostradamus in CW’s answer to “Games of Thrones”, “Reign” and he has brought some full-on unshaved hotness to the last episode as capped by Jair. It’s like that chest is saying “HERE I AM, TAKE IT OR LEAVE IT”. Pure confidence! <P> Nostradamus is a seer possesing the power of clairvoyance, the ability to foresee the future. At the beginning of the series, Nostradamus had a vision of Mary Stuart causing the death of his good friend 's son, Prince Francis. He has a sense of loyalty toward Queen Catherine and has supported her through the hard times. This article is about the Reign character Nostradamus you may be looking for the Historical figure Nostradamus. <P> Life & Career Edit. Rossif Sutherland is a Canadian actor, son of Donald Sutherland and Francine Racette, who got his acting debut in a short film he directed while studying at Princeton University after his lead actor was a no-show on the first day of shooting. Encouraged by his father, Rossif studied with Harold Guskin in New York, coach to Kevin Kline, Glen Close and the late James Gandolfini. He got his professional debut in Richard Donner's Timeline as a young French archaeologist. <P> Nostradamus (25 September 1978) is a Canadian actor. He portrays Nostradamus on Reign. Encouraged by his father, Rossif studied with Harold Guskin in New York, coach to Kevin Kline, Glen Close and the late James Gandolfini. He got his professional debut in Richard Donner's Timeline as a young French archaeologist. <P> Rossif Sutherland (born September 25, 1978) is a Canadian actor who portrays Nostradamus on Reign. He has appeared in films such as Timeline (as Francois Dontelle), and Red Doors (as Alex). He had a recurring role on the television show ER during its tenth season. Sutherland had a small role in the TV series Monk in the episode Mr. Monk and the Other Detective. <P> Life and Career Edit. Sutherland was born in Vancouver, British Columbia, the son of Canadian Actors Donald Sutherland and Francine Racette, brother of actor Angus Sutherland, Roeg Sutherland, and half-brother of actor Kiefer Sutherland and his twin sister Rachel. He has appeared in films such as Timeline (as Francois Dontelle), and Red Doors (as Alex). He had a recurring role on the television show ER during its tenth season. Sutherland had a small role in the TV series Monk in the episode Mr. Monk and the Other Detective. <P> Reign is an American historical fantasy romance television series following the early years of Mary, Queen of Scots living in France. Kane auditioned when she was filming a recurring role on the third season of MTV TV series Teen Wolf. When Kane got the part, the Teen Wolf writers wrote her character off the show. Kane is part Scottish on her mother's side, and did research on the historical Mary Stuart in preparing for the role.
|
Rossif Sutherland
|
where do spirit bears live
|
<P> The Kermode bear /ˈkɜrˌmoʊd/ (Ursus americanus kermodei), also known as the spirit bear (particularly in British Columbia), is a subspecies of the American black bear living in the Central and North Coast regions of British Columbia, Canada. It is the official provincial mammal of British Columbia. <P> Much of the spirit bear's historic territory is already logged, from River's Inlet at the south end of its range, to the Nass Valley in the north, and east up the Skeena River as far as Hazelton. Bears use large hollow trees as den sites. Spirit bears thrive in their lush rainforest home on a diet of green plants, berries and salmon. In the winter, they hibernate in dry cavities inside giant old trees, protected from howling winter storms. The hibernating bear slowly digests its stored body fat <P> Spirit bears are rare black bears with white or creamy fur, brown eyes, dark nose pads, and nearly white claws. They are not polar bears or albinos. Maybe 100 exist. Most Spirit Bears live on Princess Royal and Gribbell Islands along the rainforest coast of British Columbia. They are considered a subspecies of black bears called Kermode bears (Ursus americanus kermodeii). About 20 percent of the bears on those islands are white; the rest are black.utside British Columbia only about one in a million black bears is white. One of these white bears, a subadult male, lived near Orr, Minnesota, in 1997. Hair samples showed him to be genetically different from white Kermode bears. <P> Kermode bears live only in the Great Bear Rainforest—a partly protected area in the islands and coastal forests of Canada’s British Columbia. Most Kermode bears have dark fur, but some are white, which earned them a ghostly nickname: spirit bears. <P> Spirit bear is one of the common names for a unique subspecies of the North American black bear. In spirit bear populations, approximately one in every 10 bears is snow-white or cream-coloured; the rest are black. The scientific name of the spirit bear is Ursus americanus kermodei. White spirit bears are not albinos. <P> The Kermode Bear or Spirit Bear. The spirit bear is a unique subspecies of the North American black bear in which approximately one in every 10 bears is white or cream-coloured. Some have orange or yellow coloration on their backs. Bears use large hollow trees as den sites. Spirit bears thrive in their lush rainforest home on a diet of green plants, berries and salmon. In the winter, they hibernate in dry cavities inside giant old trees, protected from howling winter storms. The hibernating bear slowly digests its stored body fat <P> Most Spirit Bears live on Princess Royal and Gribbell Islands along the rainforest coast of British Columbia. They are considered a subspecies of black bears called Kermode bears (Ursus americanus kermodeii). Outside British Columbia only about one in a million black bears is white. One of these white bears, a subadult male, lived near Orr, Minnesota, in 1997. Hair samples showed him to be genetically different from white Kermode bears. <P> Kermode Spirit Bear. Spirit Bears, aka White Bears or Kermode Bears, are a rare sub-species of the Black Bear. This precious Spirit Bear is only found in the Great Bear Rainforest of Northwestern British Columbia, Canada. <P> Most black bears (Ursus americanus) in North America have a coat that is uniformly black. That provides camouflage within the forest habitats in which most bears live. However, the spirit bear, also known as the kermode bear (Ursus americanus kermodei), is a race of black bear that has a white coat.
|
On Princess Royal and Gribbell Islands along the rainforest coast of British Columbia.
|
what beer do they drink in north carolina
|
<P> In land or property that are being rented or owned by the federal government, state, territory, and federal district alcohol laws do not apply. Instead, only laws made by the federal government applies. Liquor must be sold in dedicated liquor stores which may be in a separate part of a grocery or a drug store. As of July 1, 2015, the restriction on 64 ounce refillable containers, or growlers, has been lifted and beer may be sold in quantities of 64 ounces, in addition to the previously legal 32 and 128 ounce sizes. <P> As mayor of a large city in North Carolina – and a craft-beer fan since he went to school in England – Clodfelter is enjoying those bragging rights. He likes to call North Carolina’s brewing scene a “Craft Beer Alley” that runs from Asheville, through Charlotte to the Triangle. Tell them this: In 2005, when the North Carolina legislature was considering a bill that would raise the limit on alcohol in beer, one of the sponsors said a microbrewing industry could potentially create 300 jobs. That was off by 2,700 jobs. And that’s just the number working in North Carolina’s 132 craft breweries. <P> Where to Buy Alcohol Retail stores sell beer and table wine, as do grocery stores and convenience marts. Spirits and fortified wines, such as port and sherry, are sold in state-owned ‘ABC’ stores only. Alcohol cannot be purchased from 2 a.m. until noon on Sundays. Legal Age for Drinking/Serving Alcohol You must be 21 to consume alcohol in North Carolina, as in all states, but a person may work as a bartender, serve in a restaurant that sells alcohol, and sell spirits in a state-owned store at the age of 18. To sell beer or wine in a retail store, the seller may be of any age. BAC Limits A driver is considered ‘per se intoxicated’ if chemically tested for intoxication and the blood-alcohol content (BAC) is more than .08 percent. This means that the evidence from the screening is sufficient evidence to charge the driver with a North Carolina DUI. <P> Answers. Best Answer: 15% ABV cap on beer, No sale of alcoholic beverages between 2 a.m. and 7 a.m. Monday through Saturday, and from 2 a.m. until noon on Sundays, State stores closed on Sundays. Bottled liquor must be sold in ABC Packages stores, open from 9 a.m. to 9 p.m., Monday through Saturday. <P> This list is not intended to provide a breakdown of such laws by local jurisdiction within a state; see that state's alcohol laws page for more detailed information. As of July 1988, all 50 states and the District of Columbia had a minimum purchase age of 21, with some grandfather clauses. Liquor must be sold in dedicated liquor stores which may be in a separate part of a grocery or a drug store. As of July 1, 2015, the restriction on 64 ounce refillable containers, or growlers, has been lifted and beer may be sold in quantities of 64 ounces, in addition to the previously legal 32 and 128 ounce sizes. <P> When Myers wrote his book, “North Carolina Craft Beer and Breweries” in 2012, there were under 50 breweries. He’s now working on the second edition and expects to add almost 100. At least 12 have opened in 2015 – “that’s 10 percent growth in a year,” he says. Tell them this: In 2005, when the North Carolina legislature was considering a bill that would raise the limit on alcohol in beer, one of the sponsors said a microbrewing industry could potentially create 300 jobs. That was off by 2,700 jobs. And that’s just the number working in North Carolina’s 132 craft breweries. <P> If Charlotte does grow to 33 breweries, as predicted, that could raise the state’s ranking in a beer world still dominated by California, Washington State and Colorado. North Carolina brewers now dream of being the center of beer on the East Coast. Tell them this: In 2005, when the North Carolina legislature was considering a bill that would raise the limit on alcohol in beer, one of the sponsors said a microbrewing industry could potentially create 300 jobs. That was off by 2,700 jobs. And that’s just the number working in North Carolina’s 132 craft breweries.
|
Craft Beer
|
why do women with diabetes need to watch their birth control
|
<P> Diabetes is a disease caused by high levels of blood sugar (glucose) in your body. This can happen when your body does not make insulin or does not use insulin correctly. Insulin is a hormone made in the pancreas, an organ near your stomach. Insulin helps the glucose from food get into your body’s cells for energy. Diabetes treatment includes managing your blood sugar levels to control your symptoms. You can help control your blood sugar levels by eating healthy and getting regular physical activity. With type 1 diabetes, you also will need to take insulin through shots or an insulin pump. Insulin cannot be taken as a pill. <P> Very few women with gestational diabetes require insulin to control this type of diabetes. If you do need insulin, it will ensure blood glucose stays in the acceptable range, thereby reducing the risks to you and your baby. Gestational diabetes should not be taken lightly. Gestational diabetes is a type of diabetes that can develop in pregnancy. Finding out you have gestational diabetes can be very frightening. Not only do you have to deal with all the emotions (the ups and the downs) and the questions that come with being pregnant, but also the uncertainty of this new-found condition. <P> 1 Type 2 diabetes. 2 This is the most common type of diabetes. 3 You can get type 2 diabetes at any age, even during childhood. 4 With type 2 diabetes, your body does not make enough insulin or is not able to use its own insulin correctly. Diabetes treatment includes managing your blood sugar levels to control your symptoms. You can help control your blood sugar levels by eating healthy and getting regular physical activity. With type 1 diabetes, you also will need to take insulin through shots or an insulin pump. Insulin cannot be taken as a pill. <P> Diabetes can make it hard to control how much sugar (called glucose) is in your blood. There is hope! Some people with diabetes can take medicines to help keep their blood sugar at a healthy level. This page gives some basic facts about the medicines used to treat people with diabetes. People with type 1 diabetes must use insulin. Ask your doctor about your target blood sugar level. Talk to your doctor or nurse about what you should do if your blood sugar gets too low or too high. Ask your doctor if your diabetes medicines will affect your other medicines including your birth control. <P> Do not wait. Diabetes is a serious illness. Diabetes can cause a heart attack, stroke, blindness, kidney disease, nerve damage, and other serious health problems. This is why it is so important for you to get treatment for your diabetes. Treatment can help prevent or slow some of these serious health problems. You can control your diabetes. People with type 1 diabetes must use insulin. Ask your doctor about your target blood sugar level. Talk to your doctor or nurse about what you should do if your blood sugar gets too low or too high. Ask your doctor if your diabetes medicines will affect your other medicines including your birth control. <P> 1 This is the most common type of diabetes. 2 You can get type 2 diabetes at any age, even during childhood. 3 With type 2 diabetes, your body does not make enough insulin or is not able to use its own insulin correctly. 4 When this happens, blood glucose levels rise. Diabetes treatment includes managing your blood sugar levels to control your symptoms. You can help control your blood sugar levels by eating healthy and getting regular physical activity. With type 1 diabetes, you also will need to take insulin through shots or an insulin pump. Insulin cannot be taken as a pill. <P> Women with gestational diabetes can still have healthy babies. By Yvette C. Terrie. + More. Gestational diabetes is a form of diabetes that occurs for the first time when a woman is pregnant. This type of diabetes is caused by a change in the way a woman's body responds to the hormone insulin during her pregnancy. This change results in elevated levels of blood sugar, also known as blood glucose. <P> The treatment is to control blood sugar. This can help prevent a difficult birth. It also helps keep your baby healthy. Fast Facts. 1 Gestational diabetes is a kind of diabetes that can happen during pregnancy. 2 Gestational diabetes is treated by controlling blood sugar. 3 Insulin and two kinds of diabetes pills can lower blood sugar for women with gestational diabetes. 4 Many women who have gestational diabetes get type 2 diabetes later in life. <P> Controlling blood sugar also reduces the chance that a woman will develop common problems of diabetes, or that the problems will get worse during pregnancy. Steps women can take before and during pregnancy to help prevent problems: 1 Plan for Pregnancy. 2 Before getting pregnant, see your doctor. 1 See Your Doctor Early and Often During pregnancy, a woman with diabetes needs to see the doctor more often than a pregnant woman without diabetes. 2 Together, you and your doctor can work to prevent or catch problems early. <P> It might lead to the baby being born early and also could cause seizures or a stroke (a blood clot or a bleed in the brain that can lead to brain damage) in the woman during labor and delivery. Women with type 1 or type 2 diabetes have high blood pressure more often than women without diabetes. 1 See Your Doctor Early and Often During pregnancy, a woman with diabetes needs to see the doctor more often than a pregnant woman without diabetes. 2 Together, you and your doctor can work to prevent or catch problems early.
|
They have high blood pressure compared to normal women
|
what is anastomosis
|
<P> 1. an anastomosis connecting the end of an artery and that of some other vessel, either directly or with a synthetic graft. 2. anastomosis of two sections of colon, such as with partial colectomy or when an ileostomy is closed. end-to-side anastomosis an anastomosis connecting the end of one vessel with the side of a larger one. heterocladic anastomosis one between branches of different arteries. end-to-end anastomosis. 1. one connecting the end of an artery and that of some other vessel. 2. anastomosis of two sections of colon, as with partial colectomy or closure of an ileostomy. end-to-side anastomosis an anastomosis connecting the end of one vessel with the side of a larger one. <P> Intestinal anastomosis is a surgical procedure to establish communication between 2 formerly distant portions of the intestine. This procedure restores intestinal continuity after removal of a pathological condition affecting the bowel. Anastomosis is completed by taking the anterior outer layer of interrupted stitches between the muscular layer of the esophagus and the seromuscular layer of the stomach. A single-layer esophagogastric anastomosis also can be performed using interrupted silk sutures. <P> An example of surgical anastomosis occurs when a segment of intestine is resected and the two remaining ends are sewn or stapled together (anastomosed). The procedure is referred to as intestinal anastomosis. Pathological anastomosis results from trauma or disease and may involve veins, arteries, or intestines. These are usually referred to as fistulas. In the cases of veins or arteries, traumatic fistulas usually occur between artery and vein. <P> An anastomosis is a surgical procedure that is performed to connect two structures together inside the body. Anastomosis is most commonly used to secure upper and lower sections of the large intestine together after a middle section must be removed. If the sutured area is not properly secured, it can become infected by bacteria. View slideshow of images above. Watch the Did-You-Know slideshow. <P> An anastomosis may be performed following a major operation on the bladder. An anastomosis may be performed following a major operation on the esophagus and bile duct. Anastomosis is most commonly used to secure upper and lower sections of the large intestine together after a middle section must be removed. If the sutured area is not properly secured, it can become infected by bacteria. View slideshow of images above. Watch the Did-You-Know slideshow. <P> anastomosis. n, pl-ses (-siːz). 1. (Anatomy) a natural connection between two tubular structures, such as blood vessels. 2. (Surgery) the surgical union of two hollow organs or parts that are normally separate. 3. (Botany) the separation and rejoining in a reticulate pattern of the veins of a leaf or of branches. <P> A circulatory anastomosis is a connection (an anastomosis) between two blood vessels, such as between arteries (arterio-arterial anastomosis), between veins (veno-venous anastomosis) or between an artery and a vein (arterio-venous anastomosis). <P> An anastomosis (plural anastomoses, from Greek ἀναστόμωσις, communicating opening) is the reconnection of two streams that previously branched out, such as blood vessels or leaf veins. The term is used in medicine, biology, mycology, geology, geography and architecture. Pathological anastomosis results from trauma or disease and may involve veins, arteries, or intestines. These are usually referred to as fistulas. In the cases of veins or arteries, traumatic fistulas usually occur between artery and vein. <P> An anastomotic leak is a breakdown along an anastomosis which causes fluids to leak. Anastomoses are used when a hollow organ such as the intestine needs to be severed and reconnected to allow fluids to flow through it, most commonly because part of the organ needs to be removed.
|
An anastomosis is the reconnection of two streams that previously branched out, such as blood vessels or leaf veins.
|
what is a white moulded door
|
<P> Molded doors are used extensively in residential applications. These interior doors feature a stable, dense facing made of high density fiberboard-a composite of resin and wood fiber that is certified to be made up of 35% recycled materials collected. Our facings contain NO added urea formaldehyde. <P> Take a look at the wide collection of designs that we have in the moulded white doors section, and purchase some for impressive prices today. Make sure to view more of our internal doors, including the popular oak internal doors. <P> Our Range of Interior Moulded White Doors includes a selection of panelled doors such as the Colonist and a variety of glazed doors such as the popular Decima. Very often we can find a glazed door to match a panelled door and in many cases there is also a matching fire door. <P> White Moulded Bifold Internal Doors | Interior Doors. White moulded bi-fold internal doors are a fantastic solution for those who are short of space and struggle to fit a traditional door in a particular space. <P> All of the designs of white moulded doors we have are all primed and ready for you to paint the shade of your choice. Match it with other timber supplies within the room so it fits in well. Choose from a contemporary white moulded door to traditional styles and more to suit the room. <P> Practical, functional and undeniably cost-effective, our white moulded doors are identified by their clean, simple lines making them suited to complementing most interior decor décor. Schemes the 4 textured moulded models are all supplied factory-pre primed across a range of-ex stock. sizes
|
It dentified by their clean, simple lines making them suited to complementing most interior decor décor.
|
what is a stereo preamplifier
|
<P> Identification. In many stereo systems, a receiver is used in place of a separate preamplifier and amplifier. The receiver is a combination of the preamplifier, amplifier and a radio tuner and still operates in the same fashion as separate components, albeit in one package. Save. The term preamp is short for preamplifier, which is one of the key components in a stereo system. The preamplifier performs a range of functions and is the most active, responsible part in your stereo. Here's a further look at exactly what it does in relation to the stereo system. <P> A preamp’s job is to take an audio signal, whether from an instrument or microphone, and give that signal sonic shape and definition before the signal is amplified for further audio processing or output through speakers, headphones, or other audio gear. The preamp’s role is crucial in creating quality sound. In audio, it is most common to see the A/D converters in the input side of an audio interface or on the output side of a preamp (usually via an option card), while D/A converters are found on the output side of the audio interface. <P> Adorable animal families that will make you aww. A preamplifier, also referred to as a preamp, is a device typically used along with sound equipment to help improve the overall quality of sound. In order to accomplish this, the device helps prepare the main amplifier, which increases the power and sound of the equipment, for receiving the electronic signal. Preamplifiers can be used to improve the quality of an electric instrument's sound. With traditional music cables, electric guitars can be plugged into amplifiers and other musical equipment fitted with quarter-inch jacks. Guitar amps require a preamp that precedes the power amplifier stage. <P> Overall Rating. 4.5 Stars. Terry London reviews the Reference-2S vacuum-tube preamp from Audio Space, which is based on the company's top-of-the-line Reference-2 that's built around a 300B tube. Read More <P> A preamplifier may also be used with a television in order to improve antenna or satellite communication. In order to prepare the main amplifier for the electronic signal it receives, the preamplifier emits a low level signal to line level. It is often part of a turntable, pickup, transducer, or turntable. Preamplifiers can be used to improve the quality of an electric instrument's sound. With traditional music cables, electric guitars can be plugged into amplifiers and other musical equipment fitted with quarter-inch jacks. Guitar amps require a preamp that precedes the power amplifier stage. <P> 4 Stars. Terry London explores the Rhythm 1.1 stereo preamplifier from Backert Labs. This tube-based preamp includes a self-biasing circuit and easy-access tube door on the top panel that makes it very easy to experiment with different tubes. 4.5 Stars. Terry London reviews the Reference-2S vacuum-tube preamp from Audio Space, which is based on the company's top-of-the-line Reference-2 that's built around a 300B tube. <P> A preamplifier (preamp) is an electronic amplifier that prepares a small electrical signal for further amplification or processing. A preamplifier is often placed close to the sensor to reduce the effects of noise and interference. <P> It serves as a middleman between the audio input, such as a CD player and the amplifier. The preamplifier receives and processes the input signal from your CD player or other audio device, increases the voltage to line level when the input signal is weak and sends the signal on to the amplifier. Save. The term preamp is short for preamplifier, which is one of the key components in a stereo system. The preamplifier performs a range of functions and is the most active, responsible part in your stereo. Here's a further look at exactly what it does in relation to the stereo system. <P> Preamplifiers act as a hub for the connection of all your other components. The rear panel of any McIntosh preamplifier will feature an enormous number of connections. They are there to accommodate all of your current and future needs.
|
An electronic amplifier that prepares a small electrical signal for further amplification or processing.
|
What is the definition of insidious?
|
<P> insidious adjective. › (of something unpleasant or dangerous) gradually and secretly causing harm: Cancer is an insidious disease. insidiously adverb us /ɪnˈsɪd·i·əs·li/ › His negative attitude slowly and insidiously spoiled the atmosphere around the office. <P> insidious. adj. 1. stealthy, subtle, cunning, or treacherous. 2. working in a subtle or apparently innocuous way, but nevertheless deadly: an insidious illness. [C16: from Latin insidiōsus cunning, from insidiae an ambush, from insidēre to sit in; see insessorial]. (ɪnˈsɪd i əs). adj. <P> from The American Heritage® Dictionary of the English Language, 4th Edition. 1 Working or spreading harmfully in a subtle or stealthy manner: insidious rumors; an insidious disease. 2 Intended to entrap; treacherous: insidious misinformation. 3 Beguiling but harmful; alluring: insidious pleasures. <P> Proceeding in a gradual, subtle way, but with very harmful effects: sexual harassment is a serious and insidious problem. More example sentences. Synonyms. 1 Nuclear disc lesions are of gradual or insidious onset, the history may be on and off back pain for weeks and back pain getting worse. 1 But for five Irish teenagers, the magnifying glass doesn't reveal the insidiousness of California-it only inflates its lure and significance. 2 Slowly, with an insidiousness no one recognized, those businesses began to disappear until now many of the buildings sit empty and abandoned. <P> in·sid·i·ous. Treacherous; stealthy; denoting a disease that progresses gradually with inapparent symptoms. [L. insidiosus, cunning, fr. insidiae (pl.), an ambush]. /in·sid·i·ous/ (-sid´e-us) coming on stealthily; of gradual and subtle development. Verily, with insidious beauty do sea and life gaze upon me round about: Thus Spake Zarathustra: A Book For All And None by Nietzsche, Friedrich View in context. They were designed for winter wear, when treacherous drafts came down chimneys and insidious currents of deadly cold found their way through key-holes. <P> 1. Lying in wait; watching an opportunity to insnare or entrap; deceitful; sly; treacherous; - said of persons; as, the insidious foe. 2. Intended to entrap; characterized by treachery and deceit; as, insidious arts. The insidious whisper of the bad angel. - Hawthorne. <P> adjective. 1 Working or spreading harmfully in a subtle or stealthy manner: insidious rumors; an insidious disease. 2 Intended to entrap; treacherous: insidious misinformation. 3 Beguiling but harmful; alluring: insidious pleasures. The definition of insidious is something or someone who works in a subtle or sly way, or in an intent to trap. An example of insidious is a plan that is meant to scam people out of money. <P> insidious adjective. › (of something unpleasant or dangerous) gradually and secretly causing harm: High blood pressure is an insidious condition which has few symptoms. insidiously adverb uk us /-li/ › The disease begins insidiously and progresses relentlessly. insidious adjective. › (of something unpleasant or dangerous) gradually and secretly causing harm: Cancer is an insidious disease. insidiously adverb us /ɪnˈsɪd·i·əs·li/ › His negative attitude slowly and insidiously spoiled the atmosphere around the office. adverb us /ɪnˈsɪd·i·əs·li/. <P> LINK / CITE ADD TO WORD LIST. adjective. The definition of insidious is something or someone who works in a subtle or sly way, or in an intent to trap. An example of insidious is a plan that is meant to scam people out of money. <P> Verily, with insidious beauty do sea and life gaze upon me round about: Thus Spake Zarathustra: A Book For All And None by Nietzsche, Friedrich View in context. They were designed for winter wear, when treacherous drafts came down chimneys and insidious currents of deadly cold found their way through key-holes.
|
Working or spreading harmfully in a subtle or stealthy manner. Intended to entrap,treacherous.Beguiling but harmful, alluring.
|
what is the relationship between the crust and lithosphere quizlet
|
<P> Best Answer: The lithosphere consists of the heavy oceanic and lighter continental crusts, and the uppermost portion of the mantle. The asthenosphere is the region in the upper mantle characterized by low-density, semiplastic (or partially molten) rock material chemically similar to the overlying lithosphere. <P> The crust is part of the lithosphere. The lithosphere is composed of the crust plus the brittle uppermost layer of the mantle. Together, they form the tectonic plates which f … loat on top of the plastic-like rock of the mantle called the asthenosphere. <P> 1 Lithosphere can be divided into two parts, the top of the mantle and the crust itself. 2 The movement of lithosphere involves the movement of massive tectonic plates, which constitute the crust of the earth. 3 It is the movement of lithosphere which causes earthquakes on the surface. <P> The word lithosphere comes from lithos, meaning rocks, and sphere. Thus, it is the study of rocks that form the surface of the earth and includes the crust, which is the skin of the earth and the uppermost mantle. This layer goes below the surface of the earth to about 70-100km. <P> The relationship between the lithosphere and the asthenosphere is that they both make up the earth's mantle. The asthenosphere lies right below the lithosphere. <P> The lithosphere is defined as the crust plus the brittle, uppermost mantle to which it is attached. The part of the upper mantle called the asthenosphere is ductile, and is th … e portion of the mantle on which the lithosphere 'floats'. <P> The lithosphere is a layer that includes the crust and the uppermost portion of the asthenosphere. Thus, the lithosphere contains the oceanic crust, continental crust, as well as the uppermost mantle. It confuses many as to why there are two names for the same layer of earth. <P> • Formation: • The crust is the topmost layer out of the three layers called the core, mantle, and crust that make up the earth. • The next layer down the crust is the uppermost part of the mantle, and the two together make up the lithosphere. <P> The difference between the lithosphere and the asthenosphere is that the asthenosphere is the lower part of the upper mantle it behaves like a plastic but flows much more easi … ly than the rest of the mantle.
|
Crust is part of the lithosphere,the lithosphere is composed of the crust plus the brittle uppermost layer of the mantle. Together, they form the tectonic plates.
|
what type of cheese is used in poblanos chiles
|
<P> Directions. 1 Melt the butter in a medium saucepan over medium heat. 2 Add the flour and cook 1 minute. 3 Whisk in the milk and cook until slightly thickened. 4 Remove from heat and stir in the cheese, chiles, and season with salt and pepper, to taste. 5 Place the sauce into a bowl and sprinkle with chopped poblano. 1 <P> Ready In. 1 Rinse the poblano peppers, and remove the stem and core. 2 Heat about 1/2 inch of oil in a large heavy skillet over medium-high heat. 3 Rinse the peppers under cold running water to remove as much of the black skin as possible. 4 Insert a nice thick piece of cheese into each pepper, and secure the opening with a toothpick. 1 Insert a nice thick piece of cheese into each pepper, and secure the opening with a toothpick. 2 Coat the peppers in flour. 3 Gently place the peppers into the hot oil, and reduce the heat to medium. 4 Fry for 3 to 5 minutes per side. 5 Don't try to turn them over until the bottom has a firm crust on it. <P> Poblano peppers. Paula Thomas / Getty Images. Poblano peppers (pronounced po-BLAH-no) are a mild variety of chili pepper used in Mexican and Southwestern cooking, perhaps most notably in the classic chile relleno in which the roasted pepper is stuffed with cheese, then coated in egg and fried. <P> Makes: 4 servings. Roasted poblano chiles stuffed with loads of cheese, battered with an airy egg coating, and fried until crispy equate to the Mexican version of comfort food. Chiles rellenos fillings can range from ground or stewed meats to a medley of vegetables, but this recipe sticks to classic cheese. <P> Easy recipe for homemade cheesy poblano empanadas filled with rajas or roasted poblano peppers, and a mix of queso fresco, oaxaca, and goat cheese. Ingredients. 1 8 poblano peppers. 2 1 cup crumbled queso fresco. 3 ½ cup Oaxaca cheese, can also use grated mozzarella or monterrey jack cheese. For these cheesy poblano empanadas, I used a mix of queso fresco, oaxaca cheese, and goat cheese. You can use the exact same mix or adjust it based on what you have available and the types of cheeses that you prefer. <P> These homemade cheesy poblano empanadas are filled with rajas or roasted poblano peppers, and a mix of queso fresco, oaxaca cheese, and goat cheese. I love poblano peppers, they have the perfect blend of heat and flavor. In general, poblanos are relatively mild, however sometimes they can be on spicier side. For these cheesy poblano empanadas, I used a mix of queso fresco, oaxaca cheese, and goat cheese. You can use the exact same mix or adjust it based on what you have available and the types of cheeses that you prefer. <P> 1 Make the chiles poblanos rellenos: 2 Using fireproof tongs, roast the chiles over an open flame until the skin is completely blistered. 3 Transfer to a plastic bag (or place in a bowl and cover with plastic wrap) and let steam for 10 to 15 minutes to loosen the skins. 1 Once they are cool enough to handle, peel the chiles and discard the skins. 2 Using a small, sharp knife, make a lengthwise slit down one side of each chile and carefully remove the seeds. 3 Stuff the chiles with cheese, dividing it evenly. 4 Place all but 1 tablespoon of the flour in a small, shallow bowl. <P> 1 Add the flour and cook 1 minute. 2 Whisk in the milk and cook until slightly thickened. 3 Remove from heat and stir in the cheese, chiles, and season with salt and pepper, to taste. 4 Place the sauce into a bowl and sprinkle with chopped poblano. 1 Melt the butter in a medium saucepan over medium heat. 2 Add the flour and cook 1 minute. 3 Whisk in the milk and cook until slightly thickened. 4 <P> The poblano (Capsicum annuum) is a mild chili pepper originating in the state of Puebla, Mexico. Dried, it is called ancho or chile ancho, from the Mexican Spanish name ancho (wide) or chile ancho (wide chile). Stuffed fresh and roasted it is popular in chile rellenos poblanos. While poblanos tend to have a mild flavor, occasionally and unpredictably they can have significant heat. <P> Blend until smooth. In a medium saute pan, heat the oil over medium heat. Add the sauce and simmer for 5 minutes. Season with salt and pepper, to taste. Chile rellenos: Mix the cheese and oregano in a small bowl. Cut a slit through 1 side of the charred chiles and fill each chile with 1/4 cup of the cheese mixture. Close with toothpicks to hold the filling in place. In a medium bowl, using an electric hand mixer, beat the egg whites on high speed until soft peaks form. Add the egg yolk and continue to beat for about 1 minute
|
Classic cheese
|
best temp to bake salmon
|
<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. For every half-inch of salmon, roast 4 to 6 minutes — 4 minutes will give you salmon that is still a touch rare, 6 minutes will thoroughly cook it. <P> Directions. Preheat the oven to 450 degrees F. Season salmon with salt and pepper. Place salmon, skin side down, on a non-stick baking sheet or in a non-stick pan with an oven-proof handle. Bake until salmon is cooked through, about 12 to 15 minutes. Serve with the Toasted Almond Parsley Salad and squash, if desired <P> 1 Place salmon on a lightly oiled sheet pan or in a shallow baking dish, folding under thin outer edges of fillets for even cooking. 2 Top salmon with chopped tomatoes and green onions, and season with salt and pepper. 3 Cook salmon in the preheated oven, uncovered, for approximately 20 minutes. <P> 1 Set heat to 425 convection-bake (must use a hot oven). 2 Bake the salmon for 20 minutes or until cooked (do not turn the salmon, the cooking time will vary depending on the size of your fillets). 3 Serve the cooked fillets with lemon wedges. 1 Place a well-greased rack into a greased baking dish and set the salmon (skin-side down) onto the rack. 2 Sprinkle the top of the fillets with seasoning salt. 3 At this point you can cover an refrigerate until ready to bake. 4 Set heat to 425 convection-bake (must use a hot oven) <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 <P> This fillet is one of the thickest cuts at about a 2″ thickness, coming from the middle section of the fish. The best way to cook the thicker fillets is to use 400° as the set temperature and bake the fish for 18-20 minutes. If a lower heat is desired, season the fillet and wrap it in foil, sealing it tightly and bake at 350° for about 25-30 minutes. ● Thin Fillet. <P> My favorite way to cook salmon is in the oven, very low and slow, with a pan of water for moist heat. Read on for this utterly simple, foolproof way to produce moist, flavorful, and luscious salmon fillets. Pin it There are three important aspects in this method: low oven, moist heat, and fresh herbs. <P> Report Abuse. I bake salmon all the time. I line my pan with aluminum foil, place the salmon fillet in the pan, put on my favorite seasonings/toppings, seal it up, and bake it in a preheated 400º oven. If the topping is thick, like a mayonnaise topping with onion powder and dill sprinkled over it, my 8 oz piece of salmon takes about 30 minutes to cook.
|
450 degrees
|
cost for hair implant
|
<P> We know that cost of Hair Transplant is a major deciding factor when it comes to hair restoration surgery. At MedLinks, we give international facilities, world class results at Indian prices. For Hair Transplant sessions less than 1500 grafts, the cost is calculated on per graft basis. For larger Hair Transplant sessions, a lump sum price is quoted to make the surgery cost effective. We assure real time feather touch implantation which gives you 7-8% better result than conventional Hair Transplants. In total, out Hair Transplants are 20-25% better than other centers. Please call our patient co-ordinator or fill the online appointment form, to get an exact cost of your Hair Transplant Surgery. <P> Hair Loss classification helps decide the size of the hair transplant procedure and the cost. If your hair loss situation only requires a low (usually under 1,000) number of hair transplants to cover your bald spot, the cost is typically between $8 and $9.50 per graft. In fact, it is one of the deciding factors for many men and women in terms of whether or not to move forward with the procedure. Having been the most experienced hair restoration expert for over forty years, a lot of people look to Bosley for a general idea on cost. <P> See how our $600 travel allowance can increase your savings even more and how we demonstrate you can save $5,100 on a 1,500 graft procedure. But cost savings is not all we offer, our medical staff has 68 years combined experience, more then most hair transplant clinics. In this example, HRC will save you $5,100, with no hidden fees or surprise costs. The price is $3 per hair graft, period. Think about that for a moment. With that savings of $5,100, you could afford to get a second hair transplant procedure which could fill in and give you more density and fullness. <P> Therefore the cost of buying and maintaining quality hair systems over 15 years is about $28,125.00 ($1,200 plus $675 in annual upkeep = $1,875 x 15 years = $28,125.00). This total cost far exceeds the typical cost of surgical hair restoration. Today most hair transplant clinics offer free no obligation consultations, with surgical sessions priced either per graft or by the session. Financing with low monthly payments is also often offered. Hair transplant prices typically range from $3.00 to $8.00 per graft, with $5 to $6 per graft being about average. Normally the price per graft also drops as the size of the surgical session increases. Hair transplant surgery is not inexpensive <P> Summary: Find out how clinics use 2 different methods for calculating the cost of hair transplants and compare our $3 hair grafts with the higher prices other clinics charge with our hair graft price comparison chart. In this example, HRC will save you $5,100, with no hidden fees or surprise costs. The price is $3 per hair graft, period. Think about that for a moment. With that savings of $5,100, you could afford to get a second hair transplant procedure which could fill in and give you more density and fullness. <P> Each graft is charged for, and the cost per graft can go as low as $3 US, up to $9 or even more. So the more grafts you need, the more the hair transplant is going to cost. Some doctors offer a sliding scale where the cost per graft goes down as quantity goes up. Here are some facts of how the cost is figured, and some things you can do to save money. The usual cost of a hair transplant ranges between $3,000 and $20,000 USD. Of course, you can find cheaper and more expensive, but the exact cost is influenced by a number of factors. <P> Hair transplant cost varies widely. Here are some facts of how the cost is figured, and some things you can do to save money. The usual cost of a hair transplant ranges between $3,000 and $20,000 USD. Of course, you can find cheaper and more expensive, but the exact cost is influenced by a number of factors. <P> Let’s take an average procedure of 1,500 hair grafts. At Hair Restoration Centers, the cost of your hair transplant is $4,500. But don’t forget about the $600 travel allowance, so your expense is now $3,900. In this example, HRC will save you $5,100, with no hidden fees or surprise costs. The price is $3 per hair graft, period. Think about that for a moment. With that savings of $5,100, you could afford to get a second hair transplant procedure which could fill in and give you more density and fullness. <P> Depending on your hair loss, hair transplant cost ranges between $6,000 - $15,000. The good news is you can acheive significant results in just a single surgery. Donor area, elasticity, scalp size, amount of hair loss: Every patient is so different that it is really impossible until you meet with the doctor in person or virtually for an assessment to know exactly how much your hair transplant will cost. That's why we invite you in for a free consultation today!
|
$8 and $9.50 per graft.
|
average speed formula
|
<P> Speed Formula. One way to calculate the average speed is to use math formula for speed. Speed formula is also known as average speed formula or speed distance formula or the formula for time distance and speed. Before we calculate the speed at which the lady below is running, let's define what speed is. The math formula for speed is distance divided by time. Or simply put, the average speed or how fast something is moving is the distance it has travelled divided by the time it takes to travel. <P> The average speed and average velocity are also related like the speed and the velocity. The average velocity is the ratio of total displacement of the object over a given time. While average velocity is related to displacement of the object, the average speed is related to the total distance traveled by the object. The equation (2) represents the average speed formula of an object moving with a varying speed. Solution: For finding the Average speed of the runner, we must find the total distance covered by him and the total time taken to complete that distance. In this case the distance covered by him is equal to 800 meters and he has completed it in 80 seconds. <P> Average Speed is given by the formula: Average speed formula helps you to calculate the average speed for the set of different distances d 1, d 2 ..... d n if their corresponding different time intervals t 1, t 2 ,....t n are given. Below are solved examples for average speed: Average Speed is given by S Avg = $\frac{Total\ Distance\ Covered}{Total\ time\ taken}$. Total distance traveled D total = 30 miles + 45 miles = 75 miles. Total time taken t = 2 hr + 3 hr = 5 hr. S Avg = $\frac{Total\ Distance\ Covered}{Total\ time\ taken}$. = $\frac{75 miles}{5 hr}$. = 15 miles/hr. <P> Average Speed = 2ab/(a+b) = 2*30*60/(30 + 60) = 40 mph. Answer (B). Question 3: Myra drove at an average speed of 30 miles per hour for the first 30 miles of a trip, at an average speed of 60 miles per hour for the next 30 miles and at a average speed of 90 miles/hr for the remaining 30 miles of the trip. <P> The average speed of an object is the total distance traveled by the object divided by the elapsed time to cover that distance. It's a scalar quantity which means it is defined only by magnitude. A related concept, average velocity, is a vector quantity. A vector quantity is defined by magnitude and direction. Introduction-Average Speed in Action. You and your friend decided to take your brand-new red sports car out for a spin. Your car is capable of speeds up to 220 mph. You drove 45 miles in 1.25 hours. At the end of your trip, your friend tells you that your average speed during the trip is 36 miles per hour. <P> Physics formula for speed. The math formula for speed is distance divided by time. Or simply put, the average speed or how fast something is moving is the distance it has travelled divided by the time it takes to travel. <P> Using the average speed formula, total distance and elapsed time, the average speed for the entire trip can be calculated as, Note that the average speed is not (50+65)/2 = 57.5 mph! Remember that the average speed is defined as total distance traveled divided by elapsed time. Introduction-Average Speed in Action. You and your friend decided to take your brand-new red sports car out for a spin. Your car is capable of speeds up to 220 mph. You drove 45 miles in 1.25 hours. At the end of your trip, your friend tells you that your average speed during the trip is 36 miles per hour. <P> Average speed is a measure of the distance traveled in a given period of time; it is sometimes referred to as the distance per time ratio. If a car's average speed is 65 miles per hour, this means that the car's position will change (on the average) by 65 miles each hour. Average speed is a rate. In kinematics, a rate is always a quantity divided by the time taken to get that quantity (the elapsed time). Average Speed is given by S Avg = $\frac{Total\ Distance\ Covered}{Total\ time\ taken}$. Total distance traveled D total = 30 miles + 45 miles = 75 miles. Total time taken t = 2 hr + 3 hr = 5 hr. S Avg = $\frac{Total\ Distance\ Covered}{Total\ time\ taken}$. = $\frac{75 miles}{5 hr}$. = 15 miles/hr. <P> Average speed is measured in units of distance per time. Common units include miles per hour (mph), kilometers per hour (kph), meters per second (m/s), or feet per second (ft/s). As for your brand-new red sports car, your friend was exactly right in his calculation of the average speed. Introduction-Average Speed in Action. You and your friend decided to take your brand-new red sports car out for a spin. Your car is capable of speeds up to 220 mph. You drove 45 miles in 1.25 hours. At the end of your trip, your friend tells you that your average speed during the trip is 36 miles per hour.
|
The average speed of an object is the total distance traveled by the object divided by the elapsed time to cover that distance. It's a scalar quantity which means it is defined only by magnitude. A related concept, average velocity, is a vector quantity. A vector quantity is defined by magnitude and direction.
|
what is wan ip
|
<P> The WAN (Wide Area Network) IP is the ip address associated with the outside-facing network port; whereas, the LAN (Local Area Network) IP is the ip address associated with the inside-facing network port. In this case, the LAN IP would be the ip address of the router with which your local network pc's communicate. Source(s): Many years of LAN/WAN experience :). The Sinister Minister · 6 years ago. <P> LAN IP address is the address given to your host within your local area network, while your WAN IP would be the address given to your routers interface that is connected to the internet, usually at your point of demarcation between you and your ISP. share | improve this answer. answered May 10 at 1:57. Azuma. <P> A wide area network (WAN) is a telecommunications network or computer network that extends over a large geographical distance. Wide area networks often are established with leased telecommunication circuits. <P> LAN IP-local area network IP. WAN IP-wide area network IP. The difference between the 2 would be distance. A LAN IP would be, for example, a register at Walmart connected to their local server. A WAN IP would be the IP address of the corporate server that the local Walmart computer is connected to. In this case, the LAN IP would be the ip address of the router with which your local network pc's communicate. Source(s): Many years of LAN/WAN experience :). The Sinister Minister · 6 years ago. <P> This is your WAN address (wide area network). If your isp provides you with a dynamic ip address that changes everytime you reboot your router, simply come to this page and it will tell you what your current WAN ip address is. http://www.calc.tiff-tools.com. <P> Answer. A network device, i.e. network/LAN adapter, modem, router, access point, can have a single IP address (either LAN or WAN IP address) or two IP addresses (both LAN and WAN IP addresses). To clarify this point, I would like to depict three Internet access scenarios as follows: 1) A computer connects to Internet via an internal/external modem that has no router functionality. - This computer IP address is similar with the modem IP address, i.e. a WAN IP address (public IP address) which is assigned by the ISP, such as 194.223.19.212. <P> Hemera Technologies/AbleStock.com/Getty Images. A WAN address is the IP address that your router uses to connect to the Internet. It is different from IP addresses of computers and devices on a local network, because the WAN IP is essentially shared by all the devices. WAN IPs are commonly used for server connections, because the address can be used to connect to servers over the Internet. Step 2. Find the WAN IP in the router's configuration. It may also be called an Internet IP or have a different name, depending on the type of router you have. Step 3. Record the WAN address. Log off the router and close your Web browser. <P> To check your modem or router LAN and WAN IP addresses, you can type its pre-defined address on a browser (IE, Mozilla Firefox, Chrome, etc.) address bar, e.g. http://192.168.1.1 and see the connection details usually on a Home/Status page. 1) A computer connects to Internet via an internal/external modem that has no router functionality. - This computer IP address is similar with the modem IP address, i.e. a WAN IP address (public IP address) which is assigned by the ISP, such as 194.223.19.212.
|
A WAN address is the IP address that your router uses to connect to the Internet.
|
what does supraglottic means
|
<P> Subglottic stenosis is a congenital or acquired narrowing of the subglottic airway. Although it is relatively rare, it is the third most common congenital airway problem (after laryngomalacia and vocal cord paralysis). Subglottic stenosis can present as a life-threatening airway emergency. It is imperative that the otolaryngologist be an expert at dealing with the diagnosis and management of this disorder. <P> The risk for supraglottic cancer has been found to be higher with the use of black (air-cured) tobaccos than with the use of blonde (flue-cured) tobaccos. This difference is not found with glottic cancers, suggesting that the etiology for supraglottic cancers and glottic cancers may differ. Cancer of the supraglottis (supraglottic cancer) is almost exclusively squamous cell carcinoma (SCC). <P> Origin of SUPERGLOTTIC. super- + glottic. This word doesn't usually appear in our free dictionary, but the definition from our premium Unabridged Dictionary is offered here on a limited basis. Note that some information is displayed differently in the Unabridged. To access the complete Unabridged Dictionary, with an additional 300,000 words that aren't in our free dictionary, start a free trial. <P> It is used in place of a facemask in routine anesthesia. The advantages over standard mask anesthesia are better airway control, minimal anesthetic gas leakage, a secure airway during patient transport to the recovery area, and minimal postoperative problems. Concepts. These images are a real-time random sampling from a Google search on the term Extraglottic Device.. Click on the image (or right click) to open the source website in a new browser window. <P> After the introduction of the laryngeal mask airway (LMA) in 1988, supraglottic airway devices rapidly found a significant role in the management of the difficult airway. They are extensively reviewed by Cook. <P> An airway device (formerly used in EMS systems) consisting of an esophageal tube with a 37-cm long tube attached to a mask. To be effective, the device requires an airtight mask seal on the patient’s face. A balloon at the distal end of the tube is inflated following blind insertion into the esophagus. Combitube airway. A trademark for a dual-lumen airway consisting of a tracheal tube linked to an esophageal tube. It may be inserted blindly into the oropharynx as an airway control device when an endotracheal tube is not available or when tracheal intubation with direct visualization of the vocal cords is challenging. <P> A laryngeal mask. A laryngeal mask airway — also known as laryngeal mask and supraglottic airway — is a medical device that keeps a patient's airway open during anaesthesia or unconsciousness. A laryngeal mask has an airway tube that connects to an elliptical mask with a cuff. The cuff can either be of the inflating type (achieved after insertion using a syringe of air), or self-sealing. <P> oropharyngeal airway. A curved plastic device used to establish an airway in a patient by displacing the tongue from the posterior wall of the oropharynx. The device should be equal in length to the distance either from the corner of the mouth to the earlobe or from the center of the mouth to the angle of the jaw. Combitube airway. A trademark for a dual-lumen airway consisting of a tracheal tube linked to an esophageal tube. It may be inserted blindly into the oropharynx as an airway control device when an endotracheal tube is not available or when tracheal intubation with direct visualization of the vocal cords is challenging. <P> A type of oropharyngeal airway that provides an alternative to endotracheal intubation and standard mask anesthesia in certain patients. It is introduced into the hypopharynx to form a seal around the larynx thus permitting spontaneous or positive pressure ventilation without penetration of the larynx or esophagus. These images are a real-time random sampling from a Google search on the term Extraglottic Device.. Click on the image (or right click) to open the source website in a new browser window.
|
An airway device (formerly used in EMS systems) consisting of an esophageal tube with a 37-cm long tube attached to a mask.
|
trochanter definition anatomy
|
<P> Definition of TROCHANTER. 1. : a rough prominence at the upper part of the femur of many vertebrates serving usually for the attachment of muscles. 2. : the second segment of an insect's leg adjacent to the coxa. — tro·chan·ter·al \-tə-rəl\ adjective. — tro·chan·ter·ic \ˌtrō-kən-ˈter-ik, -ˌkan-\ adjective <P> trochanter. n. 1. (Anatomy) any of several processes on the upper part of the vertebrate femur, to which muscles are attached. 2. (Zoology) the third segment of an insect's leg. [C17: via French from Greek trokhantēr, from trekhein to run]. 1. (in humans) either of two knobs at the top of the femur that serve for the attachment of muscles between the thigh and pelvis. 2. (in other vertebrates) any of two or more similar knobs at the top of the femur. 3. the second segment of an insect leg, between the coxa and femur. <P> trochanter. n. 1. (Anatomy) any of several processes on the upper part of the vertebrate femur, to which muscles are attached. 2. (Zoology) the third segment of an insect's leg. [C17: via French from Greek trokhantēr, from trekhein to run]. Noun. 1. trochanter-one of the bony prominences developed near the upper extremity of the femur to which muscles are attached. appendage, outgrowth, process-a natural prolongation or projection from a part of an organism either animal or plant; a bony process. <P> one of three tuberosities on the femur, at the upper end of its lateral surface (greater trochanter), towards the upper end on its medial surface (lesser trochanter) and more distally on the lateral surface (third trochanter). The third trochanter is prominent in horses and rabbits. trochanter. a broad, flat process on the femur, at the upper end of its lateral surface (greater trochanter), or a short conical process on the posterior border of the base of its neck (lesser <P> 1. trochanter-one of the bony prominences developed near the upper extremity of the femur to which muscles are attached. appendage, outgrowth, process-a natural prolongation or projection from a part of an organism either animal or plant; a bony process. 1. (in humans) either of two knobs at the top of the femur that serve for the attachment of muscles between the thigh and pelvis. 2. (in other vertebrates) any of two or more similar knobs at the top of the femur. 3. the second segment of an insect leg, between the coxa and femur. <P> 1 The greater trochanter-A powerful protrusion located at the proximal (near) and lateral (outside) part of the shaft of the femur. 2 The greater trochanter is also called the major trochanter, the outer trochanter, and the lateral process of the femur. 1 The greater trochanter is also called the major trochanter, the outer trochanter, and the lateral process of the femur. 2 The lesser trochanter-A pyramidal prominence that projects from the proximal (near) and medial (in <P> trochanter. (anatomy). A process on the proximal end of the femur in many vertebrates, which serves for muscle attachment and, in birds, for articulation with the ilium. (invertebrate zoology). The second segment of an insect leg, counting from the base <P> There are two trochanters: 1 The greater trochanter-A powerful protrusion located at the proximal (near) and lateral (outside) part of the shaft of the femur. 2 The greater trochanter is also called the major trochanter, the outer trochanter, and the lateral process of the femur. 1 The greater trochanter is also called the major trochanter, the outer trochanter, and the lateral process of the femur. 2 The lesser trochanter-A pyramidal prominence that projects from the proximal (near) and medial (in <P> one of the two bony projections on the proximal end of the femur that serve as the point of attachment of various muscles. The two protuberances are the trochanter major and the trochanter minor. trochanter. a broad, flat process on the femur, at the upper end of its lateral surface (greater trochanter), or a short conical process on the posterior border of the base of its neck (lesser trochanter). <P> There are two trochanters: 1 The greater trochanter-A powerful protrusion located at the proximal (near) and lateral (outside) part of the shaft of the femur. 2 The lesser trochanter-A pyramidal prominence that projects from the proximal (near) and medial (inside) part of the shaft of the femur. 1 The greater trochanter is also called the major trochanter, the outer trochanter, and the lateral process
|
One of the two bony projections on the proximal end of the femur that serve as the point of attachment of various muscles.
|
what does crestor do
|
<P> A: Crestor (rosuvastatin) is used to reduce total cholesterol, LDL cholesterol, and triglycerides and to increase HDL cholesterol. The reductions in cholesterol levels vary by the dose of Crestor and range from about 40%-60% for LDL cholesterol and 20%-40% for triglycerides. Crestor is also known as rosuvastatin calcium, but there is no generic form of Crestor currently available to consumers. The drug was approved by the Food and Drug Administration (FDA) in 2003 and is manufactured by AstraZeneca. The drug can be given to children who are at least 10 years old as well as adults. <P> CRESTOR® (Kres-tor) rosuvastatin calcium. Read this Patient Information carefully before you start taking CRESTOR and each time you get a refill. There may be new information. This information does not take the place of talking with your doctor about your medical condition or treatment. Do not take CRESTOR if you: 1 are allergic to rosuvastatin calcium or any of the ingredients in CRESTOR. 2 See the end of this leaflet for a complete list of ingredients in CRESTOR. 3 have liver problems. 4 are pregnant or think you may be pregnant, or are planning to become pregnant. <P> A. Most of the cholesterol in your blood is made in the liver. Crestor works by reducing cholesterol in two ways: Crestor blocks an enzyme in the liver causing the liver to make less cholesterol, and Crestor increases the uptake and breakdown by the liver of cholesterol already in the blood. This answer should not be considered medical advice... <P> CRESTOR is a prescription medicine that contains a cholesterol-lowering medicine called rosuvastatin calcium. CRESTOR is used along with diet to: 1 lower the level of your “bad” cholesterol (LDL). 2 increase the level of your “good” cholesterol (HDL). 3 lower the level of fat in your blood (triglycerides). 4 slow the buildup of fatty deposits (plaque) in the walls of blood vessels. Do not take CRESTOR if you: 1 are allergic to rosuvastatin calcium or any of the ingredients in CRESTOR. 2 See the end of this leaflet for a complete list of ingredients in CRESTOR. 3 have liver problems. 4 are pregnant or think you may be pregnant, or are planning to become pregnant. <P> A: Crestor (rosuvastatin) is a statin, a class of medications used to lower cholesterol and to prevent cardiovascular disease. Common side effects with Crestor include headache, myalgia, abdominal pain, weakness, nausea. Crestor is also known as rosuvastatin calcium, but there is no generic form of Crestor currently available to consumers. The drug was approved by the Food and Drug Administration (FDA) in 2003 and is manufactured by AstraZeneca. The drug can be given to children who are at least 10 years old as well as adults. <P> Crestor is available as a generic termed rosuvastatin or rosuvastatin calcium. Side effects of Crestor include headache, depression, muscle aches or pains, joint pain, sleep problems (insomnia or nightmares), constipation, nausea, stomach pain, indigestion, or diarrhea. <P> Uses. Rosuvastatin is used along with a proper diet to help lower bad cholesterol and fats (such as LDL, triglycerides) and raise good cholesterol (HDL) in the blood. It belongs to a group of drugs known as statins .. It works by reducing the amount of cholesterol made by the liver. <P> Crestor. Crestor (rosuvastatin) is an HMG-CoA reductase inhibitor or statin.. It lowers levels of cholesterol and triglycerides in the blood. Statins may also reduce the risk of heart attack, stroke, or other health problems in patients with risk factors for heart disease. There is currently no generic available for Crestor, and other generic statins may be just as effective and less expensive. Statins with generic alternatives include Zocor (simvastatin), Lipitor (atorvastatin), and Pravachol (pravastatin).
|
1 lower the level of your “bad” cholesterol (LDL). 2 increase the level of your “good” cholesterol (HDL).3 lower the level of fat in your blood (triglycerides).4 slow the buildup of fatty deposits (plaque) in the walls of blood vessels.
|
what genre does whale rider fit into
|
<P> 1 1. Setting – ‘Whale Rider’ ‘Whale Rider’ is set in a small village called Whangara, on the East Coast of the north island of New Zealand. 2 The novel is set in modern times – and there are some references that link it into the late 1970’s and early 1980’s. <P> Whale Rider (also known as The Whale Rider) is a 2002 New Zealand-German family drama film directed by Niki Caro, based on the novel of the same name by Witi Ihimaera. The film stars Keisha Castle-Hughes as Kahu Paikea Apirana, a twelve-year-old Maori girl who wants to become the chief of the tribe. Her grandfather Koro believes that this is a role reserved for males only. The film was a coproduction between New Zealand and Germany. The film's plot follows the story of Paikea Apirana (Pai) In the book, her name is Kahu, short for Kahutia Te Rangi. The leader should be the first-born grandson – a direct patrilineal descendant of Paikea, aka Kahutia Te Rangi in the book, the Whale Rider – he who rode on top of a whale from Hawaiki. <P> In Niki Caro’s film ‘Whale Rider’, Pai is a holistic representation of female counter-stereotype when compared to the women that are shown in patriarchal Hollywood. The character of Pai broke through her assigned gender role and prevailed in what would otherwise be an entirely male-dominated path of spirituality. This film digs much deeper into areas of personal discovery, maturity into adulthood, assigned gender roles, and understanding one’s place within one’s family, community, and the world. Whale Rider shows honest emotional depth and authenticity in respect to the female voice. <P> As legend tells, the Maori, the aboriginal peoples of New Zealand, came to the land on the back of a whale led by Paikea. The first born male of the chief is to carry on the traditions of Paikea, the whale rider, but the first born male does not survive childbirth. In a way the mateship that takes place between Pai and Hemi alludes to the acceptance of a female leader. Whale Rider is a coming of age story in a cultural context. Pai is a determined young girl at the start of the film, and a leader in the end. <P> “Whale Rider” does. Paikea has come into her own and her own (her grandfather) is not able to receive her. The Bible is full of stories of people who were “the wrong sex.” Zelophehad’s daughters had to plead for their inheritances. Her twin, the hoped-for son and future chief, died at birth along with his mother. Her father Porourangi (Cliff Curtis) names her after Paikea, the legendary whale rider who brought their people to New Zealand eons ago. <P> W hale Rider is a film about a rejected leader. Paikea (Keisha Castle-Hughes) is the only surviving child of a chief’s son. Her twin, the hoped-for son and future chief, died at birth along with his mother. Her father Porourangi (Cliff Curtis) names her after Paikea, the legendary whale rider who brought their people to New Zealand eons ago. <P> genre. Fiction, Memoir. Witi Ihimaera is a novelist and short story writer from New Zealand, perhaps the best-known Māori writer today. He is internationally famous for The Whale Rider.Ihimaera in New Zealand and is of Māori descent and Anglo-Saxon descent through his father, Tom. He attended Church College of New Zealand in Temple View, Hamilton, New Zealand. He was the first Māori writer to publish both a novel and a book of short stories. <P> Paikea: And he came on the back of a whale. A man to lead a new people. Our ancestor, Paikea. But now we were waiting for the firstborn of the new generation, for the descendant of the whale rider. For the boy who would be chief. Paikea: There was no gladness when I was born. Pai, an 11-year-old girl in a patriarchal New Zealand tribe, believes she is destined to be the new chief. But her grandfather Koro is bound by tradition to pick a male leader. Pai loves Koro more than anyone in the world, but she must fight him and a thousand years of tradition to fulfill her destiny. <P> Niki Caro is a white New Zealand woman, who after directing Whale Rider, directed North Country, a film that focuses on the struggle of female miners. Yet, Whale Rider does not fit into any of the sub-genres associated with the Australian woman’s film. The film is not a “paranoid gothic thriller,” Pai does not suffer from mental illness nor is she a mother. And there is no love story in the sexual context that emphasizes this last sub-genre. In a way the mateship that takes place between Pai and Hemi alludes to the acceptance of a female leader. Whale Rider is a coming of age story in a cultural context. Pai is a determined young girl at the start of the film, and a leader in the end.
|
Whale rider fit into 2002 New Zealand-German family drama film directed by Niki Caro.
|
what is the currency on norfolk island
|
<P> Norfolk Island's currency is the Australian dollar, and the currency symbol is $. Norfolk Island is not subject to Australian taxation. There is only one ATM, at the Commonwealth Bank. See Australia for more on the Australian dollar. Norfolk Island is an island in the South Pacific Ocean and an Australian territory for histroical reasons even though it is much closer to New Zealand. <P> Native to the island, the pine is a key export industry for Norfolk Island, being a popular ornamental tree on mainland Australia, where two related species grow, and also worldwide. Australia Post sends and receives mail from Norfolk Island with the postcode 2899. However, distribution is carried out by the Norfolk Island Postal Service. Consequently, stamps issued by Norfolk cannot be used in Australia, and those issued by Australia Post cannot be used on the island. <P> Norfolk Island is an island located in the South Pacific Ocean, along the east of the Australian mainland. It lies between Australia, New Zealand and New Caledonia. The Australian dollar denoted by the ISO 4217 code AUD is the official currency of Norfolk Island. It is also the currency of the Commonwealth of Australia and other territories of the continent. <P> Norfolk Island Visitor Information. Norfolk Island has a unique geography with a small population that is slowly declining. The primary industry on Norfolk is tourism and the government is independent of Australia in most respects except for policing, defence and education. Norfolk Island is a tax free haven of Australia. <P> Banking. There are branches of Westpac Bank and the Commonwealth Bank of Australia located in Burnt Pine on Norfolk Island. There is also a Commonwealth Bank ATM on the island which is open 24 hours a day. The branches are open Monday to Thursday from 9.30am to 4.00pm and on Fridays until 5.00pm. Australian currency (AUD) is used on the island. Notes are in denominations of 5, 10, 20, 50 and 100 dollars. Coin denominations are 5, 10, 20 and 50 cents as well as 1 and 2 dollars. <P> Select To Currency. NB Rates provided for information only. The Currency Converter is provided by xe.com. xe.com and its owners shall not be liable to User or any third party for any damage or loss incurred, monetary or otherwise, directly or indirectly, as a result of the use of the xe.com or the xe.com code. This website shall not be liable for any losses or damages incurred in connection with this site <P> Norfolk Island (/ˈnɔrfək ˈaɪlənd/ ; Norfuk: Norf'k Ailen) is a small island in the Pacific Ocean located between Australia, New Zealand and New Caledonia, 1,412 kilometres (877 mi) directly east of mainland Australia's Evans Head, and about 900 kilometres (560 mi) from Lord Howe Island. Australia Post sends and receives mail from Norfolk Island with the postcode 2899. However, distribution is carried out by the Norfolk Island Postal Service. Consequently, stamps issued by Norfolk cannot be used in Australia, and those issued by Australia Post cannot be used on the island. <P> Norfolk Island is located in the South Pacific Ocean, east of the Australian mainland. Norfolk Island is the main island of the island group the territory encompasses and is located at 29°02′S 167°57′E / 29.033°S 167.950°E / -29.033; 167.950. Australia Post sends and receives mail from Norfolk Island with the postcode 2899. However, distribution is carried out by the Norfolk Island Postal Service. Consequently, stamps issued by Norfolk cannot be used in Australia, and those issued by Australia Post cannot be used on the island.
|
Australian dollar.
|
food goes through the following organs in a specific order
|
<P> The digestive system is the system that breaks down food and returns water and nutrients to the blood stream. It is necessary because it provides energy to the cells in your body. The digestive system is made up of organs such as the esophagus, stomach, liver, and the intestines. The small intestine is the next part of the digestive tract. The small intestine is about 6 meters long, and so it is the longest part of the digestive tract. Its main purpose is the digestion of food and absorption of nutrients. <P> The small intestine is the 'work horse' of digestion, as this is where most nutrients are absorbed. Peristalsis is also at work in this organ, moving food through and mixing it up with the digestive secretions from the pancreas and liver, including bile. The food then enters the esophagus. The esophagus is a muscular tube extending from the pharynx and behind the trachea to the stomach. Food is pushed through the esophagus and into the stomach by means of a series of contractions called peristalsis. Just before the opening to the stomach is an important ring-shaped muscle called the lower esophageal sphincter (LES). This sphincter opens to let food pass into the stomach and closes to keep it ther <P> ENZYMES. FIND OUT MORE. The process of breaking down food into molecules the body can absorb is called digestion. The digestive system begins with the mouth and involves many organs in the abdomen. The digestive organs produce ENZYMES which break down food chemically. The job of the digestive system is to turn the food we eat into material that the body can use for energy, growth, and to repair itself. <P> Food's Journey Through the Digestive System continued... The act of swallowing takes place in the pharynx partly as a reflex and partly under voluntary control. The tongue and soft palate -- the soft part of the roof of the mouth -- push food into the pharynx, which closes off the trachea. The food then enters the esophagus. The esophagus is a muscular tube extending from the pharynx and behind the trachea to the stomach. Food is pushed through the esophagus and into the stomach by means of a series of contractions called peristalsis. Just before the opening to the stomach is an important ring-shaped muscle called the lower esophageal sphincter (LES). This sphincter opens to let food pass into the stomach and closes to keep it there <P> Best Answer: 3) Oesophagus, stomach, small intestine, large intestine ! Haha, how could it start from the large intestine? You stick the food up your bum, it manages to work its way through to your small intestine, it somehow skips past the stomach and goes through the oesophagus and then down to your stomach ... makes complete sense!! Source(s): . <P> Describe the path food follows through the digestive system and how digestion occurs in each of the following parts of the digestive system. Be sure to include descriptions of other organs or components of the digestive system, including: Large intestine Mouth Small intestine Stomach. 3 following. 1 answer 1. Report Abuse. <P> 1) small intestine, stomach, large intestine, esophagus 2) large intestine, small intestine, esophagus, stomach 3) esophagus, stomach, small intestine, large intestine 4) stomach, small intestine, esophagus, large intestine. Follow. 6 answers 6. Report Abuse. You stick the food up your bum, it manages to work its way through to your small intestine, it somehow skips past the stomach and goes through the oesophagus and then down to your stomach ... makes complete sense!! Source(s): . <P> Stomach-the muscular bag which mechanically mixes food with digestive juices. Small Intestine-nutrients in the sandwich are absorbed theough the walls on the small intestine. Large Intestine-Water is absorbed through the walls of the large intestine. Food in the stomach that is partly digested and mixed with stomach acids is called chyme. In the small intestine-After being in the stomach, food enters the duodenum, the first part of the small intestine. It then enters the jejunum and then the ileum (the final part of the small intestine). <P> Stop 3: The Stomach and Small Intestine. The stomach is a sac-like organ with strong muscular walls. In addition to holding food, it serves as the mixer and grinder of food. The food then enters the esophagus. The esophagus is a muscular tube extending from the pharynx and behind the trachea to the stomach. Food is pushed through the esophagus and into the stomach by means of a series of contractions called peristalsis. Just before the opening to the stomach is an important ring-shaped muscle called the lower esophageal sphincter (LES). This sphincter opens to let food pass into the stomach and closes to keep it there
|
The small intestine is the 'work horse' of digestion, as this is where most nutrients are absorbed. Peristalsis is also at work in this organ, moving food through and mixing it up with the digestive secretions from the pancreas and liver, including bile.he food then enters the esophagus. The esophagus is a muscular tube extending from the pharynx and behind the trachea to the stomach.
|
what is a trochanter in anatomy
|
<P> Trochanteric bursitis. Trochanteric bursitis-also known as greater trochanteric pain syndrome-is a common hip syndrome that causes pain and tenderness at the bony, outside point of the hip, known as the greater trochanter. Other conditions. Trochanteric bursitis is often seen alongside other conditions such as arthritis of the hip, low back pain, disc disease of the low back, iliotibial band syndrome, fibromyalgia, thyroid disease and osteoarthritis of the knee. Conditions like gout can also increase your risk. <P> one of the two bony projections on the proximal end of the femur that serve as the point of attachment of various muscles. The two protuberances are the trochanter major and the trochanter minor. one of three tuberosities on the femur, at the upper end of its lateral surface (greater trochanter), towards the upper end on its medial surface (lesser trochanter) and more distally on the lateral surface (third trochanter). The third trochanter is prominent in horses and rabbits <P> Trochanter: One of the bony prominences toward the near end of the thighbone (the femur). There are two trochanters: 1 The greater trochanter-A powerful protrusion located at the proximal (near) and lateral (outside) part of the shaft of the femur. 2 The lesser trochanter-A pyramidal prominence that projects from the proximal (near) and medial (inside) part of the shaft of the femur. <P> 1 The greater trochanter is also called the major trochanter, the outer trochanter, and the lateral process of the femur. 2 The lesser trochanter-A pyramidal prominence that projects from the proximal (near) and medial (inside) part of the shaft of the femur. There are two trochanters: 1 The greater trochanter-A powerful protrusion located at the proximal (near) and lateral (outside) part of the shaft <P> The greater trochanter (great trochanter) of the femur is a large, irregular, quadrilateral eminence and a part of the skeletal system. It is directed lateral and slightly posterior. In the adult it is about 1 cm lower than the head. <P> The trochanter is an anatomical part of the femur connecting to the hip bone. <P> Bursitis is an inflammation of the small sacs of fluid (bursae) that cushion and lubricate the areas between tendons and bones. The trochanteric bursa is a large sac separating the greater trochanter of the hip and the muscles and tendons of the thighs and buttock. <P> The greater trochanter of the femur demonstrates a complex but consistent topographic anatomy. An understanding of the anatomy of the four facets of the greater trochanter is essential because each facet has specific tendinous attachments and specific nearby bursae. In cadaveric specimens, the facets are easily delineated at gross inspection, and their appearance is also constant on cross-sectional MR images. <P> 1 The greater trochanter-A powerful protrusion located at the proximal (near) and lateral (outside) part of the shaft of the femur. 2 The greater trochanter is also called the major trochanter, the outer trochanter, and the lateral process of the femur. There are two trochanters: 1 The greater trochanter-A powerful protrusion located at the proximal (near) and lateral (outside) part of the shaft of the femur. 2 The lesser trochanter-A pyramidal prominence that projects from the proximal (near) and medial (in
|
A large, irregular, quadrilateral eminence and a part of the skeletal system.
|
what is mistaken for ringworm
|
<P> Tweet. The medical term for this condition is Pityriasis Rosea (PR). This condition is often mistaken for ringworm due to its initial appearance i.e a single oval or circular patch that appears 2-3 weeks before the general rash. <P> The term ringworm or ringworms refers to fungal infections that are on the surface of the skin. The name is derived from the early belief that the infection was due to a worm, which it is not. Ringworm is a fungal infection in the skin. Nevertheless, the name ringworm remains. <P> The initial patch is often mistaken as ringworm. An individual with this condition will usually apply an anti-fungal cream to the rash with no relief. Within a week or two, more patches, sometimes hundreds of them appear on the body — typically on the neck, arms and thighs but they are uncommon on the face. <P> It helps to be familiar with skin disorders that are commonly mistaken for ringworm and to learn how to distinguish them. Ringworm or Tinea, is a superficial fungal infection of the skin, hair, and nails. It is often marked by red, scaly, and itchy patches assuming a ring-like formation on the affected skin or area. <P> Cause. Ringworm infection is caused by a fungus. Fungi (plural of fungus) that cause ringworm live and spread on the outer layer of skin. Ringworm is not caused by a worm or other parasite. <P> Ringworm also known as Dermatophytosis, is a skin disease caused by fungal infection. It is one of the most common diseases that affect humans and also pets like cats and domestic animals such as cattle and sheep etc. <P> Jock itch and athlete's foot frequently occur at the same time. Symptoms of ringworm on the hand include a rash: 1 On the palm that may be mistaken for eczema. 2 On the palm that is thickened, dry, and scaly, similar to athlete's foot, while skin between the fingers may be moist and have open sores.
|
The initial patch is often mistaken as ringworm.
|
name meaning christine
|
<P> The name Christine is a Greek baby name. In Greek the meaning of the name Christine is: Christian. Latin Meaning: The name Christine is a Latin baby name. In Latin <P> Origin of the name Christine: Derived from the Ecclesiastic Late Latin christiānus which is from the Ecclesiastic Greek christianos (a Christian, a follower of Christ). Var: Christiene, Christine, Cristina, Khristina, Khristine, Kristina, Kristene. Short: Chris, Cris, Khris, Kris, Tina. <P> Meaning of Christine. Greek name. In Greek, the name Christine means-christ-bearer. Other origins for the name Christine include-Greek, English, French.The name Christine is most often used as a girl name or female name. <P> Other origins for the name Christine include-English, Greek, French.The name Christine is most often used as a girl name or female name. English Name Meaning-A variant of Christina. In the 1950s, Christine was one of the three most common feminine names in Britain. Famous people: American tennis player Chris Lloyd was born Christine Evert. <P> Usage: Christine, of Latin origin, is a very popular first name. It is more often used as a girl (female) name. People having the name Christine are in general originating from Austria, Bahamas, Belgium, France, Germany, Greece, Ireland, Jamaica, Luxembourg, Malta, Netherlands, United Kingdom, United States of America. <P> The name Christine is a French baby name. In French the meaning of the name Christine is: Follower of Christ. English Meaning: The name Christine is an English baby name. In English the meaning of the name Christine is: A. In the 1950s, Christine was one of the three most common feminine names in Britain. Famous people: American tennis player Chris Lloyd was born Christine Evert.
|
In Greek:Christian,In French:Follower of Christ.
|
what is endometrial polyp
|
<P> Endometrial polyps can be detected by vaginal ultrasound (sonohysterography), hysteroscopy and dilation and curettage. Detection by ultrasonography can be difficult, particularly when there is endometrial hyperplasia (excessive thickening of the endometrium). Endometrial polyps usually occur in women in their 40s and 50s. Endometrial polyps occur in up to 10% of women. It is estimated that they are present in 25% of women with abnormal vaginal bleeding. <P> Endometrial polyps are noncancerous (benign) growths found within the uterine cavity. Usually they are asymptomatic and remain undetectable for decades. In women without symptoms, they are often found coincidentally when pelvic ultrasound is performed for unrelated problems. <P> An endometrial polyp or uterine polyp is a mass in the inner lining of the uterus. They may have a large flat base (sessile) or be attached to the uterus by an elongated pedicle (pedunculated). Pedunculated polyps are more common than sessile ones. They range in size from a few millimeters to several centimeters. Endometrial polyps usually occur in women in their 40s and 50s. Endometrial polyps occur in up to 10% of women. It is estimated that they are present in 25% of women with abnormal vaginal bleeding. <P> Endometrial Polyps. Endometrial or uterine polyps are very common in reproductive-age women and one of the most common causes of abnormal uterine bleeding, such as bleeding between periods. These polyps are an overgrowth of the inside lining of the uterus which is called the endometrium. Although endometrial polyps are almost always benign, it is possible that they can be premalignant or malignant. When an endometrial polyp is removed, it is sent to the laboratory for review to insure that it is benign. <P> Endometrial polyps are benign nodular protrusions of the endometrial surface, and one of the entities included in a differential of endometrial thickening. <P> Endometrial Polyps. Endometrial polyps are small, soft growths on the lining of the uterus (the endometrium). Also known as uterine polyps, endometrial polyps can irritate the surrounding tissue and cause spotting or vaginal bleeding. The polyps can occur alone or in groups. Most uterine polyps are noncancerous (benign) <P> Uterine polyps. Uterine polyps are growths attached to the inner wall of the uterus that extend into the uterine cavity. Overgrowth of cells in the lining of the uterus (endometrium) leads to the formation of uterine polyps, also known as endometrial polyps. These polyps are usually noncancerous (benign), although some can be cancerous or can eventually turn into cancer (precancerous polyps). <P> Uterine polyps are growths that occur in the endometrium, the inner lining of the uterus (the organ in which a fetus grows). For that reason, they are sometimes called endometrial polyps. Uterine polyps are formed by the overgrowth of endometrial tissue. The most common symptom of uterine polyps is irregular or unpredictable menstrual periods. Most women have periods that last four to seven days. A woman's period usually occurs every 28 days, but normal menstrual cycles can range from 21 days to 35 days. <P> A polyp in the uterus is an overgrowth of tissue that arises from the endometrium-the uterine lining. This tissue is expelled during the menstrual cycle. After a period, the endometrium regenerates rapidly under the influence of hormones. Polyps occur in areas where the lining grows in excess. Uterine polyps are oval or round, they remain attached to the uterine wall by a large base or a thin stalk. Polyps usually occur in perimenopausal or postmenopausal women
|
It is a mass in the inner lining of the uterus.
|
normal range of viral load hiv
|
<P> There is no normal value for viral load. A person who is not HIV-positive does not have a viral load since the virus does not exist in the bloodstream. Therefore the reference range cannot be determined in a manner that is considered to be “normal”. Viral load can be said to be high, low or undetectable. <P> HIV viral load tests are reported as the number of HIV copies in a milliliter (copies/mL) of blood. If the viral load measurement is high, it generally indicates that HIV is present and replicating. Initial, untreated, and uncontrolled HIV viral loads can range as high as one million or more copies/mL. In someone who has had HIV for some time but has not yet started treatment, a high viral load means that the person's immune system is no longer able to suppress HIV replication and that the disease is progressing. An HIV viral load test is ordered when a person is first diagnosed with HIV to determine the number of viral particles in the blood. The test results function as a baseline measurement that shows how actively the virus is reproducing and whether treatment is immediately necessary. <P> Viral Load. ...system health and risk of having HIV-related complications. A normal CD4 cell count averages around 700 (but there is a wide normal range, from 350 to 1500).HIV viral load is a measure of how much HIV is in the body. The more HIV there is, the... Read more ». <P> Measuring HIV. Viral load is the best gauge of the level of HIV in the body. It is measured as the number of copies of HIV-1 per milliliter of blood plasma (copies/mL). According to the U.S. Department of Health and Human Services (HRSA), the lowest levels of detectable viral load are about 40-75 copies/mL. The highest measure can be over 500,000 copies/mL <P> In someone who is being treated for HIV/AIDS, it means that the treatment is not effective. During treatment and monitoring, a high viral load can be anywhere from 5,000 to 10,000 copies/mL. A low viral load is usually between 40 to 500 copies/mL, depending on the type and sensitivity of the test used. An HIV viral load test is ordered when a person is first diagnosed with HIV to determine the number of viral particles in the blood. The test results function as a baseline measurement that shows how actively the virus is reproducing and whether treatment is immediately necessary. <P> As HIV infection progresses, the number of these cells declines. When the CD4 count drops below 200 due to advanced HIV disease, a person is diagnosed with AIDS. A normal range for CD4 cells is between 600 and 1,500. Usually, when a person with low CD4 cells starts HIV medicines, the CD4 cell count increases as the HIV virus is controlled. Most but not all people will experience an increase in CD4 cell with effective HIV treatment. <P> There is really no such thing as a “normal” viral load. People who aren’t infected with HIV have no viral load at all, so there’s no “normal” range for reference, as there is for many other HIV lab tests (such as CD4 counts .). 1 HIV may still be found in your genital fluids (semen or vaginal fluids). 2 The viral load test only measures the amount of HIV in your blood. 3 Although ART also lowers viral load in genital fluids, HIV can sometimes be present in your genital fluids even when it is undetectable <P> Results. A viral load test measures how much human immunodeficiency virus (HIV) is in the blood. The results can take up to 2 weeks. The normal values listed here-called a reference range-are just a guide. These ranges vary from lab to lab and depend upon which testing method is used (RT-PCR, bDNA, NASBA). <P> For example: 1 HIV may still be found in your genital fluids (semen or vaginal fluids). 2 The viral load test only measures the amount of HIV in your blood. 3 Although ART also lowers viral load in genital fluids, HIV can sometimes be present in your genital fluids even when it is undetectable in your blood. 1 <P> When the CD4 count drops below 200 due to advanced HIV disease, a person is diagnosed with AIDS. A normal range for CD4 cells is about 600-1,500. Usually, when a person with low CD4 cells starts HIV medicines, the CD4 cell count increases as the HIV virus is controlled. Most but not all people will experience an increase in CD4 cell with effective HIV treatment. The higher your CD4 count, the better.
|
About 40-75 copies/mL.
|
what is operating financial and total leverage explain the relationship between them
|
<P> Financial Leverage can be defined as the degree to which an investor or business is utilizing borrowed money as compared to the equity to fund its operatons. The operating leverage is a measure of how revenue growth translates into growth in operating income. It is a measure of leverage, and of how risky (volatile) a company's operating income is. Both operating and financial leverage result in the magnification of changes to earnings due to the presence of fixed costs in a company's cost structure. The difference is only the part of the income statement we are looking at. <P> Combined Leverage. The degree of combined, or total, leverage is defined as the percentage change in earnings per share divided by the percentage change in sales. It is the product of the degree of financial leverage and the degree of operating leverage. As such, it is a measure of the overall riskiness of your business. <P> Firm's often have both operating and financial leverage. This total or combined leverage results from the presence of both fixed operating and financial costs in a firm's income stream. Combined leverage is measured by the degree of combined leverage (DCL). <P> Operating leverage is the extent to which a firm uses fixed costs in producing its goods or offering its services. Fixed costs include advertising expenses, administrative costs, equipment and technology, depreciation, and taxes, but not interest on debt, which is part of financial leverage. Operating leverage refers to the use of fixed costs in a company's earnings stream to magnify operating profits. Financial leverage, on the other hand, results from the use of debt and preferred stock to increase stockholder earnings. <P> Relationship Between Financial Leverage and Risk. Not to be confused with operating leverage, financial leverage involves the use of debt in the firm’s financial structure. Though it may be operationally defined and measured in a variety of ways, it essentially entails the use of debt to extend the earning power of funds committed by the firm’s shareholders. <P> In physics, leverage denotes the use of a lever and a small amount of force to lift a heavy object. Likewise in business, leverage refers to the use of a relatively small investment or a small amount of debt to achieve greater profits. That is, leverage is the use of assets and liabilities to boost profits while balancing the risks involved. There are two types of leverage, operating and financial. Operating leverage refers to the use of fixed costs in a company's earnings stream to magnify operating profits. Financial leverage, on the other hand, results from the use of debt and preferred stock to increase stockholder earnings. <P> The higher the fixed financial costs, the greater the financial leverage. The total leverage of the firm is the use of total fixed costs—both operating and financial—to magnify the effects of changes in sales on EPS. Debt capital and equity capital make up a firm’s capital structure. <P> Difference. The main difference is in the type of leveraged used. Operating leverage uses tools available in the day-to-day business activities to boost returns by shifting the balance between variable costs and fixed costs. Financial leverage uses leverage outside of the main business through the use of debt to increase returns. <P> Financial leverage is a measure of debt, usually defined as total debt divided by the owners’ equity, which is assets minus liabilities. By increasing financial leverage instead of issuing stock, you can use the additional funds to increase production without diluting earnings among a greater number of shareholders. It is the product of the degree of financial leverage and the degree of operating leverage. As such, it is a measure of the overall riskiness of your business. <P> Operating leverage and financial leverage both magnify the changes that occur to earnings due to fixed costs in a company’s capital structures. Operating leverage magnifies changes in earnings before interest and taxes (EBIT) as a response to changes in sales when a company's operational costs are relatively fixed. The degree of financial leverage (DFL) measures a percentage change of earnings per share for each unit’s change in EBIT that result from a company's changes in its capital structure. Earnings per share become more volatile when the DFL is higher.
|
Financial Leverage can be defined as the degree to which an investor or business is utilizing borrowed money as compared to the equity to fund its operatons. The operating leverage is a measure of how revenue growth translates into growth in operating income.The total leverage of the firm is the use of total fixed costs—both operating and financial.
|
what is sertraline used for
|
<P> Sertraline is used for a number of conditions including: major depression, obsessive-compulsive disorder (OCD), body dysmorphic disorder (BDD), posttraumatic stress disorder (PTSD), premenstrual dysphoric disorder (PMDD), panic disorder and social phobia (social anxiety disorder). Side effects such as nausea are common. Sertraline is effective in alleviating the symptoms of PMDD, a severe form of premenstrual syndrome. Significant improvement was observed in 50–60% of cases treated with sertraline vs. 20–30% of cases on placebo. <P> PRESCRIBED FOR: Sertraline is used for treating depression, obsessive-compulsive disorder (OCD), panic disorder, and post-traumatic stress disorder (PTSD). Sertraline also is used for treating social anxiety disorder and premenstrual dysphoric disorder (PMDD). DOSING: The recommended dose of sertraline is 25-200 mg once daily. Treatment of depression, OCD, panic disorder, PTSD, and social anxiety disorder is initiated at 25-50 mg once daily. <P> A: Zoloft (sertraline) is a selective serotonin reuptake inhibitor (SSRI) antidepressant used to treat depression, obsessive-compulsive disorder, panic disorder, post-traumatic stress disorder, premenstrual dysphoric disorder, and social anxiety disorder. A: Zoloft (sertraline) is a medication that is used to treat depression or anxiety. It is in a group of medications called selective serotonin reuptake inhibitors (SSRIs) that work to balance out the chemical, serotonin, in the brain that causes depression symptoms when there is too little to go around. <P> Sertraline (trade names Zoloft and others) is an antidepressant of the selective serotonin reuptake inhibitor (SSRI) class. It was introduced to the market by Pfizer in 1991. Sertraline is primarily prescribed for major depressive disorder in adult outpatients as well as obsessive-compulsive disorder, panic disorder, and social anxiety disorder, in both adults and children. Side effects such as nausea are common. Sertraline is effective in alleviating the symptoms of PMDD, a severe form of premenstrual syndrome. Significant improvement was observed in 50–60% of cases treated with sertraline vs. 20–30% of cases on placebo. <P> Sertraline is an antidepressant in a group of drugs called selective serotonin reuptake inhibitors (SSRIs). Sertraline affects chemicals in the brain that may become unbalanced and cause depression, panic, anxiety, or obsessive-compulsive symptoms. Do not take sertraline if you have used an MAO inhibitor such as furazolidone (Furoxone), isocarboxazid (Marplan), phenelzine (Nardil), rasagiline (Azilect), selegiline (Eldepryl, Emsam, Zelapar), or tranylcypromine (Parnate) in the last 14 days. A dangerous drug interaction could occur, leading to serious side effects. <P> Descriptions. Sertraline is used to treat depression, obsessive-compulsive disorder (OCD), panic disorder, premenstrual dysphoric disorder (PMDD), posttraumatic stress disorder (PTSD), and social anxiety disorder (SAD). Sertraline belongs to a group of medicines known as selective serotonin reuptake inhibitors (SSRIs). <P> A: Zoloft (sertraline) is a type of antidepressant known as a selective serotonin reuptake inhibitor (SSRI). It is commonly used to treat depression, social anxiety disorder, posttraumatic stress disorder (PTSD), panic disorder and obsessive-compulsive disorder (OCD). A: Zoloft (sertraline) is a medication that is used to treat depression or anxiety. It is in a group of medications called selective serotonin reuptake inhibitors (SSRIs) that work to balance out the chemical, serotonin, in the brain that causes depression symptoms when there is too little to go around. <P> Zoloft (sertraline) is in a class of drugs called selective serotonin reuptake inhibitors (SSRIs). Zoloft is used to treat depression, obsessive-compulsive disorder, panic attacks, posttraumatic stress disorder (PTSD) and social anxiety disorder. A: Zoloft (sertraline) is a medication that is used to treat depression or anxiety. It is in a group of medications called selective serotonin reuptake inhibitors (SSRIs) that work to balance out the chemical, serotonin, in the brain that causes depression symptoms when there is too little to go around. <P> Zoloft is the brand name of sertraline, an antidepressant used to treat major depressive disorders. Zoloft is in a class of antidepressants known as selective serotonin reuptake inhibitors (SSRIs). They work by controlling levels of serotonin (a neurotransmitter) in the brain. A: Zoloft (sertraline) is a medication that is used to treat depression or anxiety. It is in a group of medications called selective serotonin reuptake inhibitors (SSRIs) that work to balance out the chemical, serotonin, in the brain that causes depression symptoms when there is too little to go around. <P> Sertraline is used to treat depression, obsessive compulsive disorder (OCD), panic disorder, premenstrual dysphoric disorder (PMDD), posttraumatic stress disorder (PTSD), and social anxiety disorder (SAD). Sertraline belongs to a group of medicines known as selective serotonin reuptake inhibitors (SSRIs). It works by increasing the activity of a chemical called serotonin in the brain. This medicine is available only with your doctor's prescription.
|
It is used for a number of conditions including: major depression, obsessive-compulsive disorder (OCD), body dysmorphic disorder (BDD), posttraumatic stress disorder (PTSD), premenstrual dysphoric disorder (PMDD), panic disorder and social phobia (social anxiety disorder).ide effects such as nausea are common.
|
what is the endoplasmic reticulum
|
<P> The general structure of the endoplasmic reticulum is a network of membranes called cisternae. These sac-like structures are held together by the cytoskeleton. The phospholipid membrane encloses a space, the cisternal space (or lumen), which is continuous with the perinuclear space but separate from the cytosol. <P> There are two types of endoplasmic reticulum, rough and smooth. The outer (cytosolic) face of the rough endoplasmic reticulum is studded with ribosomes that are the sites of protein synthesis. The rough endoplasmic reticulum is especially prominent in cells such as hepatocytes. <P> Confidence votes 9.3K. The endoplasmic reticulum (ER) is an organelle that appears in all eukaryotic cells, usually surrounding the nucleus. The ER is made of a series of membranes that extend throughout the jelly-like cytoplasm and kind of form a maze. <P> The Endoplasmic Reticulum The endoplasmic reticulum (ER) is a network of flattened sacs and branching tubules that extends throughout the cytoplasm in plant and animal cells. <P> All eucaryotic cells have an endoplasmic reticulum (ER) . Its membrane typically constitutes more than half of the total membrane of an average animal cell (see Table 12-2). The ER is organized into a netlike labyrinth of branching tubules and flattened sacs extending throughout the cytosol (Figure 12-35). <P> Endoplasmic reticulum is a network of tubules, vesicles and sacs that are interconnected. They may serve specialized functions in the cell including protein synthesis, sequestration of calcium, production of steroids, storage and production of glycogen, and insertion of membrane proteins. <P> Another organelle in the cell is the endoplasmic reticulum (ER). While the function of the nucleus is to act as the cell brain, the ER functions as a manufacturing and packaging system. It works closely with the Golgi apparatus, ribososmes, mRNA, and tRNA. <P> The endoplasmic reticulum is a network of tubules and flattened sacs that serve a variety of functions in the cell. There are two regions of the ER that differ in both structure and function. One region is called rough ER because it has ribosomes attached to the cytoplasmic side of the membrane. The other region is called smooth ER because it lacks attached ribosomes. Typically, the smooth ER is a tubule network and the rough ER is a series of flattened sacs.
|
The endoplasmic reticulum is a network of flattened sacs and branching tubules that extends throughout the cytoplasm in plant and animal cells.
|
how much do daycare teachers with associate degree make
|
<P> Salary. Instructing very young children isn’t as lucrative as teaching preteens or teenagers. A preschool teacher earned a median salary of $27,570 in 2013. The profession’s top salaries were more than $49,660 a year, while the lowest salaries were $18,420 or less. Child day care services tend to employ the most preschool teachers, while elementary and secondary schools tend to pay them the best. <P> Salary. According to the BLS, the average salary earned by all types of childcare workers, including those who work in daycares, is $9.28 an hour. The top 10 percent of these workers earned more than $14.08 an hour, while the bottom 10 percent earned less than $7.65 an hour. Childcare workers should see their employment opportunities increase by 20 percent by 2020, according to the BLS. The growing number of children needing care during the day will drive this growth. Daycare workers with formal education, such as an associate's degree, will have the best job prospects, says the BLS. <P> January 2014 salary data from PayScale.com showed that preschool teacher salaries varied by certification and degree level. While those with an associate's degree earned $14,635-$34,687, teachers with a bachelor's degree made $16,020-$41,320. Those with teacher certification made $17,936-$48,287. Those with the Child Development Associate (CDA) credential made $13,458-$43,362. Job Description. As a preschool teacher, you'll help educate and watch over children who are 3-5 years old. You'll be expected to interact with an entire classroom at one time, but when necessary, you'll give individual attention to each student. Your end goal is to prepare your students to enter kindergarten. <P> Educational Requirements for Preschool Teachers. Education requirements to become a preschool teacher vary. Public schools require at least a bachelor's degree; while an associate's degree or high school diploma is acceptable for some child care centers. In many cases, preschool teachers start out as assistant teachers. According to the U.S. Bureau of Labor Statistics (BLS), preschool teachers earned an average yearly wage of $31,420 in May 2013 (www.bls.gov). The lowest-paid 10% of workers made $18,420 or less, while the top 10% of professionals made $49,660 or more. <P> As a preschool teacher, you'll help educate and watch over children who are 3-5 years old. You'll be expected to interact with an entire classroom at one time, but when necessary, you'll give individual attention to each student. Job Description. As a preschool teacher, you'll help educate and watch over children who are 3-5 years old. You'll be expected to interact with an entire classroom at one time, but when necessary, you'll give individual attention to each student. Your end goal is to prepare your students to enter kindergarten. <P> Research Salaries in Arkansas. The minimum salary for an Arkansas certified teacher is $29,244, and this is for teachers who have acquired a bachelor’s degree from an accredited institution, according to the Arkansas Department of Education. Most districts pay more than this minimum, though some districts pay precisely this amount <P> Special education teachers usually need at least a bachelor's degree. The 2012 BLS wage survey for special ed preschool teachers reported $57,770 in average annual pay, with a range from $33,010 for the lowest-paid 10 percent to $92,880 for the top 10 percent. <P> Even though preschool teachers' salaries skim the bottom, they are required to have an associate's degree and a teacher’s permit. Some have even more education. At L.A. Unified, one of the largest employers of preschool teachers, about 80 percent have a bachelor’s degree. Although a college degree is required for many teaching in early education, it's not unusual for a teacher to get about $11.75 an hour or $24,440 for the year. That salary puts a family of three or more below the federal poverty line. The state minimum wage now stands at $9 an hour and will rise to $10 in 2016. <P> Salaries for daycare teachers with associate's degrees will fall between what daycare teachers with high school diplomas and bachelor's degrees earn. How many hours daycare workers work a day will also affect their salaries. About 39 percent of all childcare workers work part-time, according to the BLS. Childcare workers should see their employment opportunities increase by 20 percent by 2020, according to the BLS. The growing number of children needing care during the day will drive this growth. Daycare workers with formal education, such as an associate's degree, will have the best job prospects, says the BLS.
|
$11.75 an hour or $24,440 for the year.
|
cheddar cheese sauce recipe
|
<P> Preparation. 1. Combine 1/4 cup milk and flour in a saucepan; stir with a whisk. Stir in remaining 3/4 cup milk and salt; bring to a boil over medium heat, stirring frequently. Reduce heat to low; simmer 2 minutes or until slightly thickened, stirring constantly. <P> 1 Melt butter in a saucepan over medium heat; whisk flour into butter until smooth. 2 Pour milk into butter mixture and stir with a wooden spoon to combine. 3 Cook and stir until mixture thickens, about 3 minutes. 4 Add Cheddar cheese and stir until cheese is melted, about 3 minutes more. 5 Season with salt and pepper. <P> 1.5 ounces sharp cheddar cheese, shredded (about 1/3 cup packed). 1/4 teaspoon freshly ground black pepper. 1. Combine 1/4 cup milk and flour in a saucepan; stir with a whisk. Stir in remaining 3/4 cup milk and salt; bring to a boil over medium heat, stirring frequently. <P> 1 Add in flour and whisk for 1 minute. 2 Slowly add in the half and half cream and whisk until the sauce is thick. 3 Add in the yolks and cook over low heat for 2 minutes. 4 Add in the cheese, and stir over low heat until melted. <P> Directions. 1 In a saucepan over medium heat, melt butter. 2 Stir in flour, salt and pepper until smooth. 3 Gradually add milk. 4 Bring to a boil; cook and stir for 2 minutes or until thickened. 5 Reduce heat; add the cheese. 6 Cook and stir until cheese is melted. 7 Serve 1-1/2 cups of cheese sauce with the baked potatoes. <P> 1 1. Heat the milk in a large saucepan over medium heat until you see bubbles forming on top. 2 2. 3 Meanwhile, melt the butter in another saucepan over medium heat. 4 Sprinkle the flour over the top, stirring constantly until a thick paste forms, 1 to 2 minutes. <P> 1 Melt the butter in a heavy-bottomed saucepan. 2 Add in flour and whisk for 1 minute. 3 Slowly add in the half and half cream and whisk until the sauce is thick. 4 Add in the yolks and cook over low heat for 2 minutes. 5 Add in the cheese, and stir over low heat until melted. <P> Directions. 1 Melt the butter in a heavy-bottomed saucepan. 2 Add in flour and whisk for 1 minute. 3 Slowly add in the half and half cream and whisk until the sauce is thick. 4 Add in the yolks and cook over low heat for 2 minutes. 5 Add in the cheese, and stir over low heat until melted. <P> Top the broccoli with the Cheddar Cheese Sauce, or serve it on the side. Melt the butter in a medium saucepan over medium heat until foamy. Spoon the flour over the butter and cook, while stirring, until the flour becomes pasty. Pour in the milk while whisking and season with salt and pepper. Bring to a boil, reduce the heat to a medium simmer and cook for 5 to 8 minutes.
|
1 In a saucepan over medium heat, melt butter. 2 Stir in flour, salt and pepper until smooth. 3 Gradually add milk. 4 Bring to a boil; cook and stir for 2 minutes or until thickened. 5 Reduce heat; add the cheese. 6 Cook and stir until cheese is melted. 7 Serve 1-1/2 cups of cheese sauce with the baked potatoes.
|
life insurance cost per month
|
<P> And I said that price for that would be $10 a month at 20, $20 a month at 30, and $40 a month at 40 (doubling every 10 years). The prices at 30 and 40 would be $240 and $480 per year, which is right in line with Doing the Right Thing's numbers of $240 to $440 per year. And here's what you can expect to get for that that much per month: A term policy with a level premium for 15 or 20 years, with a death benefit equal to 10 years of income ($800,000 in the above example). <P> For example, a 35 year-old female nonsmoker would pay an average of $61 per month for $1,000,000 worth of life insurance with a 20-year term, and $23.90 per month for $250,000 worth of life insurance with a 20-year term. There can be some differences in your life insurance costs, depending upon your state and region. The following average costs were calculated using these assumptions: 1 The individuals are a healthy weight and do not live a hazardous lifestyle. 2 They want $500,000 worth of life insurance. 3 They want to pay monthly for a 20-year term policy. <P> 1 For a 30 year old, the monthly premium would be $24-$31 a month, for a 40 year old, the monthly premium would be $31-$40 a month, and for a 50 year old, the monthly premium would be $83-$92 a month. FARM BUREAU...My mother purchase a 25,000 life insurance/ retirement plan for me when i was 22. At a cost of $19.00 month now that im 51 i found out that she was lied to by the agent she was told that the plan would pay me 60,000 at age 70 and increse if i waited longer. <P> Below you'll find the average cost of life insurance broken out by number of years on the policy. Unsurprisingly so, the longer the policy term the more expensive it is. Average policy costs range from $568 per year for a 10 year term policy to $1,528 for a 30 year term policy. Term life insurance rates are typically the cheapest way for an individual to purchase life insurance coverage. One of the clear takeaways from the table: it's expensive to smoke! Smokers on average will pay up to 200% more for their life insurance policies than non-smokers. This disparity grows with age with 25 year old smokers paying twice as much for their insurance while 65 year old smokers pay almost 3x as much. <P> Anywhere from $10 per month on up to thousands per month. It depends on the AMOUNT of life insurance you want and they type of policy you purchase, and your health. If you have cancer or AIDS, expect to pay a lot -- if you can get coverage at all. Go talk to a licensed agent in your area. And here's what you can expect to get for that that much per month: A term policy with a level premium for 15 or 20 years, with a death benefit equal to 10 years of income ($800,000 in the above example). <P> Here are a couple of examples: For a male non-smoker age age 25, $500,000 would be $25.65 a month for a 10 Year renewable term and with the same company a 45 year old male non-smoker would pay $47.25 a month. Thee are online quoting services you can use to give you a point of reference. The cost of Term Life Insurance varies greatly, from a few dollars per month, to thousands of dollars per month. Some of the variable that affect the price are: <P> (If you're making $80,000, that would be $80.) This is a starting point, and it is a ballpark number (cost per month) for life insurance if you're 20 years old. For each 10 years after 20, double that starting number. And here's what you can expect to get for that that much per month: A term policy with a level premium for 15 or 20 years, with a death benefit equal to 10 years of income ($800,000 in the above example). <P> Also the time period of your insurance affects to the price of the in … surance. The yearly average price of whole time life insurance can be anything between $1.200 and $2.000. The term insurances are much cheaper for example 10-to20-year term cost$300 to $500 per year. These examples and averages would cover $250.000 in case of death. <P> Premiums for cash-value policies are much higher. For example, the healthy 40-year-old man who pays $350 a year for a $500,000 term policy would pay about $3,000 a year for a $500,000 universal life policy-in part because a portion of that $3,000 is going into the investment component of the policy. That's a huge difference.
|
From $10 to $1000 per month.
|
recessive traits definition
|
<P> Another way to define a recessive trait is one that is never expressed by the heterozygous genotype. For example, the heterozygous genotype for earlobe type (Ee) produces detached earlobes because the dominant allele (E) hides the effects of the recessive allele (e). Examples of Recessive Traits. We know many examples of traits controlled by recessive alleles; however, as scientists are more thoroughly studying the genetics of traits, they are finding that many have multiple genes and alleles associated with them, instead of just one gene with two alleles as explained above. <P> Remember, individuals must have two alleles for a gene, so someone could be homozygous dominant (EE), homozygous recessive (ee), or heterozygous (Ee). In this example, the recessive trait is having attached earlobes and is only seen in someone with the genotype ee (homozygous recessive). Examples of Recessive Traits. We know many examples of traits controlled by recessive alleles; however, as scientists are more thoroughly studying the genetics of traits, they are finding that many have multiple genes and alleles associated with them, instead of just one gene with two alleles as explained above. <P> Recessive trait. An inherited trait that is outwardly obvious only when two copies of the gene for that trait are present—as opposed to a dominant trait where one copy of the gene for the dominant trait is sufficient to display the trait. <P> If they have one dominant allele and one recessive allele, they are referred to as heterozygous. A dominant trait when written in a genotype is always written before the recessive gene in a heterozygous pair. A heterozygous genotype is written Aa, not aA. If a genetic trait is recessive, a person needs to inherit two copies of the gene for the trait to be expressed. Thus, both parents have to be carriers of a recessive trait in order for a child to express that trait. If both parents are carriers, there is a 25% chance with each child to show the recessive trait. <P> A recessive trait is the phenotype that is not seen in the heterozygous genotype, and attached earlobes are a recessive trait. This brings us back to our main topic, which we can now define. A dominant trait is the phenotype that is seen when the heterozygous genotype is present. <P> (genetics) Of, or pertaining to, a gene (or allele) whose phenotypic expression is masked by a dominant gene (or allele). noun. (1) A recessive allele or trait. (2) An organism whose recessive trait is discernible or expressed. Supplement. In genetics, a recessive gene or allele is one in which the effect is not tangible, or is masked by the effects of the dominant gene. The recessive trait may be expressed when the recessive genes are in homozygous condition or when the dominant gene is not present. That happens when an organism inherits a pair of recessive genes from its parents. Word origin: Latin recess(us) , a withdrawal, receding part + - iv <P> Relating to the form of a gene that is not expressed as a trait in an individual unless two such genes are inherited, one from each parent. In an organism having two different genes for a trait, the recessive form is suppressed by its counterpart, or dominant, form located on the other of a pair of chromosomes. Of or relating to a trait that is expressed only when the determining allele is present in the homozygous condition. n. Genetics. 1. A recessive allele or trait. 2. An organism having a recessive trait. <P> Dominant: A genetic trait is considered dominant if it is expressed in a person who has only one copy of that gene. (In genetic terms, a dominant trait is one that is phenotypically expressed in heterozygotes). A dominant trait is opposed to a recessive trait which is expressed only when two copies of the gene are present. (In genetic terms, a recessive trait is one that is phenotypically expressed only in homozygotes). Examples of dominant disorders include: 1 Achondroplasia (a common form of dwarfism with short arms and legs), <P> Recessive trait. Definition. noun. (genetics) A genetic trait that results from the expression of the two recessive alleles. Supplement. When the dominant allele is lacking or when the two alleles present are both recessive, their expression results in a recessive trait. Also called: 1 recessive character.
|
It is one that is never expressed by the heterozygous genotype.
|
average starting salary for miners
|
<P> Average Underground Miner Salaries. The average salary for underground miner jobs is $73,000. Average underground miner salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term underground miner anywhere in the job listing. <P> According to the Bureau of Labor Statistics, the average miner in the U.S. earns an hourly wage of $27.62, over the course of a 43.6 hour work week, as of 2012. This amounts to an annual salary of $62,620. However, wages vary based on location and specific job duties. <P> Miners who operate drills and other types of equipment earn an annual average salary of $49,810, according to the BLS. Engineers in this field have an average salary of $44,190, while those involved in excavation and loading have an average annual wage of $40,510. <P> The Average Coal Miner's Salary | eHow. Coal miners earned an average annual salary of $52,280 per year according to a 2008 wage survey by the federal Bureau of Labor Statistics. The BLS also projects ... <P> Average Coal Miner Salaries. The average salary for coal miner jobs in IL is $69,000. Average coal miner salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term coal miner anywhere in the job listing.
|
Aroun $ 70,000
|
what is japan's currency
|
<P> The Yen is the currency of Japan. Yen :3 The Japanese use the Yen as their currency unit. What is the currency and currency symbol of japan? The currency in Japan is the Yen and its code is JPY and its symbol is Y having one or two parallel horizontal lines over it. sorry i can not attach image here, other … wise I would have. No need for an image <P> The Japanese Yen is the currency of Japan. Our currency rankings show that the most popular Japan Yen exchange rate is the USD to JPY rate. The currency code for Yen is JPY, and the currency symbol is ¥. Below, you'll find Japanese Yen rates and a currency converter. The Japanese Yen is the third most traded currency in the world, and the most heavily traded currency in Asia. Due to its relatively low interest rates, the Japanese Yen is often used in carry trades with the Australian Dollar and the US Dollar. <P> Money. The Japanese currency is the yen (~, en). One yen corresponds to 100 sen. However, sen are usually not used in everyday life anymore, except in stock market prices. Bills come in 1,000 yen, 2,000 yen (very rare), 5,000 yen and 10,000 yen denominations. In Japan, currency exchange is usually handled by banks, post offices, some larger hotels and a handful of licensed money changers found especially at international airports. Whether or not it is better to change for yen before coming into Japan depends on the currency that you hold. <P> Thomas Northcut/Photodisc/Getty Images. The yen is the unit of currency in Japan. There are four kinds of bills (10,000 yen, 5,000 yen, 2,000 yen, 1,000 yen) and six kinds of coins (500 yen, 100 yen, 50 yen, 10 yen, 5 yen, 1 yen) used. All of the bills and coins are different sizes. <P> Japanese Yen History. Importance of the Japanese Yen. The Japanese Yen is the third most traded currency in the world, and the most heavily traded currency in Asia. Due to its relatively low interest rates, the Japanese Yen is often used in carry trades with the Australian Dollar and the US Dollar. <P> Early Japanese minting: Tomimotosen (富本銭), found in Tobishimaike (飛島池), end of 7th century, copper and antimony. Japan Currency Museum. Japan's contacts with the Chinese mainland became intense during the Tang period, with many exchanges and cultural imports occurring. The first Japanese embassy to China is recorded to have been sent in 630, following which Japan adopted numerous Chinese cultural practices. The importance of metallic currency appeared to Japanese nobles, probably leading to some coin minting at the end of the 7th century, such as the Tomimotosen coinage (富元銭), discovered in 1998 through archaeological research in the area of Nara. <P> Japan's first formal currency system was the Kōchōsen (Japanese: 皇朝銭, Imperial currency). It was exemplified by the adoption of Japan's first official coin type, the Wadōkaichin. It was first minted in 708 on order of Empress Gemmei, Japan's 43rd Imperial ruler. The importance of metallic currency appeared to Japanese nobles, probably leading to some coin minting at the end of the 7th century, such as the Tomimotosen coinage (富元銭), discovered in 1998 through archaeological research in the area of Nara. <P> There is no limit on the amount of any currency that may be brought into or taken out of Japan. However, if you transport (any currencies, checks, securities or other monies) exceeding 1,000,000 yen worth in Japanese currency into or out of the country then you must complete a customs declaration. <P> The Japanese yen (円 or 圓, en, symbol: ¥; code: JPY) is the official currency of Japan. It is the third most traded currency in the foreign exchange market after the United States dollar and the euro. It is also widely used as a reserve currency after the U.S. dollar, the euro, and the pound sterling.
|
The Japanese Yen is the currency of Japan.
|
what chemical process produces polymers
|
<P> Synthetic polymers are produced commercially on a very large scale and have a wide range of properties and uses. The materials commonly called plastics are all synthetic polymers .Polymers are formed by chemical reactions in which a large number of molecules called monomers are joined sequentially, forming a chain. In many polymers, only one monomer is used. In others, two or three different monomers may be combined. <P> Polymerization is the process of covalently bonding the smaller monomers into the polymer. During polymerization, chemical groups are lost from the monomers so that they may join together. In the case of biopolymers, this is a dehydration reaction in which water is formed. <P> Polymerization is a chemical reaction in which many small molecules (monomers) join together to form a large molecule (polymer). Often the reaction produces heat and pressure. Industry carries out these processes under closely monitored conditions. <P> The materials commonly called plastics are all synthetic polymers. Polymers are formed by chemical reactions in which a large number of molecules called monomers are joined sequentially, forming a chain. In many polymers, only one monomer is used. <P> One of the most common types of polymer reactions is chain-reaction (addition) polymerization. This type of polymerization is a three step process involving two chemical entities. The first, known simply as a monomer, can be regarded as one link in a polymer chain. <P> The chemical reaction in which high molecular mass molecules are formed from monomers is known as polymerization. There are two basic types of polymerization, chain-reaction (or addition) and step-reaction (or condensation)
|
Chain-reaction (or addition) and step-reaction (or condensation) polymerization.
|
nucleus definition
|
<P> In cell biology, the nucleus (pl. nuclei; from Latin nucleus or nuculeus, meaning kernel) is a membrane-enclosed organelle found in eukaryotic cells. Eukaryotes usually have a single nucleus, but a few cell types have no nuclei, and a few others have many. The genes within these chromosomes are the cell's nuclear genome. The function of the nucleus is to maintain the integrity of these genes and to control the activities of the cell by regulating gene expression —the nucleus is, therefore, the control center of the cell. <P> Medical Definition of NUCLEUS. 1. : a cellular organelle of eukaryotes that is essential to cell functions (as reproduction and protein synthesis), is composed of nuclear sap and a nucleoprotein-rich network from which chromosomes and nucleoli arise, and is enclosed in a definite membrane. 2 <P> In other fields, such as: In Physics, a nucleus refers to the positively-charged center of an atom that usually contains the protons and neutrons. In Chemistry, a nucleus is a fundamental arrangement of atoms that occur in compounds through substitution of atoms without a change in structure. In biology, the major functions of nucleus are to maintain the integrity of DNA and to control cellular activities such as metabolism, growth, and reproduction by regulating gene expression. It has three main components: the nucleolus, the chromatin and the nuclear envelope. <P> 1 An example of a nucleus is the center core of an atom. 2 An example of a nucleus is the fiction department of a book publisher where most of the money is made and which is considered the heart of the publisher's organization. LINK / CITE ADD TO WORD LIST. noun. A model of an atom showing the nucleus. A model of an atom showing the nucleus. The nucleus is the center core of an atom that has a positive charge and that contains most of the atom's mass, or the central heart of an organization or group. 1 An example of a nucleus is the center core of an atom <P> Nucleus. Definition. noun, plural: nuclei. (general) The core or the central part around which other parts are grouped or gathered. (biology) The large, membrane-bounded organelle that contains the genetic material, in the form of multiple linear DNA molecules organized into structures called chromosomes. In biology, the major functions of nucleus are to maintain the integrity of DNA and to control cellular activities such as metabolism, growth, and reproduction by regulating gene expression. It has three main components: the nucleolus, the chromatin and the nuclear envelope. <P> By Regina Bailey. Definition: The nucleus is a membrane bound structure that contains the cell's hereditary information and controls the cell's growth and reproduction. It is commonly the most prominent organelle in the cell. The nucleus is surrounded by a structure called the nuclear envelope. This membrane separates the contents of the nucleus from the cytoplasm. The cell's chromosomes are also housed within the nucleus. <P> Nucleolus. Definition. noun, plural: nucleoli. The round granular structure within the nucleus of a cell, and composed of protein and RNA. Supplement. Nucleolus is involved with ribosomal RNA synthesis and formation of ribosomes in eukaryotes. Word origin: New Latin, from Latin, diminutive of nucleus, kernel.
|
A membrane bound structure that contains the cell's hereditary information and controls the cell's growth and reproduction.
|
what % of carb calories should we eat per day
|
<P> The number of calories you need to eat each day depends on several factors, including your age, size, height, sex, lifestyle, and overall general health. As an example, a physically active 6ft 2in male, aged 22 years, requires considerably more calories than a 5ft 2ins sedentary woman in her 70s. <P> 1 All of those 1155 calories will come from carbs. 2 And, since 1 gram of carbs contains 4 calories, all our example person would need to do now is divide 1155 by 4 and get 288. 3 Which means, this example person would need to eat about 288 grams of carbs per day. And, since 1 gram of carbs contains 4 calories, you’d just need to divide this left over amount of calories by 4 to figure out exactly how many grams of carbs you’d need to eat each day. <P> The Dietary Guidelines for Americans recommends that carbohydrates make up 45 to 65 percent of your total daily calories. So, if you get 2,000 calories a day, between 900 and 1,300 calories should be from carbohydrates. That translates to between 225 and 325 grams of carbohydrates a day. You can find the carbohydrate content of packaged foods on the Nutrition Facts label. <P> Percent of Calories. According to the Institute of Medicine, children and adults should consume 45 to 65 percent of their calorie intake as carbohydrates, and at least 130 grams of carbs per day. For example, if you eat a 2,000-calorie diet, shoot for 225 to 325 grams of carbs per day; and if you eat 2,500 calories a day, aim for 281 to 406 grams of carbs. <P> Sedentary women between the ages of 19 and 30 should consume between 1,800 and 2,000 calories per day. Carbohydrates should account for 810 to 1,300 of your calories each day. As there are 4 calories in 1 gram of carbohydrates, this amounts to 202.5 to 325 grams of carbohydrates per day. If you are between the ages of 31 and 50, you should consume 1,800 calories per day and 202.5 to 292.5 grams of carbohydrates. The number of calories that a woman should consume each day varies with her age and level of physical activity. Regardless of these differences, the 2010 Dietary Guidelines for Americans recommends that carbohydrates account for 45 to 65 percent of your total calories. <P> Grams of Carbs. Determine the number of grams of carbs you need each day by calculating 45 to 65 percent of your total calorie intake, and dividing by 4. For example, if you eat a 2,000-calorie diet, shoot for 225 to 325 grams of carbs per day; and if you eat 2,500 calories a day, aim for 281 to 406 grams of carbs. <P> Moderately active women between the ages of 19 and 30 should try to eat 2,000 to 2,200 calories per day. As carbohydrates should account for 900 to 1,430 of these calories, you should eat 225 to 357.5 grams of carbs each day. If you are between the ages of 31 and 50, these values decrease to 2,000 calories and between 225 and 325 grams of carbs every day. The number of calories that a woman should consume each day varies with her age and level of physical activity. Regardless of these differences, the 2010 Dietary Guidelines for Americans recommends that carbohydrates account for 45 to 65 percent of your total calories. <P> As a general rule, between 10 percent and 15 percent of your total calories should come from protein. So, if you consume 2,000 calories per day, at least 200 should come from protein, or about 50 grams. You should try to eat around one gram of protein per one kilogram of body weight, or around 0.4 grams per pound. An easier way to figure this out in your head is to take your weight, divide it in half, and subtract 10. If you eat the right amount of calories, and the correct proportions of carbs, protein and fat, you’ll not only be healthy, but you’ll curb cravings, feel less hungry and lose excess weight quickly. Fad diets often require people to reduce entire groups of nutrients, including fats or carbohydrates, to dangerous lows. <P> “The amount of carbs to eat in a day depends on several variables including your (1) body size, (2) activity level, (3) fitness goals, and (4) genetics. The Dietary Guidelines for Americans suggest around 55% of your calories each day should come from carbohydrates. Most bodybuilders consume around 50% of total calories from carbs whereas low carb advocates can consume as low as 10-15%. Technically, carbs are not an essential nutrient so we don't need to eat them to survive. With that said, going very low carb is simply unnecessary to reach your health and fitness goals.
|
45 to 65 percent
|
salary of social worker in usa
|
<P> Social Work Salaries. The following is a breakdown of the average social worker salaries in all 50 states and for several different specializations, courtesy of the Bureau of Labor Statistics. Social worker salaries can vary widely depending on several factors, including your specialization, state and qualifications. <P> (United States). A Social Worker earns an average salary of $41,663 per year. Most people with this job move on to other positions after 20 years in this career. The highest paying skills associated with this job are Patient Counseling, Hospice, Psychiatric, Geriatrics, and Assessment. $29,976 - $61,262. <P> With an average salary of $46,060 per year, child and family social workers earn slightly more than mental health counselors ($43,700) and substance abuse and behavioral disorder counselors ($41,090). However, they earn less than other professionals. Social workers who specialize in children and family welfare made a median salary of $42,120 in 2013, according to the BLS. <P> Social worker salary. Social worker’s salary in the United States is around $48,302 per annum according to the BLS salary reports. The annual salary for the upper 10 percent social workers is around more than $70,390 per year, while the lower 10 percent of them earn less than $26,710 per year. According to Indeed, the average psychiatric social worker salary is around $61,000. Glassdoor has a lower figure of $52,697 per year. According to PayScale, social workers in general, including psychiatric social workers, make between $29,440 and $61,285 per year. <P> Salary Outlook. Social workers who specialize in children and family welfare made a median salary of $42,120 in 2013, according to the BLS. The best-paid 10 percent in the field earned around $72,350, while the lowest-paid made approximately $27,420 <P> Salary Outlook. Clinical social workers earned a median salary of $50,820 in 2013, the BLS reports. The best-paid in the industry made $75,140, while the lowest-paid earned $31,790. The metropolitan areas that pay clinical social workers the best include Vallejo, California; Sherman, Texas; and San Francisco. <P> For example the median expected annual pay for a typical Social Worker (BSW) in the United States is $50,539, so 50% of the people who perform the job of Social Worker (BSW) in the United States are expected to make less than $50,539. Source: HR Reported data as of October 2015. 1 Salary. 2 Salary + Bonus. The annual salary for someone with the job title Social Worker (BSW) may vary depending on a number of factors including industry, company size, location, years of experience and level of education. <P> Social worker salary in USA. An average salary for a social worker in the United States ranges from between $29,429 – $60,290 per annum and a yearly bonus of around $1, 545 will be included. The yearly profit sharing is around $5,575 per year. According to Indeed, the average psychiatric social worker salary is around $61,000. Glassdoor has a lower figure of $52,697 per year. According to PayScale, social workers in general, including psychiatric social workers, make between $29,440 and $61,285 per year. <P> Average Social Worker salaries for job postings in United States are the same as average Social Worker salaries for job postings nationwide.
|
Average salary of $41,663.
|
weighted avg example
|
<P> Weighted Average Cost of Capital. Weighted average cost of capital (WACC) is the average of the minimum after-tax required rate of return which a company must earn for all of its security holders (i.e. common stock-holders, preferred stock-holders and debt-holders). In the formula for WACC, r(E) is the cost of equity i.e. the required rate of return on common stock of the company. It is the minimum rate of return which a company must earn to keep its common stock price from falling. <P> Examples: Weighted Average with Percentages. Example 1: A student is enrolled in a biology course where the final grade is determined based on the following categories: tests 40%, final exam 25%, quizzes 25%, and homework 10%. The student has earned the following scores for each category: tests-83, final exam-75, quizzes-90, homework-100. We need to calculate the student's overall grade. To calculate a weighted average with percentages, each category value must first be multiplied by its percentage. Then all of these new values must be added together. In this example, we must multiply the student's average on all tests (83) by the % that the tests are worth toward the final grade (40%). Please note that all %'s must be converted to decimals before you multiply. Similarly, the final exam score (75) will be multiplied by its % (25) <P> A weighted average is a more accurate measurement of scores or investments that are of relative importance to each other. This is often the case with investment portfolios, grade scoring and other statistics. You can find out how to calculate weighted averages. List the weight next to the number. 1 Percentages are common because weights are often a percentage of a total of 100. 2 If you are figuring out the weighted average of grades, investments and other financial data, look for the percentage of the occurrence out of 100. <P> Another type of average problem involves the weighted average-which is the average of two or more terms that do not all have the same number of members. To find the weighted term, multiply each term by its weighting factor, which is the number of times each term occurs. The formula for weighted average is: Example: <P> ]. So, if you have values in A1:A10 and the corresponding weights in B1:B10, you can use SUMPRODUCT like this to get weighted average. =SUMPRODUCT(A1:A10,B1:B10). However, the above method works only if B1:B10 contains weights in %s totaling to 100%. In the above average salary example, we dont have weights. <P> There are two main cases where you will generally use a weighted average instead of a traditional average. The first is when you want to calculate an average that is based on different percentage values for several categories. One example might be the calculation of a course grade mentioned earlier. The student has earned the following scores for each category: tests-83, final exam-75, quizzes-90, homework-100. We need to calculate the student's overall grade. To calculate a weighted average with percentages, each category value must first be multiplied by its percentage. Then all of these new values must be added together. In this example, we must multiply the student's average on all tests (83) by the % that the tests are worth toward the final grade (40%). Please note that all %'s must be converted to decimals before you multiply. Similarly, the final exam score (75) will be multiplied by its % (25) <P> From Wikipedia, the free encyclopedia. A weighted average is the average of values which are scaled by importance. The weighted average of values is the sum of weights times values divided by the sum of the weights. <P> The primary difference between the simple moving average and the weighted moving average is the formula used to create them. For a simple moving average, the formula is the sum of the data points over a given period divided by the number of periods. The weighted average is calculate by multiplying the given price by its associated weighting and then summing the values. In the example above, the weighted 5-day moving average would be $90.62. <P> Grades are often computed using a weighted average. Suppose that homework counts 10%, quizzes 20%, and tests 70%. If Pat has a homework grade of 92, a quiz grade of 68, and a test grade of 81, then.
|
Data:-The student has earned the following scores for each category: tests-83, final exam-75, quizzes-90, homework-100.Calculate a weighted average with percentages.
Ans:In this example, we must multiply the student's average on all tests (83) by the % that the tests are worth toward the final grade (40%).Please note that all %'s must be converted to decimals before you multiply. Similarly, the final exam score (75) will be multiplied by its % (25).To calculate a weighted average with percentages, each category value must first be multiplied by its percentage.
|
prevent overwriting files in sharepoint
|
<P> Windows SharePoint Services 3. Summary: Learn how you can allow users to modify metadata but not file contents in Windows SharePoint Services 3.0 by using event handlers and handling short-term and long-term check-out processes. Applies to: Windows SharePoint Services 3.0. Microsoft Corporation. <P> Microsoft Corporation. The Upload page that is provided by Windows SharePoint Services 3.0 enables users to upload files to a Document Library. In addition to letting you select a file, the page contains an Upload Multiple Documents link and a check box for overwriting existing files, which is selected by default. <P> Problem… Users are uploading files and are accidentally overwriting existing files, or if versioning is enabled, accidentally adding a new version to the wrong file (one with the same name as the upload). <P> • 4 Comments. In SharePoint, when a user chooses to upload a single document or multiple documents into a document library that does not have versioning enabled, the check box for “ Overwrite existing files ” is automatically checked. <P> The Upload page that is provided by Windows SharePoint Services 3.0 enables users to upload files to a Document Library. In addition to letting you select a file, the page contains an Upload Multiple Documents link and a check box for overwriting existing files, which is selected by default. <P> 2. i have a requirmet to disable the overwrite existing files checkbox on sharepoint 2010. i see from this site that i need to be on the server to edit the files but i do not have this level of access.
|
The Upload page that is provided by Windows SharePoint Services 3.0 enables users to upload files to a Document Library.
|
what is homeostasis
|
<P> Homeostasis is the human body keeping a constant internal temperature. The definition of homeostasis is the ability or tendency to maintain internal stability in an organism to compensate for environmental changes. An example of homeostasis is the human body keeping an average temperature of 98.6 degrees <P> Not to be confused with hemostasis. Homeostasis or homoeostasis (homeo- + -stasis) is the property of a system in which variables are regulated so that internal conditions remain stable and relatively constant. Examples of homeostasis include the regulation of temperature and the balance between acidity and alkalinity (pH). It is a process that maintains the stability of the human body's internal environment in response to changes in external conditions. <P> Homeostasis. The biological definition of homeostasis is “the tendency of an organism or cell to regulate its internal environment and maintain equilibrium, usually by a system of feedback controls, so as to stabilize health and functioning”. <P> for Teachers for Schools for Companies. Homeostasis can be defined as a property of an organism or system that helps it maintain its parameters within a normal range of values. It is key to life, and failures in homeostasis can lead to diseases like hypertension and diabetes. Lesson Transcript. Instructor: Natalia Caporale. Homeostasis can be defined as a property of an organism or system that helps it maintain its parameters within a normal range of values. It is key to life, and failures in homeostasis can lead to diseases like hypertension and diabetes. <P> Homeostasis is the regulation of internal biochemistry to maintain a constant internal environment. Without this constant regulation, living organisms would be unable to funct … ion. Therefore, homeostasis is the regulation of the internal environment of the body, and also the maintenance of this constant environment. Solving the world's problems. . . one answer at a time. Homeostasis is the maintenance of a constant internal environment in organisms even when there are external changes. For example, the body is able to maintain its same temperature of 98.6, the same pH balance, etc. <P> homeostasis. the tendency of biological systems to maintain relatively constant conditions in the internal environment while continuously interacting with and adjusting to changes originating within or outside the system. See also balance and equilibrium. adj., adj homeostat´ic.
|
Homeostasis or homoeostasis (homeo- + -stasis) is the property of a system in which variables are regulated so that internal conditions remain stable and relatively constant.
|
how did the globe theatre burnt down
|
<P> The Globe Theatre was a theatre in London associated with William Shakespeare. It was built in 1599 by Shakespeare's playing company, the Lord Chamberlain's Men, on land owned by Thomas Brend and inherited by his son, Nicholas Brend and grandson Sir Matthew Brend, and was destroyed by fire on 29 June 1613. A second Globe Theatre was built on the same site by June 1614 and closed in 1642. The Globe was built in 1599 using timber from an earlier theatre, The Theatre, which had been built by Richard Burbage's father, James Burbage, in Shoreditch in 1576. The Burbages originally had a 21-year lease of the site on which The Theatre was built but owned the building outright. <P> In 1613, The First Globe Theatre burned down during a performance of Shakespeare's Henry VIII. Sparks that flew from a cannon used during the production ignited a thatched roo … f of the gallery, resulting in the fire. The theater was rebuilt with a tile roof and reopened a year later. The Globe theatre burnt down after a theatrical cannon was fired during a production of Henry VIII in 1613, which then set fire to the thatched roof. <P> Globe Theater It burned down during a performance when a cannon filled with flaming rags was fired and the projection of the barrel was out of line so the thatched roof … was set ablaze. This happened at a performance of Shakespeare's Henry VIII on June 29, 1613. The Globe Theatre was burnt down on June 29, 1613, due to a cannon being set off during a performance of Shakespeare's Henry VIII and setting fire to the roof. <P> On this day in history in 1613, The Globe Theatre burned down. The Globe was an Elizabethan theatre noted for its performances by Shakespeare and his associates, until it was reduced to ashes in 1613. Some presume that it was circular, due to a line in Shakespeare's Henry V, which reads 'within this wooded O'. Others say that it was octagonal in line with other theatres of the day. Archaeological evidence suggests the playhouse had twenty sides. <P> The Globe Theatre was burnt down on June 29, 1613, due to a cannon being set off during a performance of Shakespeare's Henry VIII and setting fire to the roof. The Globe theatre burnt down after a theatrical cannon was fired during a production of Henry VIII in 1613, which then set fire to the thatched roof. <P> A+E Networks. The Globe Theater, where most of Shakespeare’s plays debuted, burned down on this day in 1613. The Globe was built by Shakespeare’s acting company, the Lord Chamberlain’s Men, in 1599 from the timbers of London’s very first permanent theater, Burbage’s Theater, built in 1576. The Lord Chamberlain’s men built Blackfriars theater in 1608, a smaller theater that seated about 700 people, to use in winter when the open-air Globe wasn’t practical. <P> In 1613, The First Globe Theatre burned down during a performance of Shakespeare's Henry VIII. Sparks that flew from a cannon used during the production ignited a thatched roo … f of the gallery, resulting in the fire. The theater was rebuilt with a tile roof and reopened a year later. The Globe Theatre was burnt down on June 29, 1613, due to a cannon being set off during a performance of Shakespeare's Henry VIII and setting fire to the roof. <P> We're actors; we're the opposite of people - Tom Stoppard. On June 29, 1613, The Globe Theatre burned down during a performance of Shakespeare's Henry VIII. Sparks or wadding that flew from a cannon used during the production ignited a thatched roof of the gallery, resulting in the fire. The Globe Theatre was burnt down on June 29, 1613, due to a cannon being set off during a performance of Shakespeare's Henry VIII and setting fire to the roof.
|
he Globe Theater, where most of Shakespeare’s plays debuted, burned down on this day in 1613. The Lord Chamberlain’s men built Blackfriars theater in 1608, a smaller theater that seated about 700 people, to use in winter when the open-air Globe wasn’t practical.
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.