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what decent does the estelle come from
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<P> Estella /es-tel-la/ [3 sylls.] as a girls' name. Estella's root is Latin, and the name Estella means star-like; love. Estella is a variant transcription of Asta (Greek, Old Norse): also a short variant of Anastasia. Estella is also a derivative of Estelle (Old French, Latin): from Stella. Kreatif forms: Estelca, Esteleu, Estellaeu. <P> Estelle /es-tel-le/ [2 sylls.] as a girls' name is pronounced ess-STEL. It is of Old French and Latin origin, and the meaning of Estelle is star. From Stella. Literary: the Latinate form Estella is the name of a happy character in Charles Dickens' novel Great Expectations. See also Astra and Esther. <P> Estelle is a very prominent first name for women (#417 out of 4276, Top 10%) and also a very prominent surname for both adults and children (#16224 out of 150436, Top 11%). (2000 U.S. Census). Presented below is the baby name popularity of Estelle for girls. <P> From an Old French name which was derived from Latin stella, meaning star. It was rare in the English-speaking world in the Middle Ages, but it was revived in the 19th century, perhaps due to the character Estella Havisham in Charles Dickens' novel 'Great Expectations' (1860). <P> Scandinavian, Scottish, and English: originally a Latin byname meaning great, this was first extracted from the name of Charlemagne (recorded in Latin chronicles as Carolus … Magnus Charles the Great) and used as a given name by the Scandinavians.
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It is of Old French and Latin origin, and the meaning of Estelle is star. From Stella.
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what is a combustion reaction
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<P> Combustion /kəmˈbʌs.tʃən/ or burning is a high-temperature exothermic redox chemical reaction between a fuel and an oxidant, usually atmospheric oxygen, that produces oxidized, often gaseous products, in a mixture termed as smoke. Combustion (fire) was the first controlled chemical reaction discovered by humans, in the form of campfires and bonfires, and continues to be the main method to produce energy for humanity. Usually, the fuel is carbon, hydrocarbons or more complicated mixtures such as wood that contains partially oxidized hydrocarbons. <P> A Combustion Reaction ... is a reaction in which oxygen reacts with another element or compound (generally a hydrocarbon) to produce energygy g in the form of heat and light. An example might be the combustion of methanolof methanol, www.chem.uiuc.edu/clcwebsite/meth.html Copyright © 2010 Intel Corporation. Identifyyging Combustion Reactions A combustion reaction is a reaction in which one of the reactants is oxygen. The other reactant is usually a hydrocarbon. The products are either complete or incomplete. Copyright © 2010 Intel Corporation. All rights reserved. <P> Decomposition reactions differ from combustion reactions because a combustion reaction is an exothermic reaction in which the substance combines with oxygen, and a d … ecomposition reaction is when a substance is broken down into simpler substances. In a complete combustion reaction, a compound reacts with an oxidizing element, such as oxygen or fluorine, and the products are compounds of each element in the fuel with the oxidizing element. <P> A combustion reaction is a major class of chemical reactions. Combustion usually occurs when a hydrocarbon reacts with oxygen to produce carbon dioxide and water. In the more general sense, combustion involves a reaction between any combustible material and an oxidizer to form an oxidized product. Combustion is an exothermic reaction, so it releases heat, but sometimes the reaction proceeds so slowly that a temperature change is not noticeable. <P> A combustion reaction is a reaction in which a substance reacts with oxygen and heat is released. In a complete combustion reaction, a compound reacts with an oxidizing element, such as oxygen or fluorine, and the products are compounds of each element in the fuel with the oxidizing element. <P> Combustion takes place when fuel, most commonly a fossil fuel, reacts with the oxygen in air to produce heat. The heat created by the burning of a fossil fuel is used in the operation of equipment such as boilers, furnaces, kilns, and engines. <P> Combustion Reactions. A combustion reaction is when a substance reacts with oxygen and releases a huge amount of energy in the form of light and heat. A combustion reaction always has oxygen as one reactant. The second reactant is always a hydrocarbon, which is a compound made up of carbon and hydrogen. A combustion reaction always includes a hydrocarbon and oxygen as the reactants and always produces carbon dioxide and water as products. Balancing combustion reactions is similar to balancing other types of reactions. First, balance the carbon and hydrogen atoms on both sides of the equation. <P> A combustion reaction is when a substance reacts with oxygen and releases a huge amount of energy in the form of light and heat. A combustion reaction always includes a hydrocarbon and oxygen as the reactants and always produces carbon dioxide and water as products. Balancing combustion reactions is similar to balancing other types of reactions. First, balance the carbon and hydrogen atoms on both sides of the equation.
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It is reaction which occurs when a substance reacts with oxygen and releases a huge amount of energy in the form of light and heat.
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calculating the cost to pour a driveway
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<P> For example, let's calculate how much concrete is needed for a 5-inch thick rectangular driveway, 60-feet long (length) and 18-feet wide (width). The area of the driveway is 1,080 square feet (60-feet x 18-feet). If you can determine the area of your concrete project (length x width for rectangular projects) and know the thickness of the slab, you can use the information in the Concrete Volume Calculator below to determine how much concrete you need. One Cubic Yard of Concrete 1 …. 4-inches thick-covers 81 square feet. <P> 1 Macadam typically lasts 6-10 years and provides the decorative and rustic appearance of a gravel driveway but with a firm base. 2 An asphalt driveway costs about $2 -$5 a square foot, or $1,200 -$3,000 for 12'x50' to $31,000 -$75,000 for a 12' lane a quarter mile long. 1 A stamped asphalt pattern (typically in the shape of bricks or stones) on a new or existing asphalt driveway can cost $3 -$9 a square foot, or $900 -$2,700 for 12'x25' or $3,600 -$11,000 for 24'x50' for just the stamping. <P> Use the slab calculator to figure the concrete needed for the porch surface. Use the footing calculator to calculate the sides of the porch and the steps. Here is an example: This porch has 9 sq. feet of porch surface, so enter in the slab calculator 4 thickness by 3' width by 3' length. <P> Just for the concrete on a plain driveway, the cost will average $6-$9 per square foot. Take some measurements of your driveway and create your own concrete driveway cost calculator. Be sure to include the garage floor if you’re having that replaced. For example, a driveway 14 feet wide and 50 feet long (14×50) contains 700 square feet. Knowing these figures can help you calculate potential costs for contractors who charge a set fee for the number of yards of concrete required. For the 700 square foot driveway, you would need 8.6 yards of concrete for a 4 inch driveway and just about 13 yards of concrete for a 6 inch driveway. <P> Get Up to 3 Free Driveway Quotes. Use our paving cost calculator to estimate the price for your new driveway, patio or block paving project. However, the final price is dependent of many factors such as the style of paving blocks, the size of the area and the type of finish selected. Our guide will help you get an estimation of the budget required. <P> Measure the square footage of your driveway by multiplying its length by its width. For example, the square footage of a 40 ft. long x 20 ft. wide driveway is 800 square feet. In this example, a typical demolition cost would range from $800 to $2,400. <P> Multiplied by the cost of concrete, you’re total concrete driveway cost will be $3,500-$5,600. If you are interested in knowing how much concrete you will use, here’s how to do that. One yard of concrete will cover 81 square feet of ground 4 inches deep. Knowing these figures can help you calculate potential costs for contractors who charge a set fee for the number of yards of concrete required. For the 700 square foot driveway, you would need 8.6 yards of concrete for a 4 inch driveway and just about 13 yards of concrete for a 6 inch driveway. <P> Our free calculator uses recent, trusted data to estimate costs for your Concrete Driveway Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install a Concrete Driveway ranges between $4.56 - $6.34 per square foot* . To estimate costs for your project: 1. <P> Do a cost estimate of the driveway. To do this, you will have to calculate the amount of concrete you will need, the type of forms you will use, and any reinforcement material you will incorporate in the concrete slab. <P> Multiply this number by .037 to convert to cubic yards, which is the unit most used by materials suppliers. For example, a standard concrete driveway is usually 4 inches -- 0.33 feet -- thick. If the driveway is 100 feet long and 6 feet wide, you need 200 cubic feet of material. That's 7.4 cubic yards. Before laying concrete, you need to lay a 1- to 2-inch layer of drain rock, and an asphalt coating requires a 4- to 6-inch bed of compacted rock, depending on the terrain and drainage characteristics.
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The average cost Ranges between $4.56 - $6.34 per square foot
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what does mean cotton chinos
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<P> An excert from here : Slacks implies pants of certain materials which are not part of a suit (jeans are not slacks, and you would not refer to the pair of trousers that came with a suit as slacks.) It is also more common to use slacks to refer to pants worn by women, while men would wear trousers. <P> Chino pants are definitely *not* synonymous with 'khakis.' Chino pants are made of twill cotton (originally from China) and of better quality (thicker) than khakis. Think of chinos as business class khakis. <P> Chino cloth (/ˌtʃiːnoʊ/ CHEE-noh) is a twill fabric, originally made of 100% cotton. The most common items made from it, trousers, are widely called chinos. <P> A pair of trousers made from chino cloth, generally referred to as chinos. Chino cloth (/ˌtʃiːnoʊ/ CHEE-noh) is a twill fabric, originally made of 100% cotton. The most common items made from it, trousers, are widely called chinos. Today it is also found in cotton-synthetic blends. <P> Denim is a particular kind of cotton twill fabric, and so all denim jeans, no matter what their style, are classified as twill pants. Khakis and chinos, too, are typically constructed from a cotton or cotton-blend twill. Work pants often are constructed from a polyester or poly <P> Top 10 amazing movie makeup transformations. Chino is a Spanish word translating as China or Chinese.. The term, which is synonymous with khakis when used to describe pants, migrated to the English language, when pants made of strong cotton fabric were used as part of military uniforms in both the UK and the US.
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Chino pants are made of twill cotton (originally from China) and of better quality (thicker) than khakis. Think of chinos as business class khakis.
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average pharmacist salary wisconsin
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<P> Average Pharmacist salaries for job postings in Wisconsin are 11% lower than average Pharmacist salaries for job postings nationwide. <P> 1 The average pharmacist salary grew faster than that of the average healthcare worker. 2 In 2012, pharmacist salaries grew by 2.7% (range: 2.0% to 3.8%). 3 By comparison, salaries for all “Healthcare Practitioners and Technical Occupations” (SOC 29-0000) grew by only 1.1% in 2012. <P> On average, Pharmacists in the United States earn six-figure salaries ($108K) annually, making for a very well-paid profession. Overall cash earnings for Pharmacists stretch from $84K on the lower end to $133K near the top, and the heftiest packages can encompass around $10K from bonuses and $10K from profit sharing. <P> Bureau of Labor Statistics information for states that Pharmacists in the US earned a median pay in 2010 of $111,570 a year which comes out to around $53.64 an hour. <P> Compounds and dispenses prescribed drugs in a retail environment. Also responsible for transferring prescriptions, handling incoming physician calls, logging data into the computer, and Drug Utilization Review. Requires a bachelor's degree and/or an advanced degree in pharmacy and is licensed to practice. <P> Within Wisconsin there is a lot of variation in Pharmacist salaries. These variations depend on on a wide range of factors from population to general competitiveness in the market. Below is a map displaying a few key cities in Wisconsin and surrounding states, click on any one to find Pharmacist Salaries for that area. <P> Compounds and dispenses prescribed drugs in a healthcare facility environment. Also responsible for transferring prescriptions, handling incoming physician calls, logging data into the computer, and Drug Utilization Review. Requires a bachelor's degree and/or an advanced degree in pharmacy and is licensed to practice. <P> 1 Hospitals (not shown) account for a further 23% of pharmacist employment. 2 In 2012, pharmacists at retail, mail, and specialty pharmacies earned annual average salaries of almost $117,000, up 2.7% vs. 2011. 3 The average pharmacist salary grew faster than that of the average healthcare worker.
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$84K to $133K
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what is the use of poppy seeds
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<P> Poppy seeds add color and crunch to baked goods, but you’ll also gain nutrients, even from the amount sprinkled on top of a roll. They contain some niacin and folate, but poppy seeds are a better source of minerals. Just 1 teaspoon provides measurable amounts of calcium, iron and zinc. The poppy seeds used by cooks come from the beautiful opium poppy, which is the same flower used to produce morphine. Even though the opiate compounds come from a sap-like fluid in the seed pods, all parts of the plant contain a small amount <P> Poppy seeds can also be used like sesame seeds to make a bar of candy. The bars are made from boiled seeds mixed with sugar or with honey. This is especially common in the Balkans, Greece and even in the cuisines of former Austro-Hungarian countries. Poppy seeds are less than a millimeter in length, kidney-shaped, and have a pitted surface. It takes 3,300 poppy seeds to make up a gram, and between 1 and 2 million seeds to make up a pound. The primary flavor compound is 2-Pentylfuran. <P> All parts of the poppy plant contain morphine and codeine; poppy seeds contain morphine in different amounts, and eating foods with poppy seeds may result in false positives for opiates in a drug test. Poppy seed cakes, bagels, muffins, and rolls have not been shown to contain enough poppy seed to produce a false positive. Poppy seed itself is not used for any medical condition. <P> For more information visit https://naturalmedicines.therapeuticresearch.com/. The opium poppy (Papaver somniferum) is grown for opium, opiates, or poppy seeds, which are used in cooking and baking throughout the world. Morphine, a strong pain killer, is the major alkaloid of the opium poppy. Poppy seed cakes, bagels, muffins, and rolls have not been shown to contain enough poppy seed to produce a false positive. Poppy seed itself is not used for any medical condition. <P> Basics. The poppy seeds used by cooks come from the beautiful opium poppy, which is the same flower used to produce morphine. Even though the opiate compounds come from a sap-like fluid in the seed pods, all parts of the plant contain a small amount <P> Poppy seed is an oilseed obtained from the opium poppy (Papaver somniferum). The tiny kidney-shaped seeds have been harvested from dried seed pods by various civilizations for thousands of years. The seeds are used, whole or ground, as an ingredient in many foods, and they are pressed to yield poppyseed oil. Poppy seeds are less than a millimeter in length, kidney-shaped, and have a pitted surface. It takes 3,300 poppy seeds to make up a gram, and between 1 and 2 million seeds to make up a pound. The primary flavor compound is 2-Pentylfuran. <P> One species of poppy, Papaver somniferum, produces edible seeds and is also the source of the crude drug opium which contains powerful medicinal alkaloids such as morphine and has been used since ancient times as an analgesic and a source of narcotic, medicinal and recreational drugs. A poppy is a flowering plant in the subfamily Papaveroideae of the family Papaveraceae. Poppies are herbaceous plants, often grown for their colorful flowers. <P> Poppy seeds nutrition facts. Nutty and pleasant in taste, poppy seeds are nutritious oilseeds used as condiment in cooking. Although the seeds obtained from the dry fruits (pods) of the poppy plant (opium poppy), they are entirely free from any sinister side effects of other poppy plant products such as opium poppy. <P> They are customary in flavored bread, cakes, rolls and cookies. Poppy seeds are often sprinkled on top of dishes, used as garnish or as a spice with farm cheese, cheese, eggs, pie crust, salad, cookies, cakes, bread, pastries, salads, sauce, curries, sauces for meat and fish, vegetables and noodles. 12. 1 A paste made from poppy seeds acts as a good moisturizer to provide you with smooth and soft skin. 2 All you need to do is put some poppy seeds in a spice hand grinder and add some milk to it. 3 If you have dry skin, you can also add some honey. 4 Grind into a smooth paste and apply it all over your face.
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The seeds are used, whole or ground, as an ingredient in many foods, and they are pressed to yield poppyseed oil.
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what causes your tailbone to hurt
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<P> 1 Severe localized pain and tenderness may be felt in the tailbone area. 2 If the injury is traumatic, a bruise may be visible in this area. 3 The pain is generally worse when sitting for prolonged periods of time, or with direct pressure to the tailbone area. 4 Bowel movements and straining are often painful. Most tailbone injuries are caused by trauma to the coccyx area. 1 A fall onto the tailbone in the seated position, usually against a hard surface, is the most common cause of coccyx injuries. 2 A direct blow to the tailbone, such as those that occur during contact sports, can injure the coccyx. <P> Watch: Coccydynia (Tailbone Pain) Video. In general, pain can by caused in the coccyx if an injury or some type of excess pressure on the area causes the bones to move beyond their normal very limited range of motion, resulting in inflammation and localized pain. An injury to either the ligaments or the vestigial disc may be a cause of pain. Rarely, the bones of the coccyx can fracture and cause pain. Also, in rare cases a tumor or infection in the coccyx can be a primary cause of tailbone pain. 1 Tailbone pain due to these causes usually is not permanent, but if the inflammation and symptoms are not managed, the pain may become chronic. 2 Tumor or infection. 3 Rarely, coccydynia is due to a tumor or infection in the coccyx area that puts pressure on the coccyx. <P> A coccyx injury results in pain and discomfort in the tailbone area (the condition is called coccydynia). These injuries may result in a bruise, dislocation, or fracture (break) of the coccyx. Although they may be slow to heal, the majority of coccyx injuries can be managed with cautious treatment. Most tailbone injuries are caused by trauma to the coccyx area. 1 A fall onto the tailbone in the seated position, usually against a hard surface, is the most common cause of coccyx injuries. 2 A direct blow to the tailbone, such as those that occur during contact sports, can injure <P> Bruised Tailbone: Causes, Symptoms, and Treatments. The tailbone or coccyx is a bony structure at the end of your backbone. It is an intricate structure of bones, ligaments, and joints. Injury may cause intense pain, discomfort, and restriction in mobility. A tailbone injury can result in a bruise, fracture, or even a dislocation. A fall: The most common cause of a bruised or injured tailbone is falling. When an individual falls directly onto their tailbone, it may bruise. The likelihood of a severe injury increases if you fall on a very hard surface, such as hardwood floors or concrete. <P> Tailbone Injury Causes. Most tailbone injuries are caused by trauma to the coccyx area. 1 A fall onto the tailbone in the seated position, usually against a hard surface, is the most common cause of coccyx injuries. 2 A direct blow to the tailbone, such as those that occur during contact sports, can injure the coccyx. <P> Tailbone Injury Symptoms. 1 Severe localized pain and tenderness may be felt in the tailbone area. 2 If the injury is traumatic, a bruise may be visible in this area. 3 The pain is generally worse when sitting for prolonged periods of time, or with direct pressure to the tailbone area. Most tailbone injuries are caused by trauma to the coccyx area. 1 A fall onto the tailbone in the seated position, usually against a hard surface, is the most common cause of coccyx injuries. 2 A direct blow to the tailbone, such as those that occur during contact sports, can injure the coccyx. <P> Tailbone pain — pain that occurs in or around the bony structure at the bottom of the spine (coccyx) — can be caused by trauma to the coccyx during a fall, prolonged sitting on a hard or narrow surface, degenerative joint changes, or vaginal childbirth. Tailbone pain, also called coccydynia or coccygodynia, usually goes away on its own within a few weeks or months. To lessen tailbone pain in the meantime, it might help to: 1 Lean forward while sitting down. <P> Coccydynia is often caused by an injury, but it may occur seemingly spontaneously. There are many causes of tailbone pain that can mimic coccydynia, including sciatica, infection (including shingles of the buttocks), pilonidal cysts, sacroiliitis, and fractured bone (broken tailbone or tailbone fracture). <P> Most of the time, coccydynia, or tail bone pain, is caused by or associated with an injury, such as a fall. However, this is not always the case. For example, another very common cause of coccydynia is over use injury or repetitive use injury on the coccyx (tail bone). Believe it or not, sitting down all day at an office job can cause this! Riding a bike is another common cause. <P> Causes of coccydinia. Coccydynia occurs when your coccyx, or the surrounding tissue, becomes damaged. This causes pain and discomfort at the base of your spine, particularly when sitting down. The coccyx can be damaged in various ways, although in a third of cases it is not possible to identify a cause. The various possible causes of coccydynia are outlined below
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A coccyx injury
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average price per mile for trucking
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<P> Van rates in September dipped 1¢ compared to August. At $1.74 per mile, the national average was 28¢ below the rate for September 2014, due partly to the fuel price decline that shaved 22¢ per mile off the average surcharge. The chart at left depicts national average line haul rates and fuel surcharges for vans in the past 13 months, derived from DAT RateView. <P> $1.38 The average per mile operating cost for the trucking industry. $180,000 The average total yearly cost of operating a commercial truck. The largest operating expense is diesel fuel. A commercial truck can easily consume more than $70,000 of diesel fuel per year. Driver Salary is the second largest operating cost. <P> As we can see, there is more to the costs of running a commercial truck than just the price of the truck and its fuel. All these costs can vary too, which means the $1.38 per mile cost of a commercial truck is just an average, and some companies have to pay far more. <P> In the worst case scenario a truck getting 4 mpg and paying $4/gallon for fuel would have a cost per mile of: $1.00 per mile. On the other extreme a truck getting 8mpg and an average fuel cost of $3.80/gallon would have a fuel cost per mile of: .47 cents per mile. You should be somewhere in between. <P> Salaries vary, but typically the cost of driver per mile is around $0.36, which means the cost of the truck, cab and driver normally equates to around 42% of the total running costs of keeping trucks on the road, or $0.60 per mile.
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$1.74 per mile
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what is triclopyr herbicide
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<P> Triclopyr herbicide products are labeled by the EPA with the signal word Caution which translates to low toxicity. It is also a Group D chemical which means it is not classifiable as a carcinogen. It is non-toxic to bees but highly toxic to fish. It is absorbed by leaves, roots, cut stems or green bark and moves through the plant to accumulate in the growth region of plant where it is able to disrupt further growth. Triclopyr is registered for use on rice, pasture and rangeland, lawns, right-of-ways, and forests. Battleship III Herbicide - 2.5 gallon. <P> The major metabolite is trichloropyridinol. Triclopyr is readily translocated throughout a plant after being taken up by either roots or the foliage. Cowberries with residues of 2.4 ppm at six days had 0.7-1.1 ppm at 30-36 days, and 0.2-0.3 ppm in 92-98 days. The estimated half-life in aboveground drying foliage as in a forest overstory is two to three months. <P> Triclopyr (3,5,6-Trichloro-2-pyridinyloxyacetic acid) is a systemic, foliar herbicide in the pyridine group. It is used to control broadleaf weeds while leaving grasses and conifers unaffected. Triclopyr is effective on woody plants and is used for brush control in rights of way and defoliation of wooded areas. In the USA it is sold under the trade names Garlon and Release, and in the UK as SBK, Shrub and Brushwood Killer. <P> February 2006 1 Triclopyr Roadside Vegetation Management Herbicide Fact Sheet Introduction Triclopyr is an herbicide that controls woody plants and broadleaf weeds. Triclopyr mimics a plant growth hormone and causes uncontrolled and disorganized plant growth that leads to plant death. <P> Overview. Triclopyr is a chloropyridinyl compound herbicide used against woody and herbaceous weeds. Most triclopyr is sold as a triethylamine salt (abbreviated TEA) or butoxyethyl ester (abbreviated BEE) derivative of the parent chemical, triclopyr acid. <P> Active ingredients contained in themajority of herbicide products used by professional land managersare triclopyr amine (water soluble), triclopyr ester (oil soluble),glyphosate (water soluble), and imazapyr (water and oil soluble)(Table 1). They are readily avail-able and convenient for the small property owner to use.Triclopyr ester-Commonly used herbicide products that containtriclopyr ester are Garlon 4 and Pathfinder II. Garlon 4 is a concen-trated product that is diluted in water or oil before use. <P> What is triclopyr? $ Triclopyr is an herbicide, which is a chemical used to control plants (1). $ Triclopyr was first registered in 1979. Triclopyr is currently registered for use on rice, pasture and rangeland, rights-of-way, forests, and lawns (1). $ Triclopyr is a selective herbicide that mimics the effects of plant hormones (3). See Herbicide selectivity box. NPIC General Fact Sheets are designed to answer questions that are commonly asked by the general public about pesticides that are regulated by the U.S. Environmental Protection Agency (U.S. EPA). <P> Triclopyr as an active ingredient is a systemic foliar herbicide, which means it is applied to the foliage of a plant and then travels down to the roots. Triclopyr is used primary to control broadleaf, woody, and herbaceous weeds while leaving grasses and conifers unharmed. It is absorbed by leaves, roots, cut stems or green bark and moves through the plant to accumulate in the growth region of plant where it is able to disrupt further growth. Triclopyr is registered for use on rice, pasture and rangeland, lawns, right-of-ways, and forests. Battleship III Herbicide - 2.5 gallon. <P> Mode of Action: Triclopyr is an auxin mimic or synthetic auxin. This type of herbicide kills the target weed by mimicking the plant growth hormone auxin (indole acetic acid), and when administered at effective doses, causes uncontrolled and disorganized plant growth that leads to plant death.
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Triclopyr (3,5,6-Trichloro-2-pyridinyloxyacetic acid) is a systemic, foliar herbicide in the pyridine group.It is used to control broadleaf weeds while leaving grasses and conifers unaffected. Triclopyr is effective on woody plants and is used for brush control in rights of way and defoliation of wooded areas.
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why does a wart form a callus
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<P> Calluses and corns are caused by repeated pressure or friction on an area of skin. The pressure causes the skin to die and form a hard, protective surface. A soft corn is formed in the same way, except that when sweat is trapped where the corn develops, the hard core softens. This typically occurs between toes. Calluses and corns are areas of thick skin caused by pressure or friction. They may cause pain when you walk or wear shoes. Calluses usually form on your hands or feet. They usually don't need treatment. Corns have an inner core that can be soft or hard. <P> A callus (or callosity) is a toughened area of skin which has become relatively thick and hard in response to repeated friction, pressure, or other irritation. Rubbing that is too frequent or forceful will cause blisters rather than allow calluses to form. It is the natural reaction of the palmar or plantar skin. Too much friction occurring too fast for the skin to develop a protective callus will cause a blister or abrasion instead. Biologically, calluses are formed by the accumulation of terminally undifferentiated keratinocytes in the outermost layer of skin. <P> A wart on the bottom of the foot is a plantar wart because of its location. Callus formation over the wart can make it painful to walk. You can tell a plantar wart from a callus or corn because the wart will obliterate the skin lines and a callus will not. Pinching a wart hurts, pinching a callus does not. Unlike conventional warts, plantar warts are pushed into the skin when we walk on them. <P> A callus is an abnormal thickening of the top layer of skin, which is composed of the natural protein, keratin. Calluses can form on areas that are repeatedly exposed to friction or pressure. They are usually painless or only mildly painful. A corn is a small, well-defined, thickened area of skin that forms on the toes. Corns put pressure on the underlying skin against the bone. They are usually inflamed and painful. Calluses and corns form as protective pads of skin in response to repeated friction or pressure. Causes include: 1 Calluses—Any activity that applies repeated friction or pressure to an area of skin, including: 2 Lifting weights (hands). 3 Using tools (hands). <P> Corns form on the toes in response to repeated friction, usually from wearing shoes that don't fit well. A corn is simply hardened dead skin. It forms as a protective layer of skin, when the body is exposed to repeated pressure, and can be considered a defence mechanism. Corns are growths called calluses that form on the toe, which form due to weak, but repeated pressure and friction. The terms corn and callus are often used interchangeably, and many are confused about exactly what each refers to. Simply, corns are specific types of calluses that form on the toe. A callus on the other hand, can form anywhere where there is skin and repeated friction. For a more full treatment of calluses, visit the calluses site <P> A callus can develop on any area of skin that is repeatedly exposed to friction or pressure. As a reaction to this constant contact, layers of dead skin form to protect and cushion the vulnerable spot. Runners and dancers often get calluses on their heels or the balls of their feet (and wearing uncomfortable or too-tight shoes causes them too, as most women know). <P> Normally, a callus will form on any part of the skin exposed to friction over a long period of time. For example, people often develop calluses on the middle finger of their dominant hand due to writing with a pen or pencil. It is the natural reaction of the palmar or plantar skin. Too much friction occurring too fast for the skin to develop a protective callus will cause a blister or abrasion instead. Biologically, calluses are formed by the accumulation of terminally undifferentiated keratinocytes in the outermost layer of skin.
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A wart on the bottom of the foot is a plantar wart because of its location. Callus formation over the wart can make it painful to walk. You can tell a plantar wart from a callus or corn because the wart will obliterate the skin lines and a callus will not.Pinching a wart hurts, pinching a callus does not.
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what is lapis stone
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<P> Lapis lazuli was being mined in the Sar-i Sang mines and in other mines in the Badakhshan province in northeast Afghanistan as early as the 7th millennium BCE. Lapis beads have been found at neolithic burials in Mehrgarh, the Caucasus, and even as far from Afghanistan as Mauritania. Lapis lazuli is a rock whose most important mineral component is lazurite (25% to 40%), a feldspathoid silicate mineral with the formula (Na,Ca) 8 (AlSiO 4) 6 (S,SO 4 ,Cl) 1-2. <P> Lapis Lazuli is often called Lapis for short. In fact, the shorthand name Lapis is actually used more often to describe this gemstone than the full term Lapis Lazuli. Lapis Lazuli is rarely without any of the white Calcite present. <P> Lapis Lazuli Meaning ... The Lapis Lazuli meaning dates back to the ancient Persian. Its name comes from the Persian word 'Lazur' meaning 'blue stone', as the best Lapis has always been of a lovely blue color. Some of the best Lapis comes from Afghanistan, but it has also been found in Italy, Egypt, Chile, Russia and the USA. Many of the best deposits have been mined out so top quality stone is becoming harder to get. This stone takes a beautiful polish so it is very popular. <P> Lapis lazuli /ˈlaepɪs ˈlæpɪs/ , ləˈzuːliː /-also/ ˈlaeʒuːli /-ˈlæʒuːli/ , or ˈlaeʒuːlaɪ ˈlæʒuːlaɪ or, lapis for short is a-deep blue semi precious stone that has been prized since antiquity for. its intense color Lapis lazuli is a rock whose most important mineral component is lazurite (25% to 40%), a feldspathoid silicate mineral with the formula (Na,Ca) 8 (AlSiO 4) 6 (S,SO 4 ,Cl) 1-2. <P> Lapis Lazuli. Lapis lazuli is a gemstone of the kind that might have come straight out of the Arabian Nights: a deep blue with golden inclusions of pyrites which shimmer like little stars. This opaque, deep blue gemstone has a grand past. It was among the first gemstones to be worn as jewellery and worked on. Uncut, lapis lazuli is matt and of a deep, dark blue colour, often with golden inclusions and whitish marble veins. The small inclusions with their golden shimmer, which give the stone the magic of a starry sky, are not of gold as people used to think, but of pyrites. <P> Lapis Lazuli Stone. Lapis Lazuli Stones resonate with the vibration of truth and enlightenment, and are powerful intense blue stones for opening the third eye and stimulating the pineal gland. The more blue in the stone, the more valued it has always been. Some of the best Lapis comes from Afghanistan, but it has also been found in Italy, Egypt, Chile, Russia and the USA. Many of the best deposits have been mined out so top quality stone is becoming harder to get. This stone takes a beautiful polish so it is very popular. <P> Lapis lazuli. Lapis lazuli is a gemstone of the kind that might have come straight out of the Arabian Nights: a deep blue with golden inclusions of pyrites which shimmer like little stars. This opaque, deep blue gemstone has a grand past. It was among the first gemstones to be worn as jewellery and worked on. Uncut, lapis lazuli is matt and of a deep, dark blue colour, often with golden inclusions and whitish marble veins. The small inclusions with their golden shimmer, which give the stone the magic of a starry sky, are not of gold as people used to think, but of pyrites. <P> Lapis lazuli, often referred to as just 'lapis', has been used as a gemstone for thousands of years. It has been mined from Afghanistan since the early 7th millennium BC, and it was discovered in ancient burial sites throughout the Caucasus, the Mehrgarh and even as far as the Republic of Mauritania. <P> Lapis lazuli, also known simply as lapis, is a blue metamorphic rock that has been used by people as a gemstone, sculpting material, and ornamental material for thousands of years. Unlike most other gem materials, lapis lazuli is not a mineral.
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Lapis lazuli, also known simply as lapis, is a blue metamorphic rock that has been used by people as a gemstone, sculpting material, and ornamental material for thousands of years.
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how long do baby ducks follow their mom
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<P> Answer: 6 weeks is a good age for them to be weaned and start a life independent of their mom. Answer: Taking a kitten away at six weeks is far too early. Many, if not al … l, cat breeders strongly advise that you should not take a kitten away from its litter until 10-12 weeks of age. Individual mother ducks may care for more than their own ducklings. Mallard ducks can have 8 to 13 eggs in each breeding season. The American Black Duck, which may interbreed with mallards, have 6 to 14 eggs. The bufflehead (a seaduck) has an average clutch of 9 to 11 eggs. <P> Baby ducks are in the category of hatchlings called precocial, which means that they can leave the nest and pick up food right after hatching. In many birds with these types of babies the babies also imprint on the first animal they see, which is usually the mother. In this way they are led to the correct foods, are taught to hide when danger threatens, and can be defended if a predator attacks. <P> 3. Allow adult ducks to swim unassisted. When ducklings are fully feathered with their waterproof, adult feathers, they can swim without your supervision. Depending on the type of duck, full feathers should be in place by 9-12 weeks of age. <P> Matthew Sargent posted this video showing 13 ducklings following a man around in unison and appearing to believe that he is their parent. Sargent writes about the background for the unusual, captured-on-camera circumstances: The neighbor rescued 13 duck egg when the mom was killed. <P> CCSS NAS-3 Grades: 3-8. A man named Rick finally got to experience what Mother's Day feels like this year, thanks to 13 little ducklings that think that he is their mother and follow him around all day. The unusual saga began when the mother of the young chicks disappeared soon after laying the eggs. The downside of imprinting is that young animals have a hard time detaching themselves from their adopted 'mother' . That means that they are often unable to return to the wild or socialize with their own species. <P> They get the waterproofing for their down from their mother. She also protects her ducklings from attacks by other mallards. Ducks do not tolerate stray ducklings close to their own brood, and females kill small strange young they encounter. Young ducklings can feed themselves as soon as they reach water, but must learn what is edible. They depend on their mother for warmth for a few days. She broods them regularly, particularly at night, as they easily chill in cold weather. <P> A. Ducklings grow quickly and soon reach the size of the mother. Even though they look like adult ducks, they are unable to fly. It will be about 2 months from the time of hatching until the ducks fly off with mother to find a new home. Yes, they always fly away.
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Week or two
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meningococcal disease is caused by what
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<P> meningococcal disease can refer to any illness that is caused by the type of bacteria called neisseria meningitidis also known as meningococcus muh ning goh kok us <P> causes meningococcal disease is caused by the bacterium neisseria meningitidis about 1 out of 10 people have this type of bacteria in the back of their nose and throat with no signs or symptoms of disease this is called being a carrier <P> what causes meningococcal disease meningococcal disease is caused by the bacterium neisseria meningitidis this bacterium has at least 13 different subtypes five of these subtypes a b c y and w 135 cause almost all invasive disease <P> research the causes of these diseases that are similar to or related to meningococcal disease epidemic cerebrospinal fever waterhouse friderichsen syndrome meningitis meningococci fulminant meningococcemia acute meningococcemia more related diseases <P> meningococcal disease can refer to any illness that is caused by the type of bacteria called neisseria meningitidis meningococcal disease is a contagious infection spread by close contact with an infected person such as living together or kissing <P> meningococcal disease is an infection caused bythe bacterium neisseria meningitidis that can aff ect the blood stream brain and spinal cord meningococcal disease is the leading cause of bacterial meningitis in the united states about 1000 people get meningococcal disease each year <P> meningococcal disease can also cause an infection of the blood which can lead to tiredness vomiting cold hands and feet chills severe aches and pain fast breathing diarrhea and a dark purple rash meningococcal disease is very serious and can be fatal in fatal cases deaths can occur in as little as a few hours <P> meningococcal disease symptoms the symptoms of meningococcal disease can resemble symptoms of other diseases such as influenza they include fever headache stiff neck irritability and nausea and vomiting symptoms can develop rapidly and dramatically within minutes to hours fever can be very high and the headache can be intense <P> meningococcal disease introduction meningococcal disease also called meningococcal meningitis is a serious infectious disease that can be life threatening and result in permanent complications and coma shock and death meningococcal disease appears periodically in every country the world
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Bacteria neisseria meningitidis
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what does canada flag mean
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<P> Out of three choices, the maple leaf design by George Stanley, based on the flag of the Royal Military College of Canada, was selected. The flag made its first official appearance on February 15, 1965; the date is now celebrated annually as National Flag of Canada Day. The Canadian Red Ensign had been unofficially used since the 1890s and was approved by a 1945 Order in Council for use wherever place or occasion may make it desirable to fly a distinctive Canadian flag. Also, the Royal Union Flag remains an official flag in Canada. <P> Country: Canada. Proportions: 1:2. Canadian Flag Description: The Canadian flag consists of three vertical stripes. The right and left stripe are red and of equal size. The center stripe is white and in the middle of it is a red 11-pointed maple leaf emblem. The center stripe covers half of the width of the flag; while the red stripes cover one quarter each. <P> The red is representing the flag of England (St George's Cross) and white to represent the French royal emblem. The red maple leaf has long been the emblem and symbol of Canada. The red bands on either side represent the Pacific and Atlantic oceans, red being one of Canada's colours and red, not blue, to represent the blood spilt by the nation's brave soldiers to defend it. <P> While some believe the colors on the Canadian flag have no official significance. As well, the points on the maple leaf found on the flag, do NOT correspond to the provinces and territories of Canada, as there are now 10 provinces and 3 territories and only 11 points on the Canadian flag. The blocks on both sides are supposed to represent both west and east, the pacific and Atlantic ocean. The official flag of Canada (the Maple Leaf flag) was adopted in 1965, replacing the previously-used design of the Canadian Red Ensign. In 1921, King George V proclaimed the … official colors of Canada as red, from Saint George's Cross, and white, from the French royal emblem since King Charles VII. <P> Rating Newest Oldest. Best Answer: The maple leaf in the center of the Canadian flag is a commonly recognized symbol of the country. It has also come to symbolize peace, tolerance, and unity within the country's borders. Red and white are Canada's national colors, hence why the flag is these 2 colors. Source(s): <P> The National Flag of Canada, also known as the Maple Leaf and l'Unifolie (Unifolié french for the-one), leafed is a flag consisting of a red field with a white square at its, centre in the middle of which is featured a, stylized-11, pointed red maple (Leaf acer). saccharum The Canadian Red Ensign had been unofficially used since the 1890s and was approved by a 1945 Order in Council for use wherever place or occasion may make it desirable to fly a distinctive Canadian flag. Also, the Royal Union Flag remains an official flag in Canada. <P> The official flag of Canada (the Maple Leaf flag) was adopted in 1965, replacing the previously-used design of the Canadian Red Ensign. In 1921, King George V proclaimed the … official colors of Canada as red, from Saint George's Cross, and white, from the French royal emblem since King Charles VII. The red maple leaf has long been the emblem and symbol of Canada. The red bands on either side represent the Pacific and Atlantic oceans, red being one of Canada's colours and red, not blue, to represent the blood spilt by the nation's brave soldiers to defend it. <P> National flag of Canada has two vertical bands of red (hoist and fly side, half width) with white square between them; an 11-pointed red maple leaf is centered in the white square. Canada Flag in the wind. Canada Flag-History. At the time of Confederation, Canada's national flag remained the Union Jack. However, Sir John A. Macdonald, Canada's first Prime Minister, flew the Canadian Red Ensign as a distinctive flag of Canada. Following the Second World War, in 1945, an Order in Council authorized the flying of the Canadian Red Ensign from federal government buildings, in Canada and abroad.
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It has two vertical bands of red (hoist and fly side, half width) with white square between them; an 11-pointed red maple leaf is centered in the white square.
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side effects of green tea on pregnancy
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<P> Green Tea And Pregnancy Facts. If you enjoy green tea and are pregnant, it's important to know the pros and cons of drinking green during your pregnancy. On the positive side, there are many health benefits to drinking green tea. So be careful in drinking green tea; not only because of the caffeine, but because of the effect it has on the folic acid levels in your body. Neural tube defects are a serious disability and certainly something you want to avoid. There will be plenty of time to drink lots of green tea after the baby is born! <P> The caffeine in green tea can stimulate the body. Some medications used for depression can also stimulate the body. Drinking green tea and taking some medications for depression might cause too much stimulation of the body and serious side effects including fast heartbeat, high blood pressure, nervousness, and others. Green tea is used in an ointment for genital warts. Do not confuse green tea with oolong tea or black tea. Oolong tea and black tea are made from the same plant leaves used to make green tea, but they are prepared differently and have different medicinal effects. Green tea is not fermented at all. <P> Green Tea Side Effects Alert #1: When you have too much caffeine. Tea contains about half the amount of caffeine found in coffee, so moderate consumption of green tea is unlikely to cause problems for the majority of people. This is another contradicting one ... Drinking green tea may prevent allergy. But it also contains caffeine and tannin that may cause allergy. Tea and Allergy. Green Tea Side Effects Alert #12: Beware of slimming and weight loss teas. There are many kinds of Chinese <P> The body breaks down the caffeine in green tea to get rid of it. Alcohol can decrease how quickly the body breaks down caffeine. Taking green tea along with alcohol might cause too much caffeine in the bloodstream and caffeine side effects including jitteriness, headache, and fast heartbeat. Green tea is used in an ointment for genital warts. Do not confuse green tea with oolong tea or black tea. Oolong tea and black tea are made from the same plant leaves used to make green tea, but they are prepared differently and have different medicinal effects. Green tea is not fermented at all. <P> High consumption of green tea during pregnancy has been linked to an increased risk of miscarriages and a number of other negative effects. Not more than two cups of green tea should be consumed during these times. This is one of the most dangerous side effects of green tea as it can be life-threatening. Completely avoiding green tea would be the best option. For lactating women, the caffeine in green tea can pass into breast milk and affect the nursing infant. (2). Its therapeutic effects, especially some serious disease-curing properties have made green tea a hit amongst the public. All is well. But there is a darker side to green tea which is hidden to most people. And the purpose of this article is to pull off the mask and exhibit the facts before you. <P> Drink 2 cups or less if you are pregnant. Green tea, because of it's caffeine level, can be unsafe for pregnant women and their babies. It can even lead to miscarriage if it is consumed in high doses. Always check with your doctor if you're unsure about consuming caffeinated beverages while pregnant. Some of the problems are due to the caffeine in the tea. Other problems are due to certain substances in the tea. This article will help you navigate when and how much tea you can have per day, even if you do suffer from some of the side effects. <P> 5. Avoid drinking green tea with antibiotics if you're susceptible to caffeine. Antibiotics can decrease your body's ability to break down caffeine, making the effects last longer. This side effect can also happen with cimetidine, birth control, fluvoxamine, and disulfiram. Some of the problems are due to the caffeine in the tea. Other problems are due to certain substances in the tea. This article will help you navigate when and how much tea you can have per day, even if you do suffer from some of the side effects.
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It has been linked to an increased risk of miscarriages and a number of other negative effects. It effects on the folic acid levels in your body.
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how do i delete someone from my facebook business page
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<P> If you need to remove an administrator from a Facebook Business Page, you simply need to: 1 Open the Facebook Business Page in your browser. 2 Click on the link to See All in the upper right-hand corner of the XXX People Like This box in the left sidebar. When setting up a Facebook Business Page, a Facebook personal profile is required because each page has to have an administrator that owns the page and is in charge of the page. Once the Facebook Business Page is created, additional people can be added as administrators for the page. <P> 1 Open the Facebook Business Page in your browser. 2 Click on the link to See All in the upper right-hand corner of the XXX People Like This box in the left sidebar. 3 Scroll through the list of people who like the page to find the person you want to remove. When setting up a Facebook Business Page, a Facebook personal profile is required because each page has to have an administrator that owns the page and is in charge of the page. Once the Facebook Business Page is created, additional people can be added as administrators for the page. <P> Keep in mind that Pages are public spaces, and people you've removed can choose to like your Page again. Learn more about the difference between removing and banning someone from your Page. To remove someone who likes your Page: 1 Click Settings at the top of your Page. 2 Click Banned Users in the left column. 3 Click Banned and select People Who Like This. 4 Click next to the person you want to remove and select Remove. 5 Click Confirm <P> Admin Panel. Click on your business name from the drop-down menu beneath the arrow on the menu bar of your Facebook page. Click the Show button on the business page to open the Admin Panel. Step 2. Click the See All link in the New Likes section to view the list of people who like your business page. Related Reading: How to Link Facebook Places to Business Pages. Step 3. Click the X next to the name of the person you want to block. <P> If you have an account: Go to your notification settings. Click Edit next to the notification types you want to receive and make sure the appropriate boxes are checked. You can also follow the unsubscribe link instructions located at the bottom of any email message from Facebook. You can deactivate your account temporarily and choose to come back whenever you want. To deactivate your account: 1 Click the account menu at the top right of any Facebook page. 2 Select Settings. <P> Select Use Facebook as Page.. Click the Switch button for the page you want to delete. Click the Edit Page button on the left side, and go to the Manage Permissions section. Click the Permanently Delete link next to Delete Page.. A pop-up window will appear, asking you to confirm your choice. <P> Once you have more than one administrator assigned to a Facebook Business Page, you can also remove an administrator in the Page Editing Window (see screen shot to the left). Simply click the Edit Page link just below the photo/avatar in the upper left-hand corner of the page. When setting up a Facebook Business Page, a Facebook personal profile is required because each page has to have an administrator that owns the page and is in charge of the page. Once the Facebook Business Page is created, additional people can be added as administrators for the page. <P> Visit the duplicate Facebook company page you wish to delete. You can enter the page URL directly into the address bar or type the page name in the Search box located near the top of the Facebook website. Step 2. Click the Edit Page option, located on the left side of the page below the page's profile picture. <P> 1 Click Settings at the top of your Page. 2 Click Banned Users in the left column. 3 Click Banned and select People Who Like This. 4 Click next to the person you want to remove and select Remove. Learn more about the difference between removing and banning someone from your Page. To remove someone who likes your Page: 1 <P> Complete step by step Tutorial How to delete a Facebook business page or fan page: Many times we have come around such situation when we want to delete our Facebook business page or fan page or any other Facebook business page which is not ours but annoying. 1. Visit Facebook account and login. 2. Now visit that Facebook Fan page which you want to report. 3. Gear Option will show on Facebook Business Page. 4. Click on gear option and select Report Page Option. 5. Now a popup window will be appearing.
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1 Click Settings at the top of your Page.2 Click Banned Users in the left column. 3 Click Banned and select People Who Like This. 4 Click next to the person you want to remove and select Remove. 5 Click Confirm.earn more about the difference between removing and banning someone from your Page.
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pharmacist salary australia payscale
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<P> Average Pharmacist Salaries. The average salary for pharmacist jobs is $17,000. Average pharmacist 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 pharmacist anywhere in the job listing. <P> Pharmacist Salary. Pharmacist average salary is $98,214, median salary is $97,240 with a salary range from $20,051 to $1,522,560. Pharmacist salaries are collected from government agencies and companies. Each salary is associated with a real job position. Pharmacist salary statistics is not exclusive and is for reference only. <P> (Australia). A Pharmacist earns an average wage of AU$32.07 per hour. Most people with this job move on to other positions after 10 years in this career. For the first five to ten years in this position, wages increase modestly, but any additional experience does not have a big effect on pay. X Total Pay combines base annual salary or hourly wage, bonuses, profit sharing, tips, commissions, overtime pay and other forms of cash earnings, as applicable for this job. <P> Salary Outlook. The median annual salary for a pharmacist was $119,280, or $57.35 per hour, in 2013. The best-paid 10 percent made $147,350, while the lowest-paid made $89,000. The best-compensated pharmacists are employed by merchandise stores. Pharmacists have one of the highest average salaries of any of our Best Health Care Jobs, earning $116,500 in 2013. They make more, on average, than physical therapists ($82,180) and registered nurses ($68,910). <P> Pharmacist in Australia receives average salary between AU$46,793 and AU$91,416. The average salary of pharmacist collects around AU$68,296 per annum. The 10 % take home around AU$ 47,000, the 25% collect around AU$68,000, the 75% receive around AU$80,000 and the 90% collects around AU$91,000. In BLS, states that are said to be paying the highest salaries for pharmacists are Alaska, Maine, California, Vermont and Delaware where average salaries are $129,170, $128,030, $125,800, $125,520, and $121,830 respectively. <P> Pharmacy Assistant Salary. (Australia). A Pharmacy Assistant earns an average wage of AU$18.33 per hour. Pay for this job does not change much by experience, with the most experienced earning only a bit more than the least. A skill in Dispensary Technician is associated with high pay for this job <P> Pharmacist salary in USA. Based on payscale percentage, the median yearly salary for 10% of pharmacists has been around $78,000 per year. The 25% of them receive $98,000; 50% of them receive around $110,000, while the 75% received more than $120,000 per year in past. In BLS, states that are said to be paying the highest salaries for pharmacists are Alaska, Maine, California, Vermont and Delaware where average salaries are $129,170, $128,030, $125,800, $125,520, and $121,830 respectively. <P> Read more on salaries and benefits here. The median annual salary for a pharmacist was $119,280, or $57.35 per hour, in 2013. The best-paid 10 percent made $147,350, while the lowest-paid made $89,000. The best-compensated pharmacists are employed by merchandise stores. Pharmacists have one of the highest average salaries of any of our Best Health Care Jobs, earning $116,500 in 2013. They make more, on average, than physical therapists ($82,180) and registered nurses ($68,910).
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AU$32.07 per hour.
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why was florida established
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<P> The state of Florida is the 27th state to be admitted to the Union. It was admitted March 3, 1845. Florida is the oldest surviving European place-name in the United States. Sarasota Florida was founded in the year 1842. The city was founded by European settlers but the area was already called Zara Zota at the time. <P> The history of Florida can be traced back to when the first Native Americans began to inhabit the peninsula as early as 14,000 years ago. Written history begins with the arrival of Europeans to Florida; the Spanish explorer Juan Ponce de Leon león in 1513 made the first textual. records <P> Written history begins with the arrival of Europeans to Florida; the Spanish explorer Juan Ponce de Leon león in 1513 made the first textual. Records the state was the first mainland realm of The United states to be settled By. europeans Written history begins with the arrival of Europeans to Florida; the Spanish explorer Juan Ponce de Leon león in 1513 made the first textual. records <P> Florida's first private university, Stetson University, was founded in 1883. The Independent Colleges and Universities of Florida is an association of 28 private, educational institutions in the state. This Association reported that their member institutions served over 121,000 students in the fall of 2006. Much of the state of Florida is situated on a peninsula between the Gulf of Mexico, the Atlantic Ocean and the Straits of Florida. Spanning two time zones, it extends to the northwest into a panhandle, extending along the northern Gulf of Mexico. <P> Florida State University was founded in 1851 as Florida Seminary West of the Suwannee. It later became Florida State College for Women in 1901. In 1947 it became Florida … State University and remains so to this date. Sarasota Florida was founded in the year 1842. The city was founded by European settlers but the area was already called Zara Zota at the time. <P> A peninsula between the Gulf of Mexico, the Atlantic Ocean, and the Straits of Florida, it has the longest coastline in the contiguous United States, approximately 1,350 miles (2,170 km), and is the only state that borders both the Gulf of Mexico and the Atlantic Ocean. Much of the state of Florida is situated on a peninsula between the Gulf of Mexico, the Atlantic Ocean and the Straits of Florida. Spanning two time zones, it extends to the northwest into a panhandle, extending along the northern Gulf of Mexico. <P> History. Florida State University, one of the largest and oldest of the 11 institutions of higher learning in the State University System of Florida, had its beginning as early as 1823 when the Territorial Legislature began to plan a higher education system. Classes were held at the West Florida Seminary from 1857 until 1863, when the state legislature changed the name to The Florida Military and Collegiate Institute to reflect the addition of a military section which trained cadets. <P> Florida was under colonial rule by Spain and Great Britain during the 18th and 19th centuries before becoming a territory of the United States in 1822. Two decades later, in 1845, Florida was admitted to the union as the 27th US state. Written history begins with the arrival of Europeans to Florida; the Spanish explorer Juan Ponce de Leon león in 1513 made the first textual. records <P> The State Association of County Commissioners (SACC) was founded in 1929 to represent the concerns of Florida's county governments. In the early years, the SACC was managed by only two people: the president of the Association and a Tallahassee attorney. <P> Florida is the 22nd most extensive, the 3rd most populous, and the 8th most densely populated of the United States. Jacksonville is the most populous city in Florida, and the largest city by area in the contiguous United States. The Miami metropolitan area is the eighth-largest metropolitan area in the United States. Tallahassee is the state capital. Much of the state of Florida is situated on a peninsula between the Gulf of Mexico, the Atlantic Ocean and the Straits of Florida. Spanning two time zones, it extends to the northwest into a panhandle, extending along the northern Gulf of Mexico.
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The Europeans arrived to Florida in 1513. Florida was under colonial rule by Spain and Great Britain during the 18th and 19th centuries before becoming a territory of the United States in 1822. Two decades later, in 1845, Florida was admitted to the union as the 27th US state.
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average nhl salary
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<P> Sports NHL NHL Salaries 2015. National Hockey League salary cap is what every team has to spend a limited amount of money on purchasing players every year. So that makes it more compatible to earn good players in all the teams and make it more balanced in strength. This led some teams to trade away well paid star players to fit the cap. But the teams were allowed to spend $70.4 Million in a year for the prorated shorted season length. The highest NHL career salary earns as of now Jaromir Jagr with $ 99.8 Million dollars and still active. With last seasons 2014-15 limited to not more than US$14 Million per player and which took Shea Weber as the NHL highest salaries to the top earn list for that season with US$14 Million <P> Most NHL teams, 17 of them, paid an average salary per player ranging from $1.8 million to $1 million. Only five teams--Philadelphia Flyers, Colorado Avalanche, New York Islanders, Anaheim Ducks and the Tampa Bay Lightning paid average salaries of under a million dollars per player. The minimum NHL player salary, per the collective bargaining agreement, is $500,000 in 2009-10 and 2010-11. The maximum seasonal salary for players new to the NHL is $900,000 for 2009 and 2010; and $925,000 for 2011 draftees. <P> Follow Business Insider: Manchester City is the highest-paid team in the world as their players have an average annual salary of $8.1 million. But if we look at all the teams, basketball players in the NBA have the largest average salary of any league in the world. The average NBA player made $4.5 million last year, slightly better than the average salary for players in India's top cricket league, the Indian Premier League. <P> General manager and coach salaries are not publicly disclosed to the league or the public. The minimum NHL player salary, per the collective bargaining agreement, is $500,000 in 2009-10 and 2010-11. The maximum seasonal salary for players new to the NHL is $900,000 for 2009 and 2010; and $925,000 for 2011 draftees. <P> Top 20 salaries in the NHL since 1989. This is a list of the twenty NHL players who have earned the most in salaries between the 1989–90 season and the 2007–08 season. These figures have been gleaned from different sources, and so may not be perfectly accurate. The team salary cap is $39 million. Under the latest NHL Collective Bargaining Agreement, no player can earn more than 20 percent of the team salary cap ($7.8 million). 1 Jaromir Jagr (New York Rangers) $8.36 million. <P> Average NHL Salary. The average NHL player salary in the 2010-2011 season is $2.4 million. It is typical for a $4 million player to work alongside a teammate with a $700,000 salary. The minimum NHL player salary, per the collective bargaining agreement, is $500,000 in 2009-10 and 2010-11. The maximum seasonal salary for players new to the NHL is $900,000 for 2009 and 2010; and $925,000 for 2011 draftees. <P> Players in Finland’s SM-liiga, for example, can make more than $200,000 a year, with the top players earning more than twice that amount. The Swedish Elite League teams pay players in a similar range to Finland’s SM-liiga and ranked as the fourth-highest average salary as of 2006 data. As of publication, the ECHL has a $12,400 weekly salary cap for 20 players and minimum player salary of $380. The CHL uses a $10,200 per week cap for 18 players and a minimum player salary of $335 a week. <P> NHL players, as of 2010 data Forbes, earned an average annual salary of $2.4 million. Two players earned $10 million a year to lead the league: goalie Roberto Luongo and center Vincent Lecavalier. Plenty of pro players are well compensated in top leagues throughout the world, especially in Finland, Russia and Sweden. As of publication, the ECHL has a $12,400 weekly salary cap for 20 players and minimum player salary of $380. The CHL uses a $10,200 per week cap for 18 players and a minimum player salary of $335 a week.
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$1.8 million to $1 million
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average wage increases
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<P> california s increase is particularly noteworthy the california state minimum wage will rise from $ 8 per hour today to $ 9 per hour in january 2014 and then to $ 10 per hour in january 2015 connecticut s minimum wage will rise to $ 8 40 in 2014 and $ 9 in 2015 these increases slightly alter our earlier estimates of the impact of a federal minimum wage increase to $ 10 10 because workers in these states who would have been affected by the federal increase will now have higher wages as a result of their higher state minimums <P> today s minimum wage is equal to only 36 percent of the average production non supervisory worker wage raising the minimum wage to $ 10 10 by 2016 would return the minimum wage to roughly 50 percent of the average production worker wage these increases slightly alter our earlier estimates of the impact of a federal minimum wage increase to $ 10 10 because workers in these states who would have been affected by the federal increase will now have higher wages as a result of their higher state minimums <P> for newer research on the impacts of increasing the federal minimum wage to $ 10 10 see raising the federal minimum wage to $ 10 10 would lift wages for millions and provide a modest economic boost released december 19 2013 their proposal now formalized as s 460 the fair minimum wage act of 2013 would increase the minimum wage via three incremental increases of $ 0 95 and then index it to inflation so that as prices rise so would <P> the average weekly wage in winnebago county rose 3 2 percent from the third quarter of 2013 to the third quarter of 2014 the largest increase among wisconsin s large counties followed by brown county at 3 1 percent waukesha county had the highest average weekly wage in the state at $ 929 followed by milwaukee county at $ 902 and dane county at $ 900 see table 1 nationally the average weekly wage rose 2 9 percent over the year to $ 949 in <P> there were 237 large counties with an average weekly wage below the u s average in the third quarter of 2014 horry county s c $ 580 reported the lowest wage followed by the counties of cameron texas $ 603 hidalgo texas $ 616 marion fla $ 644 and pasco fla $ 650 waukesha county had the highest average weekly wage in the state at $ 929 followed by milwaukee county at $ 902 and dane county at $ 900 see table 1 nationally the average weekly wage rose 2 9 percent over the year to $ 949 <P> projected wage values are based on cbo inflation projections average wage and productivity growth from 2002 to 2006 the last full regular business cycle and in the case of the real minimum wage line the proposal to raise the federal minimum wage to $ 10 10 by 2016 these increases slightly alter our earlier estimates of the impact of a federal minimum wage increase to $ 10 10 because workers in these states who would have been affected by the federal increase will now have higher wages as a result of their higher state minimums <P> many more low wage workers would see an increase in their earnings of those workers who will earn up to $ 10 10 under current law most about 16 5 million according to cbo s estimates would have higher earnings during an average week in the second half of 2016 if the $ 10 10 option was implemented a $ 10 10 option would increase the federal minimum wage from its current rate of $ 7 25 per hour to $ 10 10 per hour in three steps in 2014 2015 and 2016 after reaching $ 10 10 in 2016 the minimum wage would be adjusted annually for inflation as measured by the consumer price index <P> although the average pay raise for 2013 is projected to average just 2 9 percent according to forbes citation of the u s compensation and planning survey a salary increase doesn t have to fit the national average and can be taken on a case by case basis past economic influences in a time period where the economy is in recovery the annual pay increase can be noticeably lower than in a more robust economy from 2000 to 2008 the average pay increase was between 3 8 percent and 4 4 percent fast forward to the years from 2009 to 2011 and the median pay increase dropped to hover around 3 percent inflation must also be taken into account when considering an appropriate annual salary increase
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$ 10
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cost of building a house in ontario
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<P> Most custom builders in Ontario will work out the price within the array of $150 per square foot to $300 per square foot. The majority of semi-customs are built at $200 per square foot, depending on size, design, systems, finishes, location, etc. The size of homes will certainly affect the cost of building a home. The larger it is, the more it will cost in total dollars. Having said that, the larger it is, the less it’ll cost <P> Cost to build a custom home is expressed in price per square foot estimates. In the housing market, we express the cost to build as a price per square foot. Therefore, a 3500 sq. ft. house that costs $700,000 would have a cost of $200.00 / sq.ft. Land is not included in this price. However, building permits, architectural and designer fees, as well as all construction-related costs are included in the price per square foot calculation. The cost of a new custom home will vary depending on the area you build in and the features you use. However, using the analogy of the new car, you know that a compact car, mid size car, luxury car, muscle car and the high end foreign sports car all have different costs. Housing is no different. <P> For most of the state of Kentucky, the cost to build a new home with average finishings and trims is around $100-$110/square ft. As soon as you start upgrading with fancier fa … ucets, cabinets, or flooring, you will quickly find yourself in the $120-$140/square ft. range. The average cost per square foot for building a new home in Charlotte, North Carolina is about $110 per square foot. This means that a 1500 square foot house would cost ab … out $165,000 to build. <P> 1. Local building permit costs & lay of property: Depending on what municipality/region you build in, pricing for building & development costs can range from as low as $10,000 to $30,000. For example, on a 1,800 square foot home, this translates to a difference of $11.00 per square foot. Building a house on a low-grade property most likely requires extra work in regards to raising the grade and bringing in extra loads of fill. This obviously increases the price. An estimate is just that: ‘an estimate;’ until a clearer picture of what is being built, by whom, and where, is finalized. Generally, we find the ‘price per square foot’ rate to be around: 1 $110-$130 per square foot to build a house your own (self build). 2 $160 - $200 per square foot to hire a custom home builder. <P> Nevertheless, the floor covering increases in direct proportion to the size of space. Thus although a Twelve hundred square foot house could cost $200 per square foot to create, a four thousand square foot home might cost $180 for every sq. ft. to build. This relates to the material used. The size of homes will certainly affect the cost of building a home. The larger it is, the more it will cost in total dollars. Having said that, the larger it is, the less it’ll cost per square foot. <P> 1. Local building permit costs & lay of property: Depending on what municipality/region you build in, pricing for building & development costs can range from as low as $10,000 to $30,000. For example, on a 1,800 square foot home, this translates to a difference of $11.00 per square foot. Building a house on a low-grade property most likely requires extra work in regards to raising the grade and bringing in extra loads of fill. <P> Calgary has one of the highest incomes per capita because of the rapid economic growth here. The cost for building a house in Calgary could be anywhere between $175 and $2 … 50 per square foot. A 2,000 sq. ft. home can cost from $350,000 to $500,000, not including the land price. If you are going for a custom home, budget a cost of $350 a square foot. The average cost per square foot for building a new home in Charlotte, North Carolina is about $110 per square foot. This means that a 1500 square foot house would cost ab … out $165,000 to build.
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The array of $150 per square foot to $300 per square foot.
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how much does a remedial massage therapist earn
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<P> How much does a massage therapist make? According to the U.S. Bureau of Labor Statistics (bls.gov), the median massage therapy salary is $35,970. This is around $10,000 more than the annual earnings of the average worker in other healthcare support occupations. <P> Read more on salaries and benefits here. The BLS reports the median annual wage for massage therapists was $35,920 in 2013. The best-paid 10 percent in the profession made more than $71,020, while the bottom 10 percent made less than $18,280. The top-paying metropolitan areas for this occupation include Anchorage, Alaska; Pittsfield, Massachusetts; and Holland, Michigan. But the average worker in this profession makes a low annual salary compared with other occupations on our list of Best Health Care Jobs. Massage therapists, who earned an average salary of $40,400 in 2013, have comparable pay to clinical laboratory technicians ($40,240). <P> Back to top Salary details Salary details Remedial massage therapists can expect to earn between $200 and $865* per week, depending on their level of qualification and the organisation they work for. Education and training/entrance requirements. To become a remedial massage therapist you usually need to complete a VET qualification in massage therapy or remedial massage. Applicants to these courses may need to attend an interview. <P> Only a quarter of massage therapists work full-time in the field; earnings tend to be higher for these therapists than the majority who work part-time. The top 10 percent of earners take in over $70,000, while those within the lowest 10 percent took in less than $19,000 annually. According to the U.S. Bureau of Labor Statistics (bls.gov), the median massage therapy salary is $35,970. <P> In general, a massage therapist in the US receives his or her total earnings ranging from between $20,207 – $104,389 per annum. The starting salary for a massage therapist to about $17,270 per annum, while an average massage therapist receives an annual salary of about $39,789 per year. In addition, a well-established massage therapist receives a much higher salary of about $68,670 per annum. Average massage therapist salary. Average annual salary for a massage therapist ranges from between $26,579 to $72,250 per year and the hourly wage ranges from between $8.3-$33.01 per hour. <P> Massage therapists could charge clients between £25 and £60 an hour depending on the type of massage they are offering, and their location. As a skilled therapist, with a lot of clients, you could earn between £20,000 and £40,000 a year. You may also receive tips from clients and commission for the sale of beauty products. Figures are intended as a guideline only. <P> Salary details. Remedial massage therapists can expect to earn between $200 and $865* per week, depending on their level of qualification and the organisation they work for. Education and training/entrance requirements. To become a remedial massage therapist you usually need to complete a VET qualification in massage therapy or remedial massage. Applicants to these courses may need to attend an interview. <P> Alaska, with an annual average wage of around $84,000, is the top-paying state for a massage therapist to work. Vermont, Rhode Island, Washington, and Delaware, all with average salaries ranging from $50,000 to $58,000, round out the top five top-paying states for this field. According to the U.S. Bureau of Labor Statistics (bls.gov), the median massage therapy salary is $35,970. <P> Salary Outlook. The BLS reports the median annual wage for massage therapists was $35,920 in 2013. The best-paid 10 percent in the profession made more than $71,020, while the bottom 10 percent made less than $18,280. The top-paying metropolitan areas for this occupation include Anchorage, Alaska; Pittsfield, Massachusetts; and Holland, Michigan. But the average worker in this profession makes a low annual salary compared with other occupations on our list of Best Health Care Jobs. Massage therapists, who earned an average salary of $40,400 in 2013, have comparable pay to clinical laboratory technicians ($40,240).
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$26,579 to $72,250 per year
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are octopuses dangerous
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<P> They can be. Some are highly venomous (blue ringed octopus), while others have been known to drown divers (giant pacific octopus). I have dived with many species of octopus, and overall, they are not dangerous, unless provoked. They are very nervous, darting into their crevice at first sight. Well yes and know some species like the blue ringed octopus are extremely dangerous yet only 3 have died but some are placid and are just happy to swim by you all in all they … can be dangers so just avoid them. <P> According to a new study, all octopuses, cuttlefish, and some squid are venomous. The largest known octopus species, the giant Pacific octopus, can reach sizes of more than 16 feet (5 meters) across. But the 5- to 8-inch (12.7- to 20.3-centimeter) blue-ring remains the only one dangerous to humans. <P> From Wikipedia, the free encyclopedia. The blue-ringed octopuses (genus Hapalochlaena) are three (or perhaps four) octopus species that live in tide pools and coral reefs in the Pacific and Indian Oceans, from Japan to Australia. Their primary habitat is around southern New South Wales, South Australia, and northern Western Australia. <P> Squid ink is sometimes used as an ingredient in foods such as black pasta. Some octopuses are more dangerous to humans than others. Most notable is the blue-ringed octopus, which lives near Australia. This octopus's bite can kill a human because the venom causes paralysis that stops breathing. Jupiterimages/Photos.com/Getty Images. Though octopuses and squid are both formidable fighters in the wild, they aren't typically dangerous to people. That doesn't mean they're always harmless. Some species are particularly well equipped for defending themselves against larger creatures, and they're strong enough to kill a human if they felt threatened <P> Researchers knew that the blue-ringed octopus packed venom. Now they say all octopuses and cuttlefish, and some squid, are venomous. In fact they all share a common, ancient venomous ancestor, the study indicates, and the work suggests new avenues for drug discovery. • Click here to visit FOXNews.com's Natural Science Center. While the blue-ringed octopus species remain the only group that are dangerous to humans, the other species have been quietly using their venom for predation, such as paralyzing a clam into opening its shell <P> Tweet. Scientists have continued to look into whether octopuses are poisonous. Modern research indicates that all types of octopuses contain traces of venom proteins in their bodies, although there is some difference of opinion on which octopuses are actually dangerous for humans. There is general agreement that the venom produced by the blue-ringed octopus is definitely poisonous to humans. <P> An octopus trails its eight arms behind it as it swims. All octopuses are venomous, but only one group, the blue-ringed octopus, is known to be deadly to humans. Around 300 species are recognized, which is over one-third of the total number of known cephalopod species. The term 'octopus' may also be used to refer specifically to the genus Octopu <P> While the blue-ringed octopus species remain the only group that are dangerous to humans, the other species have been quietly using their venom for predation, such as paralyzing a clam into opening its shell. Contrary to what was known, all octopuses are venomous, a new study finds. Researchers knew that the blue-ringed octopus packed venom. Now they say all octopuses and cuttlefish, and some squid are venomous. In fact they all share a common, ancient venomous ancestor, the study indicates, and the work suggests new avenues for drug discovery
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Yes but only blue-ring remains the only one dangerous to humans.
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what age does menchies hire
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<P> At Menchie's we're always looking for energetic individuals to join our outstanding and capable team! Whether you are searching for a great opportunity to join a fast-growing company, or just looking for some part-time work, we have the perfect position available for you. The ONLY skills we absolutely require from all of our applicants are a smile on your face, and a positive attitude! <P> Most states and cities require you to be at least 14 to get a work permit and to have a job. Kids are allowed to work in family businesses and farms. And even then the t … ypes of jobs and hours are restricted. <P> If you love frozen yogurt and want to get a fun, never boring job, submit a Menchie’s application at the job link listed at the top. A Menchie’s job application won’t take long to fill out. Be sure to check the box if you are under age 18. <P> Menchie’s Job Application Online: http://www.menchies.com/careers.php. The delicious frozen yogurt chain Menchie’s online job application consists of a link to the company database, listed above. Here you can freely apply for openings in your general area. <P> im 17 going on 18 soon and i got hired at a new menchies. check with your school's counseling office to get state laws and a request to get a work permit if you are under 18. <P> Jobs for teenagers at Sweet Frog (frozen yogurt retail). Minimum age to work is 16 years old. Find Sweet Frog in your area and apply as a Team Member. <P> 16. Child labor laws prevents an employer from hiring anyone under the age of 16. Incorrect. In certain areas of Canada, children can start working at age 14, so long as the … y have a SIN (Social Insurance Number). They are not, however, permitted to do jobs deemed to dangerous for children. <P> Jobs for teenagers at Target (discount stores). Minimum age to work at Target Stores is 16 years old. To work in a Target Distribution Center you must be at least 18
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18 years
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what is pioglitazone actavis
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<P> Pioglitazone Actavis helps control the level of sugar in your blood when you have type 2 diabetes by helping your body make better use of the insulin it produces. Your doctor will check whether Pioglitazone Actavis is working 3 to 6 months after you start taking it. <P> Because Pioglitazone Actavis is a generic medicine, studies in patients have been limited to tests to determine that it is bioequivalent to the reference medicine, Actos. Two medicines are bioequivalent when they produce the same levels of the active substance in the body. <P> The active substance in Pioglitazone Actavis, pioglitazone, makes cells (fat, muscle and liver) more sensitive to insulin, which means that the body makes better use of the insulin it produces. As a consequence, the blood glucose levels are reduced and this helps to control type 2 diabetes. <P> How is Pioglitazone Actavis used? The recommended starting dose of Pioglitazone Actavis is 15 or 30 mg once a day. This dose may need to be increased after one or two weeks to up to 45 mg once a day if better blood glucose (sugar) control is needed. <P> Pioglitazone Actavis is used to treat type 2 diabetes in adults (aged 18 years or over), particularly those who are overweight. It is used in addition to diet and exercise. Pioglitazone Actavis is used on its own in patients for whom metformin (another antidiabetes medicine) is not suitable. <P> It is used in addition to diet and exercise. Pioglitazone Actavis is used on its own in patients for whom metformin (another antidiabetes medicine) is not suitable. Pioglitazone Actavis can also be used together with insulin in patients who are not satisfactorily controlled with insulin alone and cannot take metformin. The medicine can only be obtained with a prescription. <P> Pioglitazone Actavis is a ‘generic medicine’. This means that Pioglitazone Actavis is similar to a ‘reference medicine’ already authorised in the European Union (EU) called Actos.
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A generic medicine
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when was abraham lincoln born
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<P> On February 12, 1809, Abraham Lincoln was born in a one-room log cabin on Sinking Spring Farm, which is located on Nolin Creek about three miles south of Hodgenville, Kentucky. He was the second child of Thomas and Nancy Hanks Lincoln. His sister Sarah was 2 years old when Abraham was born. <P> Abraham Lincoln was born February 12, 1809, the second child of Thomas and Nancy Hanks Lincoln, in a one-room log cabin on the Sinking Spring Farm in Hardin County, Kentucky (now LaRue County). He is a descendant of Samuel Lincoln, who migrated from Norfolk, England to Hingham, Massachusetts, in 1638. Born in Hodgenville, Kentucky, Lincoln grew up on the western frontier in Kentucky and Indiana. Largely self-educated, he became a lawyer in Illinois, a Whig Party leader, and a member of the Illinois House of Representatives, where he served from 1834 to 1846. <P> Abraham Lincoln's Childhood and Education: Abraham Lincoln was born in Hardin County, Kentucky on February 12, 1809. He moved to Indiana in 1816 and lived there the rest of his youth. His mother died when he was nine but he was very close to his stepmother who urged him to read. Lincoln himself stated that he had about one year of formal education. <P> Abraham Lincoln Genealogy. Abraham Lincoln was born February 12, 1809 and died April 15, 1865. He was the sixteenth president of the United States of America serving from 1861 until his assassination in 1865. Abraham Lincoln was born February 12, 1809 in Hardin County, Kentucky. He was the son of Thomas Lincoln and Nancy Hanks. The Lincolns are thought to be of English descent with many ancestors being of Puritan or Quaker beliefs. <P> Sinking Spring [edit]. In the fall of 1808, Thomas and Nancy Lincoln settled on Sinking Spring Farm. Two months later on February 12, 1809, Abraham Lincoln was born there in a one-room log cabin. Today this site bears the address of 2995 Lincoln Farm Road, Hodgenville, Kentucky. A cabin, symbolic of the one in which Lincoln was born, is preserved within a 1911, memorial building at the site
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February 12, 1809
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what does the name conway mean
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<P> Conway is generally used as a boy's name. It consists of 6 letters and 2 syllables and is pronounced Con-way. In the U.S. in 2014, it ranked 3218 in baby name popularity for boys with 34 occurrences. Less than 5 girls were given the name. View the Conway Name Popularity Page to see how the popularity trend for Conway has changed since 1880, or to compare the popularity of Conway to other names. Conway falls into the animal name category. <P> This place was recorded as Coneway in the 1215 rolls. In this case the name is a claimed anglicisation of the Gaelic Coinmheadh which translates as free quarter, implying a district in which troops were billeted on the local inhabitants. This is an interesting observation, although its accuracy must be open to doubt. That it is often locational is unarguable, but it is not usually, as is generally believed from the town of Conwy on the north coast of Wales. The first recording from that source is in 1406, one hundred and fifty years after the first 'English' recording, see below. <P> The first recorded spelling of the family name is shown to be that of John de Conweye. which was dated 1268, in the Chartulary of Glastonbury, Somerset. during the reign of King Henry 111, known as The Frenchman, 1216 - 1272. Surnames became necessary when governments introduced personal taxation. That it is often locational is unarguable, but it is not usually, as is generally believed from the town of Conwy on the north coast of Wales. The first recording from that source is in 1406, one hundred and fifty years after the first 'English' recording, see below. <P> The name Conway is a Celtic baby name. In Celtic the meaning of the name Conway is: Hound of the plain. Gaelic Meaning: The name Conway is a Gaelic baby name. In Gaelic the meaning of the name Conway is: Hound of the plain. Irish Meaning: The name Conway is an Irish baby name. In Irish the meaning of the name Conway is: Hound of the plain. Welsh Meaning: The name Conway is a Welsh baby name. In Welsh the meaning of the name Conway is: Holy river. Place-name and sur <P> Conway's language of origin is Welsh and it is used mainly in the English language. The name's meaning is 'from the holy river'. Conway is of Scottish origin. The meaning here is 'noisy, stormy one'. Conway's language of origin is Irish Gaelic. Meaning: 'from the sign of the yellow hunting dog'. Variant forms of Conway include the name Conwae, the name Conwai, the name Conwaye, the Welsh Conwy, and the English Konway. Conway is rare as a baby name for boys <P> Conway is from a Welsh surname derived from the River Conwy, which means holy water.. <P> Conway /con-way/ [2 sylls.] as a boys' name is pronounced KAHN-way. It is of Welsh, Irish and Gaelic origin, and the meaning of Conway is holy river; hound of the plain . Place name and surname. Musician Conway Twitty. Conway is an uncommon given name for males but a very popular last name for both adults and children (#719 out of 150436, Top 1%). (2000 U.S. Census). Charted below is the birth name popularity of Conway for boys. Conway has not been listed in the Top 1000 so far <P> [ 2 syll. co-nway, con-w- ay ] The baby boy name Conway is pronounced as K AA NWey- †. Variant forms of Conway include the name Conwae, the name Conwai, the name Conwaye, the Welsh Conwy, and the English Konway. Conway is rare as a baby name for boys
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Hound of the plain.
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normal rate of heart rates for different stages of life
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<P> The normal resting adult human heart rate ranges from 60–100 bpm. Tachycardia is a fast heart rate, defined as above 100 bpm at rest. Bradycardia is a slow heart rate, defined as below 60 bpm at rest. During sleep a slow heartbeat with rates around 40–50 BPM is common and is considered normal. <P> 1 Count the number of beats in 15 seconds. 2 Multiply this by four (15x4=60, there are 60 seconds in one minute). 3 This is how many times the heart beats in one minute. 4 Have students enter this at rest heart rate on their chart. ( 5 Student pulse rate at rest will vary between 60 - 110 beats per minute. 1 Have students keep a record of their heart rates for one week by taking their pulse a few times a day. 2 Note time of day and activity at the time. 3 The amount of time the heart takes to return to a normal at-rest rate after exercise is called recovery time. 4 This is a measure of the body's general fitness. <P> Due to individuals having a constant blood volume, one of the physiological ways to deliver more oxygen to an organ is to increase heart rate to permit blood to pass by the organ more often. Normal resting heart rates range from 60–100 bpm. Bradycardia is defined as a resting heart rate below 60 bpm. However, heart rates from 50 to 60 bpm are common among healthy people and do not necessarily require special attention. Tachycardia is a fast heart rate, defined as above 100 bpm at rest. Bradycardia is a slow heart rate, defined as below 60 bpm at rest. During sleep a slow heartbeat with rates around 40–50 BPM is common and is considered normal. <P> Strength of the pulse. The normal pulse for healthy adults ranges from 60 to 100 beats per minute. The pulse rate may fluctuate and increase with exercise, illness, injury, and emotions. Females ages 12 and older, in general, tend to have faster heart rates than do males. <P> 1 Multiply this by four (15x4=60, there are 60 seconds in one minute). 2 This is how many times the heart beats in one minute. 3 Have students enter this at rest heart rate on their chart. 1 Have students keep a record of their heart rates for one week by taking their pulse a few times a day. 2 Note time of day and activity at the time. 3 The amount of time the heart takes to return to a normal at-rest rate after exercise is called recovery time. 4 This is a measure of the body's general fitness. <P> How to measure your pulse and heart rate. Your pulse is your heart rate, or the number of times your heart beats in one minute. 2 Pulse rates vary from person to person. Your pulse is lower when you are at rest and increases when you exercise (more oxygen-rich blood is needed by the body when you exercise). Here are some key points about heart and pulse rate. More detail and supporting information is in the main article. 1 Your heart rate is the number of times per minute that the heart beats. 2 Heart rate rises significantly in response to adrenaline if a person is frightened or surprised. 3 Taking a person's pulse is a direct measure of heart rate <P> You insert the figure you feel is best for your research. The average heart rate for adult humans is about 70 to 75 beats per minute in a normal relaxed mode, your pulse rate, according to the American Medical Association; they also indicate children range from about 90 to 120 beats per minute. Obviously each person is different and has different stress levels involved. You should insert what YOUR rate is if you are using this calculator for yourself. That yields an anticipated lifespan of about 68.66 years. Other values returned are the number of beats of your heart per year, month, week and day, based on your data input into the calculator. <P> Either heart rate monitor is a more accurate than an exerciser manually taking his cardio pulse rate in the middle of exercise. Stage One: 60% to 70% of Maximum Heart Rate. Sometimes called the cardio fat burning zone, the first heart rate stage is between 60% and 70% of maximum heart rate. It represents a heart rate zone of 86% to 90% of a person's maximum heart rate. Even advanced exercisers should not perform whole workouts at this level. Stage three should be used as the upside of an interval. <P> This stage represents an increase in cardio pulse rate to 80% or 85% of maximum heart rate. A person that works out in stage two must first be able to complete a 30 to 60 minute workout in stage one. Stage two exercises include jogging on a treadmill or pedaling on an upright bike. It represents a heart rate zone of 86% to 90% of a person's maximum heart rate. Even advanced exercisers should not perform whole workouts at this level. Stage three should be used as the upside of an interval.
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For adult humans is about 70 to 75 beats per minute,
children range from about 90 to 120 beats per minute
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what is cz
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<P> By Anne Marie Helmenstine, Ph.D. Cubic zirconia or CZ is the crystalline manmade form of zirconium dioxide, ZnO 2. Zirconium dioxide is also known as zirconia. Ordinarily, zirconia would form monoclinic crystals. A stabilizer (yttrium oxide or calcium oxide) is added to cause zirconia to form cubic crystals, hence the name cubic zirconia. <P> CZ-USA is the exclusive US importer of all CZ guns, including the CZ shotguns from Huglu of Turkey and Brno rifles. Based in Kansas City, KS, CZ-USA handles all US-based warranty work. CZ-USA is the holding company for Dan Wesson Firearms. Alice Poluchova is the president of CZ-USA. <P> Technical aspects [edit]. Cubic zirconia is crystallographically isometric, an important attribute of a would-be diamond simulant. During synthesis zirconium oxide would naturally form monoclinic crystals, its stable form under normal atmospheric conditions. Therefore the physical and optical properties of synthesized CZ vary, all values being ranges. It is a dense substance, with a specific gravity between 5.6 and 6.0 — at least 1.6 times that of diamond. Cubic zirconia is relatively hard, 8–8.5 on the Mohs scale — slightly harder than most semi-precious natural gems. <P> .cz is the country code top-level domain (ccTLD) for the Czech Republic. It is administered by CZ.NIC. Registrations must be ordered via accredited domain name registrars. Before the split in 1993, former Czechoslovakia used domain .cs. The maximum domain name length permitted is 63 characters, which may only be alphanumeric or the hyphen (-). <P> Cubic zirconia can be evaluated using the same qualities that diamonds and other gemstones are graded by: the Four Cs (color, clarity, cut and carat weight). A CZ is not as durable as a diamond, sapphire or ruby, and that means it is more likely to become scratched over time. 1 Cubic zirconia can be transformed into the same popular cuts and shapes that are used for diamonds and colored gemstones. 2 A white CZ is truly colorless, with none of the inclusions found in an untreated diamond -- think of it as a little too perfect. 3 Cubic zirconia produces more flashes of color (fire) than a diamond <P> 1 Hardness: cubic zirconia has a rating of approximately 8 on Mohs hardness scale vs. a rating of 10 for diamond. 2 Specific gravity: the density of cubic zirconia is about 1.7 times that of diamond. 3 Refractive index: cubic zirconia has a refractive index of 2.15–2.18, compared to a diamond's 2.42. Therefore the physical and optical properties of synthesized CZ vary, all values being ranges. It is a dense substance, with a specific gravity between 5.6 and 6.0 — at least 1.6 times that of diamond. Cubic zirconia is relatively hard, 8–8.5 on the Mohs scale — slightly harder than most semi-precious natural gems. <P> The differences between cubic zirconia vs diamond just by looking at the stones can be subtle or distinct depending on the quality of the gemstones, while the chemical make-up and physical properties between these two stones are quite different. <P> We specialize in CZ Jewelry and Silver Jewelry. Cubic Zirconia, also known as CZ synthetic diamonds, diamond simulants or simulated diamonds, is a more affordable alternative to natural diamonds. Almost Diamonds is fittingly named for our cubic zirconia selection, but we take great pride in offering our sparkling diamond simulants set in quality sterling silver. Whether you want a simple statement in jewelry or a taste of old Hollywood glamour, our product line will guide you toward the perfect choice. <P> Top 10 unbelievable historical concurrencies. Cubic zirconia is a synthetic gemstone that very closely resembles diamonds. Because of its startling diamond-like appearance and inexpensive price tag,it is a highly popular gemstone used frequently in jewelry such as rings, earrings, bracelets and pendants.
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Crystallographically isometric, an important attribute of a would-be diamond simulant.
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The measure of a beverage's alcohol content, which is actually twice the alcohol percentage is known as
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<P> A liquor is any alcoholic beverage that is produced by distillation. Many liquors, such as whiskey, vodka, rum, gin, and tequila list the alcohol content of the product in terms of a its proof. The proof is a scale used to measure the amount of alcohol in a liquor. The scale goes from 1 to 200. <P> Confidence votes 3. Proof is a measure of alcohol content, in the United States it is twice the percentage. Therefor whiskey that is, a hundred proof is 50% alcohol by volume. The term originates from a time when rum was used to pay wages. The rum would be poured over gunpowder and ignited to offer proof that it hadn't been watered down. <P> Some liquors will list the alcohol by volume, such as 40% alcohol by volume (ABV).. This would mean that the liquor contains 40% alcohol and 60% water and other components. Many liquors give the alcohol content in both proof and alcohol by volume. A liquor containing 40% ethyl alcohol by volume is 80 proof. <P> For details see Alcohol by volume. The concentration of alcohol in a beverage is usually stated as the percentage of alcohol by volume (ABV) or—in the United States—as proof. In the U.S.A., proof is twice the percentage of alcohol by volume at 60 degrees Fahrenheit (e.g., 80 proof = 40% ABV). Degrees proof were formerly used in the United Kingdom, where 100 degrees proof was equivalent to 57.1% ABV. <P> In the United States, the actual alcohol content, by volume, is half of whatever the proof number reads, so that a 200 proof liquor is 100% alcohol and a 100 proof liquor is 50% alcohol by volume. In other words, the proof is exactly twice the percentage of alcohol that the liquor contains.
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liquor contains
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daisy name meaning
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<P> In American the meaning of the name Daisy is: The day's eye. English Meaning: The name Daisy is an English baby name. In English the meaning of the name Daisy is: Day's eye, from the old English. Also a flower name. Also a translation of the French Marguerite, and used as a pet form of Margaret. The use of Daisy in the chorus of the song A bicycle built for two made the name Daisy famous. <P> Daisy /dai-sy/ [2 sylls.] as a girls' name is pronounced DAY-zee. It is of Old English origin, and the meaning of Daisy is day's eye. A flower name. Often used as a nickname for Margaret, where in France, the flower is called a marguerite. Literary: Henry James named the typical American girl in Europe as Daisy Miller in his story. <P> Derived from the name of the daisy flower, which is derived from the Old English daeges dæges (eage'day s) eye in reference to its round yellow center-re sembling the. sun <P> Origin of the name Daisy: Derived from the name of the daisy flower, which is derived from the Old English daeges dæges (eage'day s) eye in reference to its round yellow center-re sembling the. Sun From A world Of Baby names By Teresa. norman
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Day's eye in english, also a name of a flower.
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why is tierra del fuego called land of fire
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<P> The archipelago consists of the main island, Isla Grande de Tierra del Fuego, with an area of 48,100 km 2 (18,572 sq mi), and a group of many islands, including Cape Horn and Diego Ramirez Ramírez. islands In 1525 Francisco de Hoces was the first to speculate that Tierra del Fuego was one or more islands rather than part of what was then called Terra Australis. Francis Drake in 1578 and a Dutch VOC expedition in 1616 learned more about the geography. The latter expedition named Cape Horn. <P> Tierra del Fuego (tyĕˈrae tyĕˈrä dĕl) [ fwāˈgō ], [Key., = span land of], fire, 28,476 28476 sq (73,753 73753 sq), km Off S South, america separated from the mainland by The strait Of. magellan Tierra del Fuego is divided into two sections, the eastern part belonging to Argentina (the territory of Tierra del Fuego) and the larger western part to Chile (a part of Magallanes prov.). <P> The 73,753 km² archipelago was divided between Argentina and Chile in 1881. The eastern part belongs to Argentina (the Territory of Tierra del Fuego) and its main towns are Rio Grande and Ushuaia. The western part belongs to Chile (Magallanes province) and its main towns are Porvenir and Puerto Williams. Ferry at the narrowest part of the Strait of Magellan connects Tierra del Fuego to the mainland Chile at Primera Angostura (between Punta Delgada and Cerro Sombrero) many times from 08:30 A.M. (Continent) to 11:00 P.M. (Island) every day. Crossing Time approx. <P> The earliest known human settlement in Tierra del Fuego dates to around 8,000 B.C. Europeans first explored the islands during Ferdinand Magellan 's expedition of 1520. No Europeans settled there until the second half of the 19th century, at the height of the sheep farming and gold rush booms. In 1525 Francisco de Hoces was the first to speculate that Tierra del Fuego was one or more islands rather than part of what was then called Terra Australis. Francis Drake in 1578 and a Dutch VOC expedition in 1616 learned more about the geography. The latter expedition named Cape Horn. <P> Tierra del Fuego (Spanish: Land of Fire) got its name from Ferdinand Magellan who, on passing the archipelago in 1520, spotted a number of fires burning along the coastline. These fires may have been made by the archipelago's aboriginal inhabitants: the Ona, Alakaluf and Yahgan (commonly called Yamana). Ferry at the narrowest part of the Strait of Magellan connects Tierra del Fuego to the mainland Chile at Primera Angostura (between Punta Delgada and Cerro Sombrero) many times from 08:30 A.M. (Continent) to 11:00 P.M. (Island) every day. Crossing Time approx. <P> 1 Isla Grande de Tierra del Fuego-The main island, with an area of around 48,000 km², is commonly referred to as Tierra del Fuego or as Isla Grande. 2 Shaped like a triangle (with its base at the Beagle Channel), the island's main cities are Ushuaia and Rio Grande, both on the eastern, Argentine side. Ferry at the narrowest part of the Strait of Magellan connects Tierra del Fuego to the mainland Chile at Primera Angostura (between Punta Delgada and Cerro Sombrero) many times from 08:30 A.M. (Continent) to 11:00 P.M. (Island) every day. Crossing Time approx. <P> Tierra del Fuego is divided between Chile and Argentina, with the latter controlling the eastern half of the main island and the former the western half plus the islands south of Beagle Channel. In 1525 Francisco de Hoces was the first to speculate that Tierra del Fuego was one or more islands rather than part of what was then called Terra Australis. Francis Drake in 1578 and a Dutch VOC expedition in 1616 learned more about the geography. The latter expedition named Cape Horn. <P> Across the Magellan Strait from mainland Patagonia, Tierra del Fuego is a land of windswept bleakness, whose settlements seem to huddle with their backs against the elements: cold winters, cool summers, gales in the spring, frost in the autumn. Tierra del Fuego’s economy is now dependent on the production of petroleum and natural gas, fisheries, forestry and technological industries, attracted to the area by its status as a duty-free zone. Meanwhile the tourist industry, centred on Ushuaia, continues to expand. <P> Islands [edit]. 1 Isla Grande de Tierra del Fuego-The main island, with an area of around 48,000 km², is commonly referred to as Tierra del Fuego or as Isla Grande. 2 Shaped like a triangle (with its base at the Beagle Channel), the island's main cities are Ushuaia and Rio Grande, both on the eastern, Argentine side. Ferry at the narrowest part of the Strait of Magellan connects Tierra del Fuego to the mainland Chile at Primera Angostura (between Punta Delgada and Cerro Sombrero) many times from 08:30 A.M. (Continent) to 11:00 P.M. (Island) every day. Crossing Time approx.
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Tierra del Fuego (Spanish: Land of Fire) got its name from Ferdinand Magellan who, on passing the archipelago in 1520, spotted a number of fires burning along the coastline.
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types of globin that make up hemoglobin
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<P> The globin genes encode the globin chains that make up hemoglobin (Hb). More than 1000 polymorphic variants of the globin genes have been characterized, consisting of single nucleotide substitutions through to complex gene rearrangements. <P> In methemoglobinemia, beta-globin type, mutations in the HBB gene alter the beta-globin protein and promote the heme iron to change from ferrous to ferric. This altered hemoglobin gives the blood a brown color and causes a bluish appearance of the skin, lips, and nails (cyanosis). <P> Alpha thalassemia is a blood disorder that reduces the production of hemoglobin. Hemoglobin is the protein in red blood cells that carries oxygen to cells throughout the body. <P> STRUCTURE & FUNCTION. Hemoglobin. A hemoglobin molecule consists of four polypeptide chains: two alpha chains, each with 141 amino acids and two beta chains, each with 146 amino acids. They are different but homologous, and they share an all-helical tertiary structure known as the globin fold. <P> Two distinct globin chains (each with its individual heme molecule) combine to form hemoglobin. One of the chains is designated alpha. The second chain is called non-alpha. With the exception of the very first weeks of embryogenesis, one of the globin chains is always alpha. <P> Hemoglobin is the iron-containing protein compound within red blood cells that carries oxygen throughout the body. It is made up of heme, which is the iron-containing portion, and globin chains, which are proteins. The globin protein consists of chains of amino acids, the building blocks of proteins. There are several different types of globin chains, named alpha, beta, delta, and gamma. Normal hemoglobin types include: 1 Hemoglobin A (Hb A): makes up about 95%-98% of hemoglobin found in adults; it contains two alpha (α) chains and two beta (β) protein chains. <P> Four protein chains make up hemoglobin—two alpha globin and two beta globin chains. There are two major types of thalassemia -- alpha thalassemia and beta thalassemia -- named after defects that can occur in these protein chains. <P> Beta-globin is a component (subunit) of a larger protein called hemoglobin, which is located inside red blood cells. In adults, hemoglobin normally consists of four protein subunits: two subunits of beta-globin and two subunits of another protein called alpha-globin, which is produced from another gene called HBA.
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Alpha and beta.
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what is vibriosis in cattle
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<P> Vibriosis is an illness caused by bacteria in the same family as those that cause cholera. Vibrio bacteria can cause disease in people who eat raw or undercooked contaminated seafood or have an open wound that is exposed to seawater. <P> Definition of VIBRIOSIS. : an infectious disease of sheep and cattle caused by a bacterium (Campylobacter fetus syn. Vibrio fetus) and marked by infertility and abortion; also: infection with or disease caused by a vibrio. ADVERTISEMENT. Medical Definition of VIBRIOSIS. 1. : an infectious disease of sheep and cattle caused by a bacterium of the genus Campylobacter (C. fetus synonym Vibrio fetus) and marked especially by infertility and abortion. 2 <P> Vibriosis (Campylobacter fetus) in cattle is an infectious bacterial disease of the genital tract causing infertility and occasional abortions. It is a venereal disease spread by infected bulls when they mate susceptible cows and heifers. The use of artificial insemination is also valuable in limiting disease spread. Most A.I. organizations test the semen to assure that it is free of vibriosis and trichomoniasis. To ask a question about a cattle disease, CLICK HERE and get an answer! Cattle Today Online is the cattleman's guide to the cattle business. <P> Vibriosis (Bovine Venereal Campylobacteriosis, BVC) is a world-wide disease which causes early embryonic death and infertility in cattle. The same gram negative rod bacteria causes abortion in sheep. This infection is economically important because it causes a large decrease in reproductive efficiency. <P> Vibriosis is somewhat self-limiting as most of the cattle recover within a year. Disease carriers are common, however, and new infection can spread to non-exposed animals. Vibriosis is best controlled by vaccination, which renders animals highly resistant to infection. The use of artificial insemination is also valuable in limiting disease spread. Most A.I. organizations test the semen to assure that it is free of vibriosis and trichomoniasis. To ask a question about a cattle disease, CLICK HERE and get an answer! Cattle Today Online is the cattleman's guide to the cattle business. <P> vibriosis. disease caused by infection with Vibrio or Campylobacter spp. bovine vibriosis. a venereal disease of cattle caused by Campylobacter fetus subspp. venerealis and characterized by early embryonic death and its consequential infertility and by a low incidence of abortion. See also vibrionic abortion. Description. Vibriosis is a general term referring to an infection by any member of the large group of Vibrio, bacteria. The bacteria that causes cholera is in this group. Alternate names include non-cholera Vibrio infection, Vibrio parahemolyticus infection, and Vibrio vulnificus infection. <P> FEBRUARY 2007 PRIMEFACT 451 (REPLACES AGFACT A2.9.7) Vibriosis of cattle Dr Steven Hum Senior Veterinary Officer, Research Operations, Menangle Introduction Bovine vibriosis (also known as Bovine Venereal Campylobacteriosis, or BVC), is one of the most important infectious venereal diseases of cattle in Australia. What causes vibriosis Vibriosis is caused by the bacterium Campylobacter fetus and is spread by infected bulls when they mate susceptible cows and heifers. Immunity against vibriosis in bulls is not developed easily and they can be infected for a long time without showing any signs of illness. <P> Vibriosis. vibrionic abortion, an infectious disease of cattle and sheep and, rarely, of swine and goats. Cases of the disease have been established in humans. Caused by a spiral-shaped polymorphic microbe, Vibrio fetus, of the genus Vibrio, family Spirillaceae. An infectious bacterial disease, primarily of cattle, sheep, and goats, caused by Vibrio fetus and characterized by abortion, retained placenta, and metritis. vibrionic abortion, an infectious disease of cattle and sheep and, rarely, of swine and goats. Cases of the disease have been established in humans
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It is an infectious bacterial disease of the genital tract causing infertility and occasional abortions.
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what is an hvac system
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<P> Air Conditioning. Whole-home air conditioning systems are central systems that rely on ductwork to deliver cool air throughout your home. An air conditioning system can provide cooling, ventilation, humidity control and even heating (if using a heat pump). <P> While the Energy Center usually tries to avoid the use of acronyms, HVAC is in common use in the heating and cooling industry. It stands for heating, ventilation and air conditioning , three functions often combined into one system in today's modern homes and buildings. Central air conditioning units are usually matched with a gas or oil furnace to provide heat through the same set of ducts. There are also central HVAC units called heat pumps that combine both the heating and cooling functions. <P> HVAC For Beginners. HVAC For Beginners speaks to Building Systems Information and HVAC Basics. This website is presented as a free information source for all those interested in building construction and detailed information on building systems theory of operation, maintenance and trouble shooting. <P> Short for heating, ventilation, and air conditioning. The system is used to provide heating and cooling services to buildings. HVAC systems have become the required industry standard for construction of new buildings. Before the creation of this system, the three elements were usually split between three or more devices. The HVAC system in our new home was quieter and more efficient than the oil furnace and window air conditioning units in our previous home. <P> HVAC (stands for H eating, V entilation and A ir C onditioning) equipment needs a control system to regulate the operation of a heating and/or air conditioning system. Usually a sensing device is used to compare the actual state (e.g. temperature) with a target state. Today, there are also dedicated gateways that connect advanced VRV / VRF and Split HVAC Systems with Home Automation and BMS (Building Management Systems) controllers for centralized control and monitoring, obviating the need to purchase more complex and expensive HVAC systems. <P> Chapter 7: Heating, Ventilation, Air Conditioning (HVAC) 103 CHAPTER 7: HEATING, VENTILATION, AIR CONDITIONING (HVAC) When thinking about energy efficiency, one of the most important decisions to be made regarding a new home is the type of heating and cooling system to install. <P> Adorable animal families that will make you aww. Climate control and comfort in modern buildings is a major design issue. Heating, ventilation and air conditioning (HVAC) systems help to control the climate and keep occupants comfortable by regulating the temperature and air flow. <P> Zoned HVAC systems can heat or cool individual areas of your home by controlling zone valves or zone dampers inside the vents or ductwork, which selectively block the flow of air. Zoned systems can save you energy and money by only heating or cooling certain areas when you need it. <P> HVAC System Basics. Get the basics about HVAC systems so you can make an educated decision. We review general heating and cooling principles to help you understand your system before and after you make a purchase. As always, feel free to contact your local Trane Comfort Specialist if you have additional questions. <P> Save. HVAC is an abbreviation for Heating, Ventilation and Air Conditioning. HVAC systems are the main mechanical infrastructure of a building and provide climate control functions. An HVAC system can range from a compact unit placed in a window sill to a multisystem unit that is installed on a roof or in a basement. HVAC systems are typically the most costly elements of construction. Features. An HVAC system has the ability to pump hot, cold or fresh air into an area. It pulls fresh air from the outside and then alters it to the desired temperature. Often HVAC systems use hot or cold water to either chill or heat the air.
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HVAC systems are the main mechanical infrastructure of a building and provide climate control functions.
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what does a heterozygous genotype look like
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<P> Homozygous also refers to a genotype consisting of two identical alleles of a gene for a particular trait. An individual may be homozygous dominant (AA) or homozygous recessive (aa). Individuals who are homozygous for a trait are referred to as homozygotes. See heterozygous. the situation in which two different alleles for a trait are expressed unblended in the phenotype of heterozygous individuals. Neither allele is dominant or recessive, so that both appear in the phenotype or influence it. Type AB blood is an example. <P> The Genotype is that part (DNA sequence) of the genetic makeup of a cell, and therefore of an organism or individual, which determines a specific characteristic (phenotype) of that cell/organism/individual. A simple example to illustrate genotype as distinct from phenotype is the flower colour in pea plants (see Gregor Mendel). There are three available genotypes, PP (homozygous dominant), Pp (heterozygous), and pp (homozygous recessive). <P> A genotype that is homozygous dominant contains two dominant alleles (forms of the gene), and one th … at is homozygous recessive contains two recessive alleles. Heterozygous would be in between the other two, with one dominant and one recessive allele. 3 people found this useful. Answered. The offspring of a homozygous dominant and homozygous recessive cross will be heterozygous. This means that they will have one of each allele, and will have the phenotype of t … he dominant allele. <P> 1 Dominant: a trait that is visible and can cover up other traits when there is more than one present. 2 Genotype: the genetic makeup of an organism, or the versions of a gene that an organism has. 3 Heterozygous: having two different versions of a gene. 4 Homozygous: having two identical versions of a gene. 1 Allele: a different version of a gene. 2 Dominant: a trait that is visible and can cover up other traits when there is more than one present. 3 Genotype: the genetic makeup of an organism, or the versions of a gene that an organism has. 4 Heterozygous: having two different <P> Homozygous – having identical alleles for a single trait. Heterozygous – having two different alleles for a single trait. genotype – genetic structure of a cell or organism. Phenotype – physical or biochemical characteristics of an organism. Reply. Homozygous-when the 2 alleles are the same. Heterozygous-when the 2 alleles are different. Phenotype-what the alleles physically look like. Genotype-the alleles as letters eg bb Bb BB etc. Reply. Homozygous – genes that <P> Heterozygous-two alleles for a specific gene that are different. Genotype-alleles you have. Phenotype-actual characteristics you have. Reply. Homozygous-when the 2 alleles are the same. Heterozygous-when the 2 alleles are different. Phenotype-what the alleles physically look like. Genotype-the alleles as letters eg bb Bb BB etc. Reply. Homozygous – genes that are the same. Heterozygous – genes that are different. Genotype – the gene you carry that aren’t visibl <P> Note that sometimes, an individual heterozygous for a specific trait can look different from an individual who is homozygous dominant, because the dominant allele is not completely dominant over the other. If they have two recessive alleles, they are homozygous recessive. If they inherited one of each allele, they are heterozygous for that trait. A phenotype is how the genotype is expressed. To unlock this lesson you must be a Study.com Member. <P> Genotype-The alleles you have. Phenotype-The actual characteristics of the alleles. Homozygous-When an organism has two alleles for a particular gene the same. Heterozygous-When an organism has two particular genes that are different :). Reply. Homozygous-when the 2 alleles are the same. Heterozygous-when the 2 alleles are different. Phenotype-what the alleles physically look like. Genotype-the alleles as letters eg bb Bb BB etc. Reply. Homozygous – genes that <P> Heterozygous means that an organism has two different alleles of a gene. For example, pea plants can have red flowers and either be homozygous dominant (red-red), or heterozygous (red-white). If they have white flowers, then they are homozygous recessive (white-white). Carriers are always heterozygous. Often, organisms will carry a dominant and a recessive allele of a gene. These organisms can be referred to as carriers of the recessive allele. For example, if a pea plant has a red flower-color allele and a white flower-color allele, then it is a carrier of the recessive white flower-color allele.
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Alleles physically
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average salary for a parole officer
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<P> Factors in Pay Levels. National averages offer insight as to starting salaries for parole and probation officers. According to the U.S. Bureau of Labor Statistics in May 2012, 10 percent of probation officers earned $31,590 or less. That number reflects salaries of parole officers just starting out in the industry, but other factors, including geographic location and education levels, are also factored into that average. <P> The average range of a probation officer salary is about $40,000 - $60,000 per year. While a small number of probation officers earn below $30,000 per year, as well as a small number earning over $70,000 per year. Because parole officers have a very similar job to probation officers and perform double duty at times, the parole officer salary is very similar to the probation officer salary. The average range for a parole officer salary is about $35,000 - $60,000. Some parole officers will earn a little less when starting out. Some parole officers will progress to have a higher salary than the average range <P> A January 2014 salary report from Payscale.com showed most probation officers earned between $24,666 and $48,479 with less than a year of experience. Your salary for the first and subsequent years is determined by a number of factors, such as years of experience, job location and employer. Salary Overview. The BLS reported that the mean wage of probation officers and correctional treatment specialists in May 2012 was $52,380. Workers in the bottom 10 percentile of salaries made $31,590 or less, and those in the top 10 percentile of salaries made $83,410 or higher. <P> The annual salary for someone with the job title Parole Officer may vary depending on a number of factors including industry, company size, location, years of experience and level of education. For example the median expected annual pay for a typical Parole Officer in the United States is $53,140, so 50% of the people who perform the job of Parole Officer in the United States are expected to make less than $53,140. Source: HR Reported data as of October 2015. 1 Salary. 2 Salary + Bonus. 3 Benefits. <P> For Parole Officers, yearly average wages total $40K annually. The bottom of the pay range sits near $31K, and the top verges on $74K per year. Residence is the biggest factor affecting pay for this group, followed by experience level. More than half of Parole Officers (65 percent) survey respondents are men. <P> Months of Employment. Most parole officers start out with a base salary that increases on a yearly basis, depending on their years of service in the industry. For example, in September 2011, the Texas Department of Criminal Justice paid a starting parole officer $2,881 a month during his first 12 months of service. According to the U.S. Bureau of Labor Statistics in May 2012, 10 percent of probation officers earned $31,590 or less. That number reflects salaries of parole officers just starting out in the industry, but other factors, including geographic location and education levels, are also factored into that average. <P> Probation officer salaries averaged $47,840 per year as of May 2011, according to the Bureau of Labor Statistics. The lowest 10 percent earned $31,210, and the highest earned more than $80,000. Highest-Paying Areas. The BLS reports that the states paying the highest wages for probation officers in 2011 included California, with annual wages of $77,230; Texas, with annual wages of $40,670; and Florida, with annual wages of $37,860.
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$35,000 - $60,000
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what are bcaas
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<P> Branched-chain amino acids are essential nutrients that the body obtains from proteins found in food, especially meat, dairy products, and legumes. They include leucine, isoleucine, and valine. “Branched-chain” refers to the chemical structure of these amino acids. <P> A branched-chain amino acid (BCAA) is an amino acid having aliphatic side-chains with a branch (a central carbon atom bound to three or more carbon atoms). Among the proteinogenic amino acids, there are three BCAAs: leucine, isoleucine and valine. Non-proteinogenic BCAAs include norvaline and 2-aminoisobutyric acid. Dietary BCAA supplementation has been used clinically to aid in the recovery of burn victims. A 2006 paper suggests that the concept of nutrition supplemented with all BCAAs for burns, trauma, and sepsis should be abandoned for a more promising leucine-only-supplemented nutrition that requires further evaluation. <P> BCAA stands for branch chain amino acids. BCAA consists of the amino acids leucine, isoleucine and valine. The reason these three amino acids are called BCAA is because they branch off from the other five essential amino acids, (there are a total of eight), to create their own chain. Amino acids are responsible for the formation of proteins in the body <P> On the other hand BCAA only have three amino acids; leucine, isoleucine, and valine. BCAA's are simpler amino acids that are used to form muscle tissue. BCAA's make up 35% of our muscles and have to be present in the body for muscle growth. On top of that they are used to balance hormonal release and brain functions. Most people don't know how BCAA's affect their body, when they should be used, or what they even are. To give a little back ground, amino acids are the building blocks of protein and muscle growth. When you eat protein you body converts the protein into its basic amino acids so you can absorb and use them. <P> In simpler terms, BCAA's combine simpler amino acids to form a complex whole muscle tissue. In this action, BCAA's stimulate production of insulin, the main function of which is to allow circulating blood sugar to be taken up by the muscle cells and used as a source of energy. The release of BCAA's is generally recognized as the signal to the body to stop protein syntheses in the muscles, especially during times of stress. Providing the Branch Chain Amino Acids, especially during those times of stress may profoundly affect this signal and allow protein synthesis to continue onward. <P> Branch Chain Amino Acids are the Building Blocks of the body. They make up 35% of your muscle mass and must be present for molecular growth and development to take place. Eight are essential (cannot be manufactured by the body) the rest are non-essential (can be manufactured by the body with proper nutrition). The release of BCAA's is generally recognized as the signal to the body to stop protein syntheses in the muscles, especially during times of stress. Providing the Branch Chain Amino Acids, especially during those times of stress may profoundly affect this signal and allow protein synthesis to continue onward. <P> BCAA stands for Branch Chain Amino Acids. They are one of the most overlooked and most effective supplements for anyone looking to build muscle and increase performance. Most people don't know how BCAA's affect their body, when they should be used, or what they even are. To give a little back ground, amino acids are the building blocks of protein and muscle growth. When you eat protein you body converts the protein into its basic amino acids so you can absorb and use them. <P> Amino acids are the building blocks of protein. Branched chain amino acids (BCAAs) are so called because of their structure, which includes a “side chain” of one carbon atom and three hydrogen atoms. There are three BCAAs: leucine, isoleucine, and valine. Of these, leucine is the most heavily researched, and appears to offer the biggest physiological benefit
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Leucine, isoleucine and valine.
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cost to install retaining wall per linear foot
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<P> Concrete Retaining Wall Prices. Concrete retaining wall prices start around $30 per square foot including materials and installation and can go as high as $45 to $50 per square foot depending on how much prep work is involved in building the forms. Walls higher than four feet typically require a different type of form which will raise the cost. <P> A natural stone wall will cost around $8 to $12 per square foot based on the type of stone chosen. A concrete block wall costs $6.10 to $7.60 per linear foot. <P> Our free calculator uses recent, trusted data to estimate costs for your Block Retaining Wall Installation project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Install a Block Retaining Wall ranges between $5.83 - $7.89 per square foot* . <P> Retaining Wall Cost. Poured retaining walls with elaborate curves require complex formwork and will drive up cost for a wall. The total cost to have a concrete retaining wall installed will be a combination of material and labor prices. For a basic wall you can expect to pay between $30 and $40 per square foot. If you add a decorative finish, curves, steps, lighting or other upgrades, the cost will rise. <P> Wooden retaining walls start at around $20 per square foot including materials and installation if using cost-effective pressure treated lumber. Hardwoods such as redwood, Cyprus or mahogany will raise the price over $30 per surface square foot but add an element of beauty to your wall. <P> 1 The Wall-for a cast in place (concrete) retaining wall with a vertical face, installed on no more than a 33 degree slope with a level embankment, at 6' high (including excavation and backfill) the cost will be $12,800.
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$40 to $50 per square foot.
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average cost for a new furnace and air conditioner
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<P> Most homeowners report spending between $3,675 and $7,155 to have air conditioning installed. This price is more typical of a central A/C unit installation rather than a window air conditioner addition which typically averages about $300. Your total cost for the job will depend on the type of system you choose. <P> The average cost to put in a furnace is $3,835. Most homeowners report paying between $3,250 and $4,420 for the installation of a new furnace. The lowest price that a homeowner might pay is $1,500, while the maximum price a homeowner has reported paying for a furnace installation was $6,990. <P> Air Conditioner Cost. The starting cost for a basic, small air conditioner with a low efficiency rating is about $3,000. However, most people opt for a unit in the middle of the road, costing between $3,500 and $3,700. <P> First there is the cost of the new HVAC system. This cost can range between $750 -$3000 depending on the brand, size and the model. The average cost for a new furnace is approximately $1,400 for the unit and includes no other elements costs which are used for installing the furnace. The price of a new air conditioner is between $600-$3,000 which depends upon the brand, model and size. The average cost for a new air conditioner for a 2 bedroom / 1 bath house is approximately $1,200 which is just for the unit and does not include any installation costs. <P> The cost to install a window air conditioner averages between $150 and $300, depending on the size you need. Installing a window air conditioning unit can bring added comfort for a reasonable price, but it will be less powerful than a central air conditioning system. <P> Depending on the total equipment package you choose, your costs will range from approximately $1,500 to over $6,700. Adding up the average figures, you can see that the average equipment costs for a new central air conditioning system is about $3,500.
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New furnace is approximately $1,400 and new air conditioner is between $600-$3,000.
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flaxseed oil for eyes
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<P> General: Flaxseed oil is most often used in a liquid form, which contains approximately 7 grams of ALA and approximately 130 calories per 15 milliliters or 1 tablespoon. Flaxseed oil is available in a capsule form, which often contains 500 milligrams of ALA per 1,000 milligrams capsule (10 calories). Additionally, 40-50 grams of flaxseed, 32 grams of milled flaxseed, 13 grams of flaxseed oil, or 10 grams of flaxseed powder has been taken by mouth for up to 12 weeks. For dry eye syndrome, 1-2 grams of flaxseed oil capsules have been taken by mouth daily for 180 days. For enlarged prostate (benign prostatic hypertrophy), 300 and 600 milligrams of a flaxseed lignan extract containing 33% secoisolariciresinol diglucoside (SDG) have been taken by mouth for four months <P> Oct. 28, 2011 (Orlando, Fla.) -- High doses of flaxseed oil supplements may improve symptoms of dry eyes. In a preliminary study, 12 people who worked themselves up to taking 9,000 milligrams per day of flaxseed oil reported substantially less itching, dryness, burning, and eye fatigue after three months. Also, oily secretions from meibomian glands in their eyelids increased. <P> 1 1. Flax is a high quality and very economical source of Omega 3 fatty acids that is used throughout the body to protect the cell membranes, including protecting the eyes. 2 2. 3 Flax provides Omega 3 that are used by the oil glands in the eyelid to build a healthy tear film on the eye's oil layer. 5 Reasons Flax seed is excellent for dry eyes: 1 <P> Flaxseed oil supplements are available both in capsule and liquid forms. Although flaxseed oil capsules are more convenient, you may need to take a large number of capsules to achieve the daily dose your eye doctor recommends to treat dry eyes. 1 If you are a vegetarian, ground flax seeds or flaxseed oil will likely be your preferred choice. 2 Ground flax seeds are more economical than either fish oil or flaxseed oil supplements. 3 The U.S. Food and Drug Administration (FDA) classifies omega-3 fatty acids from fish as GRAS (Generally Regarded as Safe). <P> Dry eyes flaxseed management is effective due to the omega-3 essential fatty acids of flax. Flax is dry eyes nutrition + many doctors recommend flax for patient's dry eyes. 5 Reasons Flax seed is excellent for dry eyes: 1 1. Flax is a high quality and very economical source of Omega 3 fatty acids that is used throughout the body to protect the cell membranes, including protecting the eyes. 2 2. <P> The nutritional value of flaxseed oil (and fish oil) comes from its omega-3 fatty acids that are needed for optimum health. Flaxseed oil contains high levels of an omega-3 called alpha-linolenic acid (ALA). 1 If you are a vegetarian, ground flax seeds or flaxseed oil will likely be your preferred choice. 2 Ground flax seeds are more economical than either fish oil or flaxseed oil supplements. 3 The U.S. Food and Drug Administration (FDA) classifies omega-3 fatty acids from fish as GRAS (Generally Regarded as Safe). <P> Flaxseed oil and fish oil contain important dietary fatty acids that have multiple health benefits, including prevention or control of dry eyes. Other benefits include a lower risk of heart disease and a reduction of chronic inflammation that can lead to a variety of serious diseases, including cancer and stroke. 1 If you are a vegetarian, ground flax seeds or flaxseed oil will likely be your preferred choice. 2 Ground flax seeds are more economical than either fish oil or flaxseed oil supplements. 3 The U.S. Food and Drug Administration (FDA) classifies omega-3 fatty acids from fish as GRAS (Generally Regarded as Safe). <P> Daily supplements of flaxseed oil or fish oil, when used alone or in tandem with lubricating eye drops, appear to reduce dry eye symptoms, including burning, stinging, redness and intermittent visual disturbances. 1 If you are a vegetarian, ground flax seeds or flaxseed oil will likely be your preferred choice. 2 Ground flax seeds are more economical than either fish oil or flaxseed oil supplements. 3 The U.S. Food and Drug Administration (FDA) classifies omega-3 fatty acids from fish as GRAS (Generally Regarded as Safe).
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It is used for prevention or control of dry eyes.
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what is mannan
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<P> Mannan may refer to a plant polysaccharide that is a linear polymer of the sugar mannose. Plant mannans have β(1-4) linkages. It is a form of storage polysaccharide. Ivory nut is a source of mannan. Mannan may also refer to a cell wall polysaccharide found in yeasts. This type of mannan has a α(1-6) linked backbone and α(1-2) and α(1-3) linked branches. It is serologically similar to structures found on mammalian glycoproteins. <P> Mannan is a glycoprotein found in the cell wall of candida, and it is released by candida in response to an infection around it, usually in the digestive system. This is different from gliotoxin, which is an actual toxin released by candida itself which spreads toxins directly in its surroundings. <P> Konjac mannan is a little-known fiber that has been shown to have a number of positive health effects. The process of preparing konjac mannan for human consumption was patented in 1975 by a team of Japanese researchers. Here's a short primer on this natural element. <P> Definition of MANNAN. : any of several polysaccharides that are polymers of mannose and occur especially in plant cell walls. <P> Leave a Comment. Mannan is a glycoprotein found in the cell wall of candida, and it is released by candida in response to an infection around it, usually in the digestive system. This is different from gliotoxin, which is an actual toxin released by candida itself which spreads toxins directly in its surroundings.
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A plant polysaccharide that is a linear polymer of the sugar mannose.
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how much time does it take to cook a medium steak in a oven
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<P> 1 Return the steak flat in the pan. 2 Transfer the skillet to the oven and cook until an instant-read thermometer reads to desired doneness (oven cooking time will be anywhere from 5-15 minutes depending on the desired doneness of your steak --- for medium-rare 140-145 degrees and for medium 155-160 degrees. 1 Transfer the skillet to the oven and cook until an instant-read thermometer reads to desired doneness (oven cooking time will be anywhere from 5-15 minutes depending on the desired doneness of your steak --- for medium-rare 140-145 degrees and for medium 155-160 degrees. <P> 1 Cook the steaks in the oven for 40 to 45 minutes. 2 The steak will still look fairly uncooked when you remove it from the oven. 3 A thermometer inserted into the thickest part of the steak will reveal a cooking temperature five to ten degrees lower than the desired doneness. When roasting a steak in the oven, low temperature and longer cooking time can result in a flavorful steak. To roast a steak: 1 Preheat the oven to 300 degrees. 2 Season the steak. 3 Sear steak in a hot skillet for just a minute on each side. 4 Transfer steak to a wire rack on a rimmed baking sheet and place in the preheated oven. 5 Roast for 20 to 25 minutes, until desired doneness is achieved <P> Flip the steak and cook for an additional 1-2 minutes over high heat. You won't need as much time on the second side of the steak because it will continue to develop color (from contact with the bottom of the pan) in the oven. 4. Of course, the time spent in the oven depends on the thickness of the steak (the thicker the steak, the longer cooking time it will require) and your desired level of doneness (after 6 minutes, the steak is probably still medium-rare; after 8 minutes, it's about medium). 6. <P> Immediately place the steak in the middle of the hot, dry skillet. Cook 30 seconds without moving. Turn with tongs and cook another 30 seconds, then put the pan straight into the oven for 2 minutes. Flip the steak and cook for another 2 minutes. (This time is for medium-rare steak. If you prefer medium, add a minute to both of the oven turns.). Remove the steak from the skillet, cover loosely with foil and rest for 2 minutes. Serve whole or slice thin and fan onto plate. <P> 1 Season the steak. 2 Sear steak in a hot skillet for just a minute on each side. 3 Transfer steak to a wire rack on a rimmed baking sheet and place in the preheated oven. 4 Roast for 20 to 25 minutes, until desired doneness is achieved. When roasting a steak in the oven, low temperature and longer cooking time can result in a flavorful steak. To roast a steak: 1 Preheat the oven to 300 degrees. 2 Season the steak. 3 Sear steak in a hot skillet for just a minute on each side. 4 Transfer steak to a wire rack on a rimmed baking sheet and place in the preheated oven. 5 <P> Best Answer: You should do this under the broiler. For medium rare, broil the steaks about 3-4 minutes per side. It will depend on how thick they are. For well done, try about 5-6 minutes per side. I use a cast iron fry pan, you use any fry pan you can put into the oven. I sear both sides of the steak on the stove top (preheat your oven to 350), then I place the pan inside of the oven for about 20 to 25 mins (I like it well done, but I guess medium would be about 14 to 16 mins) good luck. <P> You use the broiler. Cooking time depends on how thick the steak is. If it's about 1 thick you want to broil it about four minutes per side for medium rare. I use a cast iron fry pan, you use any fry pan you can put into the oven. I sear both sides of the steak on the stove top (preheat your oven to 350), then I place the pan inside of the oven for about 20 to 25 mins (I like it well done, but I guess medium would be about 14 to 16 mins) good luck.
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40 to 45 minutes.
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how many calories are in a baked chicken leg
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<P> There are 216 calories in 1 small Roasted Broiled or Baked Chicken Leg (Skin Eaten). Calorie breakdown: 54% fat, 0% carbs, 46% protein. <P> 1 216 calories in 1 small roasted, broiled, or baked chicken leg with the skin eaten. 2 258 calories in 1 medium roasted, broiled, or baked chicken leg with the skin eaten. 1 153 calories in I medium chicken leg (skin not eaten). 2 242 calories in 1 large chicken leg (skin not eaten). 3 216 calories in 1 small roasted, broiled, or baked chicken leg with the skin eaten. 4 258 calories in 1 medium roasted, broiled, or baked chicken leg with the skin eaten. <P> 1 178 calories in 1 medium chicken Leg (skin not eaten). 2 153 calories in I medium chicken leg (skin not eaten). 3 242 calories in 1 large chicken leg (skin not eaten). 4 216 calories in 1 small roasted, broiled, or baked chicken leg with the skin eaten. 1 153 calories in I medium chicken leg (skin not eaten). 2 242 calories in 1 large chicken leg (skin not eaten). 3 216 calories in 1 small roasted, broiled, or baked chicken leg with the skin eaten. 4 258 calories in 1 medium roasted, broiled, or baked chicken leg with the skin eaten. <P> 1 242 calories in 1 large chicken leg (skin not eaten). 2 216 calories in 1 small roasted, broiled, or baked chicken leg with the skin eaten. 3 258 calories in 1 medium roasted, broiled, or baked chicken leg with the skin eaten. 4 336 calories in 1 large roasted, broiled, or baked chicken leg with the skin eaten. 1 153 calories in I medium chicken leg (skin not eaten). 2 242 calories in 1 large chicken leg (skin not eaten). 3 216 calories in 1 small roasted, broiled, or baked chicken leg with the skin eaten. 4 258 calories in 1 medium roasted, broiled, or baked chicken leg with the skin eaten. <P> How many Calories in a baked chicken leg? how many calories in a baked chicken leg with eating the skin and the calories of it without eating the skin. <P> There are 86 calories in 1 small Roasted Broiled or Baked Chicken Drumstick. Calorie breakdown: 48% fat, 0% carbs, 52% protein. <P> There are an estimated 414 calories in one baked chicken thigh with skin. This serving also contains 31 grams of fat and 0.5 grams of carbohydrates. In plain cooked (grilled, roasted, boiled, steamed) chicken legs (drumstick and thigh) there are: In plain cooked (grilled, roasted, boiled, steamed) chicken thighs there are: 1 approx 265 calories in 1 slightly larger (4 oz or 114g) leg including the skin. <P> Ingredient specific calorie information from our recipes: 1 Calories In Baked Chicken Leg Quarters w/Roasted Potatoes. 2 395 calories, 19g fat, 37g carbs, 20g protein, 5g fiber. 3 Calories In Honey Sesame Baked Chicken leg quarters. 4 316 calories, 13g fat, 18g carbs, 31g protein, 0g fiber.
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Estimated 414.
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Pros and Cons of Capitalism
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<P> This is considered as one of the greatest advantages of capitalism. In a decentralized economy, individuals are open to more number of options in business. They are exposed to competition and have to face different challenges and find solutions to them to stay in competition. <P> The Pros and Cons of Socialism Recently, there has been a lot of controversy concerning socialism that included a lot of misconceptions by all sides. So, I would like to clarify what is socialism, as well as the pros and cons of socialism. First, the definition of socialism is fairly wide and open for interpretation. <P> The Pros And Cons of Capitalism. I thought I'd do a post on the pros and cons of capitalism. I think it is pretty apparent that capitalism is the best social system in existence and the only one that follows good moral values, such as individual freedom. The Pros of Capitalism. The Cons of Capitalism. There really isn't any cons for <P> Capitalism is defined as an economic system that is based on private ownership of capital. In a capitalist economy, the means of production are owned by individuals and the market functioning determines the production and pricing of goods and services. <P> The Pros of Capitalism and Socialism. The pros and cons of capitalism versus socialism have been debated for hundreds of years and there is a lot of misinformation out there. Capitalism increases the opportunities in the marketplace for personal economic growth. <P> The Pros and Cons of Capitalism Even though capitalism is the clear winner when in competition with other types of economies, capitalism has major disadvantages that are often overlooked. So, I think it would be a good idea to review both the advantages and disadvantages of capitalism. The Advantages of Capitalism Free Competition: Just by allowing any person or company to compete with any other person or company is a major freedom that should not be unnoticed.
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Capitalism is the clear winner when in competition with other types of economies.Capitalism has major disadvantages that are often overlooked.
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how long is marijuana detectable in urine
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<P> Firstly, you should be aware that marijuana will usually be detected in a urine test for 3-60 days after your last joint, but it can be up to 90 days. If you use a Total Critical Cleaning Package, you can get great results in just a couple of hours. <P> A urine drug test can detect marijuana as soon as 2 to 5 hours after use. However, the bigger question is how long will it still be detected with a THC urine drug test. The length of time marijuana is detected in urine depends on the amount used, frequency of use and the user's weight and body fat. <P> Confidence votes 821. THC is non-existent in urine, when screening for urine it is only the metabolites and byproducts of the drug that are tested for. For a frequent user, the substance may stay in the system up to 40 days after abstaining from use of cannabis or cannabis containing substances. <P> How long is THC detectable in urine? If you are a chronic marijuana user, THC can be detected in your system using a urine test for up to 12 weeks depending on the quantity as well as frequency of use. Note that if you just used marijuana once and stopped, you can still test positive to a drug test.
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12 weeks
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where is the expiration date on a graco car seat
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<P> This video demonstrates how to locate the expiration date on your Graco Infant Car Seat. 1 Howto & Style. <P> The date is supposed to be imprinted on the car seat itself and is on average SIX YEARS from the date of manufacture. So if yours had been sitting on the shelf for a year at the time you purchased it then you’ve got even less use time out of it. In my opinion, those reasons do NOT support a blanket expiration date for ALL car seats. It supports investigating each point and seeing if your car seat would fall into one of those categories and therefore need to be replaced. <P> All current Graco car seats and high back boosters have been tested to this standard. 2X Car Seat Standard – Graco has developed a structural test for all of our car seats that simulates a collision with twice the force of current federal standards for testing car seats. 1 Children should ride rear-facing in a car seat up to two years old. 2 Children should sit in a booster seat until they are 4’9”. 3 For more information on the new recommendations, visit www.AAP.org. <P> answers from Buffalo on. i would say that if the car seat has the expiration date then so does the base that goes with it. i know in NY state the troopers have incredible knowledge about car safety guidelines so it wouldnt be a bad idea to check with them or your local sheriffs. good luck. Hi there-I work with Graco, and yes, the car seat base expires the same time as the seat. It should also be on the bottom of the base either punched into the plastic or on a white sticker. Let me know if you have trouble finding it. Hope that helps! <P> Do carseat bases have an expiration date? I got a Graco SnugRide and 2 carseat bases second-hand, and I just noticed that the carseat itself has a Dec 2009 expiration-but I DON'T see any expiry for the bases. Hi there-I work with Graco, and yes, the car seat base expires the same time as the seat. It should also be on the bottom of the base either punched into the plastic or on a white sticker. Let me know if you have trouble finding it. Hope that helps! <P> Most infant car seats are the same. You can also find the expiration date molded in the car seat or printed on the shell, along with labels listing contact information and other necessary safety information. Every car seat is different, so always read the user guide to find out the seat’s expiration date and other important information. Most car seats last between five to nine years after they were manufactured (not necessarily after they were bought); that’s why it is important to check the user guide. <P> Graco stamps an expiration date into the bottom of each car seat so you know when it is time to replace it. Expiration dates can range anywhere from six to ten years or more depending on the car seat – so it’s important to check your particular seat. Used or expired car seats can be dangerous, especially if you don’t know the car seat’s history. For more information on how to find the age of your car seat, click here. 1 Children should ride rear-facing in a car seat up to two years old. 2 Children should sit in a booster seat until they are 4’9”. 3 For more information on the new recommendations, visit www.AAP.org. <P> (Earlier recalls may be viewed by using the options available on the Child Seat Recalls Search page.) Manufacturers of newer child seats provide “expiration” dates for their seats that typically range from six to eight years from the date it was manufactured. Expiration dates are a way for manufacturers to provide consumers with guidance as to the expected “useful” life of their car seat. To verify the age and expiration date look for the date of manufacture and the expiration date on the child seat or contact the child seat manufacturer for more detailed information. <P> The type of materials used in a car seat effect the expiration date and how the seat will perform in a crash or wear over time. Depending on the type, the design, the kind of installation, and the materials used to make the car seat all affect how long the seat will last and how safe it is in a crash. Every car seat is different, so always read the user guide to find out the seat’s expiration date and other important information. Most car seats last between five to nine years after they were manufactured (not necessarily after they were bought); that’s why it is important to check the user guide.
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An expiration date into the bottom of each car seat.
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how long does money have to stay in my account to earn interest
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<P> 1 You open a savings account at the bank. 2 The bank pays you interest on the money that you deposit and leave in that account. 3 The bank then loans that money out to other people, only they charge a slightly higher interest rate on the loan than what they pay you for your account. <P> Compound Interest Basics. Imagine $10,000 in an account that yields 8 percent per year and compounds once per year. At the end of the first year, you'd have $10,800. If the account didn't compound, you'd get another $800 at the end of the second year for a total of $11,600. <P> And that new total will then earn 6% the following year -- $6.74, another increase. As long as you leave the money in there, it will keep earning more. If you left that same $100 in a 6% interest account for 40 years, you d have $1,028, and your annual interest earnings would be more than $50 per year. The Rule of 72. One simple way to see the power of compound interest is through the rule of 72. <P> It's compound interest, which is what happens when you earn interest on your money and on the interest that it's already earned. While some investments have compounding built in, others don't automatically do it. Imagine $10,000 in an account that yields 8 percent per year and compounds once per year. <P> EE Bonds issued in May 2005 and after earn interest for up to 30 years. They earn a fixed rate of interest. For the first 20 years, EE bonds earn the same fixed rate that was set when the bond was issued. <P> Let's look again at that $100 in an account earning 6% interest. The $106 you have after the first year would earn 6% again the next year -- $6.36, or a 36 cent increase. After you add that to the total, you would have $112.36. <P> A Money Market Account is a type of savings account that usually earns a higher amount of interest than a basic savings account. The minimum balance for this account is often considerably higher than the minimum balance of a basic savings account. They can range from $500-$50,000.
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A year.
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How long does it take for a broken shoulder blade to heal?
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<P> A scapular fracture is a fracture of the scapula, the shoulder blade. The scapula is sturdy and located in a protected place, so it rarely breaks. When it does, it is an indication that the individual was subjected to a considerable amount of force and that severe chest trauma may be present. <P> Dalia Mosseri. It takes about 6-8 weeks to heal, depending on the type of injury sustained. (Keep the finger as still as you can !!!!) When broken place the hand in ice cold water for … about 5 min.s then take it and wrap the whole hand in a soft wrap (anything that is a soft colth) . <P> · just now. Report Abuse. depends on your age and metabolism, but I'd say give it at least 6 weeks immobilized and then have some more xrays/mri to see how it is healing. The tendon contusion (bruise) will be healed long before the immobilization is removed from the shoulder. While immobilized do not do any exercises with that arm/shoulder, or neck. Once released be sure to do proper therapy in order to get the shoulder and associated muscles groups back in shape. ck · 6 years ago. <P> A broken collarbone, or fractured clavicle, is a common injury. It usually happens after a fall or a blow to the shoulder. It takes about six to eight weeks to heal in adults, and three to six weeks in children. The collarbone, or clavicle, is a long slender bone that runs from the breastbone to each of the shoulders. However, it will take at least the same period again to restore full strength to your shoulder. While the fracture heals, a lump may develop along the collarbone. This is normal and often improves over the following months. Occasionally, the fracture doesn't heal (non-union) and you may need to have surgery. <P> A broken shoulder is most commonly a fractured humerus. A fracture is the medical term for a broken bone. The humerus is your upper arm bone between your shoulder and elbow. When your humerus is fractured near or at the ball of your shoulder joint, it is commonly known as a broken shoulder. Your humerus can be broken in many places and the fracture is normally described by its location eg a fractured neck of humerus. Please Note: fractured is the medical term for a broken bone. General Advice for Broken Shoulder. After a broken shoulder you will have dramatic bruising down your arm as far as the elbow. This is normal. The bruising will take many days to disappear. This is a common injury in older patients. <P> Doctors or physical therapists will provide guidelines for rest and flexibility exercises. While a broken shoulder may take as long as 12 weeks to heal, according to the University of Buffalo Sports Medicine group, the advantage of this rest period is pain relief rather than additional bone stress. <P> In adults, it usually takes about six to eight weeks for a broken collarbone to heal, although it can take longer. In children, it usually takes about three to six weeks to heal. However, it will take at least the same period again to restore full strength to your shoulder. While the fracture heals, a lump may develop along the collarbone. This is normal and often improves over the following months. Occasionally, the fracture doesn't heal (non-union) and you may need to have surgery. <P> Broken Shoulder Blade Overview. The scapula or shoulder blade is a bony structure found on the upper back that connects the upper arm to the chest wall (thorax). It also forms the socket part of the shoulder joint connecting the upper arm (humerus) to the socket (glenoid). 1 A heavy force is usually required to break a shoulder blade; therefore, the health care professional will explore other injuries when a patient has a broken shoulder blade. 2 Fractures (breaks) have been reported at the many areas of bone that comprise the scapula. <P> Untreated, such a fracture can lead to chronic pain or disability. Most shoulder blade fractures can be treated with a sling, which holds the arm in place long enough for the fracture to heal. Such fractures typically heal within six weeks.
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It takes six to eight weeks to heal in adults, and three to six weeks in children.
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per diem rates internal revenue service
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<P> 1 Current IRS Per Diem Rates can be found in Internal Revenue Service Publication 1542 at www/irs.gov/pub/irs-pdf/p1542.pdf or at the U.S. <P> The Internal Revenue Service has set the special per diem rates starting Oct. 1, 2015, which taxpayers can use to substantiate the amount of expenses for lodging, meals, and incidental expenses when traveling away from home. <P> According to the Internal Revenue Service, a per diem allowance that is within the rates set in IRS publication 1542 and accounted for through an expense report does not need to be reported anywhere on employee taxes. <P> internal revenue service updates 2015 16 per diem rates the internal revenue service issued its annual updates of per diem rates for use in substantiating certain business expenses taxpayers incur when traveling away from home on or after oct 1 <P> By Michael Cohn. The Internal Revenue Service has announced the new 2014-2015 per diem rates that taxpayers can use, starting October 1, to substantiate their expenses for lodging, meals and incidental expenses when traveling away from home. Get access to this article and thousands more... <P> internal revenue service updates 2014 2015 per diem rates the internal revenue service issued its annual updates of per diem rates for use in substantiating certain business expenses taxpayers incur when traveling away from home on or after oct 1 <P> irs updates special per diem rates for 2013 2014 the internal revenue service issued its annual updates of special per diem rates for use in substantiating certain business expenses taxpayers incur when traveling away from home on or after oct 1
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Starting Oct. 1, 2015, which taxpayers can use to substantiate the amount of expenses for lodging, meals, and incidental expenses when traveling away from home.
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what is crimean
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<P> Crimean-Congo hemorrhagic fever (CCHF) is caused by infection with a tick-borne virus (Nairovirus) in the family Bunyaviridae. The disease was first characterized in the Crimea in 1944 and given the name Crimean hemorrhagic fever. It was then later recognized in 1969 as the cause of illness in the Congo, thus resulting in the current name of the disease. <P> The Crimean War (October 1853 – February 1856), also known in Russian historiography as the Eastern War of 1853–1856 (Russian: восточная война, Vostochnaya Voina), was a conflict in which Russia lost to an alliance of France, the United Kingdom, the Ottoman Empire, and Sardinia. Through nationalist movements incited by the war, the present-day states of Ukraine, Moldova, Bulgaria, Romania, Greece, Turkey, Azerbaijan, Armenia, Georgia, and regions such as Crimea and the Caucasus all changed in small or large ways due to this conflict. <P> The peninsula of Crimea in southern Ukraine is at the centre of what is being seen as the biggest crisis between Russia and the West since the Cold War. Russia has been the dominant power in Crimea for most of the past 200 years, since it annexed the region in 1783. But it was transferred by Moscow to Ukraine-then part of the Soviet Union-in 1954. Some ethnic Russians see that as a historical wrong. <P> The Crimean war was fought for the sake of Europe rather than for the Eastern question; it was fought against Russia, not in favor of Turkey.... Through nationalist movements incited by the war, the present-day states of Ukraine, Moldova, Bulgaria, Romania, Greece, Turkey, Azerbaijan, Armenia, Georgia, and regions such as Crimea and the Caucasus all changed in small or large ways due to this conflict. <P> Crimea is a centre of pro-Russian sentiment, which can spill into separatism. The region-a peninsula on Ukraine's Black Sea coast-has 2.3 million people, a majority of whom identify themselves as ethnic Russians and speak Russian. Russia has been the dominant power in Crimea for most of the past 200 years, since it annexed the region in 1783. But it was transferred by Moscow to Ukraine-then part of the Soviet Union-in 1954. Some ethnic Russians see that as a historical wrong. <P> 1. Crimea-a Ukrainian peninsula between the Black Sea and the Sea of Azov. Crimean War-a war in Crimea between Russia and a group of nations including England and France and Turkey and Sardinia; 1853-1856. Sebastopol, Sevastopol-a city in southern Ukraine on the Black Sea. Yalta-a resort city in Crimea in the southern Ukraine on the Black Sea; site of the Allied conference between Roosevelt, Stalin, and Churchill in February 1945. <P> Cri·me·a. A region and peninsula of southern Ukraine on the Black Sea and Sea of Azov. In ancient times it was colonized by Greeks and Romans and later overrun by Ostrogoths, Huns, and Mongols. Conquered by the Ottoman Turks in 1475, the area was annexed by Russia in 1783. <P> The Republic of Crimea, officially part of Ukraine, lies on a peninsula stretching out from the south of Ukraine between the Black Sea and the Sea of Azov. It is separated from Russia to the east by the narrow Kerch Strait. Crimea was annexed by the Russian Empire during the reign of Catherine The Great in 1783 and remained part of Russia until 1954, when it was transferred to Ukraine under the then Soviet leader Nikita Khrushchev. <P> After the Russian Revolution of 1917, Crimea became a republic within the Russian Soviet Federative Socialist Republic in the USSR. In World War Two it was downgraded to the Crimean Oblast, and in 1954, the Crimean Oblast was transferred to the Ukrainian Soviet Socialist Republic. The Italian form Crimea (and Crimean peninsula) also becomes current during the 18th century, gradually replacing the classical name of Tauric peninsula in the course of the 19th century. The omission of the definite article in English (Crimea rather than the Crimea) becomes common during the later 20 <P> Now known as Autonomous Republic of Crimea, the picturesque peninsula shooting out into Black Sea from mainland Ukraine was for centuries colonized and conquered by historic empires and nomadic tribes. Greeks, Scythians, Byzantians and the Genoese have all left traces of their presence in Crimean archeological sites and placenames. The Russian Empire annexed the territory of Crimea in the last quarter of the 18th century, after a number of bloody wars with the Ottoman Empire.
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The Crimean War is known in Russian historiography as the Eastern War of 1853–1856 it was a conflict in which Russia lost to an alliance of France.
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how are sponges made
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<P> The scouring pad, which is cut to the same size as the sponge, is affixed to the sponge in a laminating machine that uses a specialized sponge glue made of moisture-cured polyurethane. Next, the sponges move to a packaging area where they are sealed in plastic. A rough sponge used for washing a car, for instance, is made with coarse crystals, while a fine sponge of the type used for applying makeup is made with very fine crystals. As the celluolose mix cooks, then cools, it becomes a hard, porous block. <P> Their bodies consist of skeletons made of a soft material called spongin, and a leathery skin broken by pores. The sponge eats by pumping seawater in through its pores. It filters microscopic plants from the water, and expels the excess water through one or more large holes called oscula. 1 A rough sponge used for washing a car, for instance, is made with coarse crystals, while a fine sponge of the type used for applying makeup is made with very fine crystals. 2 As the celluolose mix cooks, then cools, it becomes a hard, porous block. 3 The sponge block is then soaked in a vat of bleach. <P> The size of the crystals determines the size of the pores and the eventual use of the sponge. Large pores are used to make big sponges for washing cars, walls, and floors, while finely perforated material can be sold for beauty and art applications. The material, a hard block, next must be softened and cleaned. The sheets, hemp fiber and sodium sulphate crystals, are then placed in large rotating containers to blend the ingredients. When the mixture is thoroughly mixed in the rotating vats, it is poured into a mold and heated. The heat melts the sodium sulphate crystals, which flow to the bottom, where the liquid is removed. <P> A sponge is a member of the phylum Porifera. It is a simple animal with many cells, but no mouth, muscles, heart or brain. It is sessile: it cannot move from place to place the way most other animals can. A sponge is an animal that grows in one spot like most plants do. Nevertheless, sponges are quite successful. <P> Most sponges are just like sacs with perforated with pores. The cells in a sponge don't form individual organs. A sponge's structure consists of spicules. The sheets, hemp fiber and sodium sulphate crystals, are then placed in large rotating containers to blend the ingredients. When the mixture is thoroughly mixed in the rotating vats, it is poured into a mold and heated. The heat melts the sodium sulphate crystals, which flow to the bottom, where the liquid is removed. <P> 1 Whether at the first manufacturing facility or at the converter, workers cut the sponges on an automatic cutter. 2 They load each big rectangle of sponge into a machine that slices it into the desired size. 3 Because the sponge block is rectangular, it can be cut into many smaller rectangles with little or no waste. 1 A rough sponge used for washing a car, for instance, is made with coarse crystals, while a fine sponge of the type used for applying makeup is made with very fine crystals. 2 As the celluolose mix cooks, then cools, it becomes a hard, porous block. 3 The sponge block is then soaked in a vat of bleach. <P> The cellulose used for sponges arrives at the sponge factory in large, stiff sheets. Workers take the sheets and soak them in a vat of water mixed with certain chemical softeners. The cellulose becomes soft and jelly-like. Then workers load the cellulose into a revolving mixer, which is a large rotating metal drum. A rough sponge used for washing a car, for instance, is made with coarse crystals, while a fine sponge of the type used for applying makeup is made with very fine crystals. As the celluolose mix cooks, then cools, it becomes a hard, porous block. <P> So let's start by identifying the four main types of sponges: cellulose, melamine, animal, and loofa. Cellulose : Sheets of cellulose fiber are soaked in chemicals to render them pliable and soft. The sheets, hemp fiber and sodium sulphate crystals, are then placed in large rotating containers to blend the ingredients. When the mixture is thoroughly mixed in the rotating vats, it is poured into a mold and heated. The heat melts the sodium sulphate crystals, which flow to the bottom, where the liquid is removed. <P> A sponge is a tool or cleaning aid consisting of porous material. Sponges are usually used for cleaning impervious surfaces. They are especially good at absorbing water and water-based solutions. Sponges are commonly made from cellulose wood fibers or foamed plastic polymers. <P> Sponges are animals of the phylum Porifera (/pɒˈrɪfərə/ ; meaning pore bearer). They are multicellular organisms that have bodies full of pores and channels allowing water to circulate through them, consisting of jelly-like mesohyl sandwiched between two thin layers of cells. Many sponges have internal skeletons of spongin and/or spicules of calcium carbonate or silicon dioxide. All sponges are sessile aquatic animals. Although there are freshwater species, the great majority are marine (salt water) species, ranging from tidal zones to depths exceeding 8,800 m (5.5 mi).
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Cellulose wood fibers or foamed plastic polymers
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similarities between protists and bacteria
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<P> Similarities between bacteria and protists: They share a common, ancient ancestor. They both have a cell membrane made of phospholipids. They are also unicellular. Differences between bacteria and protists: The structure of the ribosome differs between these two. Some antibiotics are used to kill bacteria by making use of the differences in the structure of the ribosome. They also belong to different kingdoms. Similarities between fungi and protists: They are both eukaryotic, have a cell membrane and a nucleus. Differences between fungi and protists: Again, fungi are multicellular and protists are <P> Bacteria and protists share striking similarities in various biochemical processes that are also very similar to those in all other lifeforms. The process that bacteria and protists use to break down glucose is called glycolysis. Although there are some variations, glycolysis takes place in nearly all known organisms. Again, protists and bacteria share these similarities with all other known forms of life. The structure of the ribosome differs somewhat between bacteria and eukaryotes like the protists. This difference is an important one, too, because some antibiotics kill bacteria by making use of differences between bacterial and eukaryotic ribosome <P> However, bacteria reproduce by binary fission, whereas viruses reproduce by replication. While bacteria, viruses and protists are similar in that they both cause diseases, bacteria and protists can have some helpful effects. Please read: http://www.agu.edu.bh/elun/newsletter-Ap... Although both bacteria and viruses are similar in their small shape, bacteria consist of one cell, while viruses are not considered cells, and protists may be unicellular (one celled) or multicellular. Both bacteria and viruses reproduce asexually, protists both asexually and sexually. <P> Bacteria are prokaryotic while protists are eukaryotic. Bacteria DNA is not contained within a nucleus, and it is circular, whereas in eukaryotes the DNA is found in compa … ct chromosomes. Prokaryotes (like bacteria) also lack organelles such as mitochondria, endoplasmic reticulum, etc. Making the world better, one answer at a time. All three, viruses, protists, and bacteria, reproduce asexually. However, bacteria replicates through binary fission, while viruses reproduce through replication. Protists are also capable of reproducing sexually. <P> Bacteria, viruses and protists can be compared and contrasted according to their structure, reproduction and effects. Although both bacteria and viruses are similar in their small shape, bacteria consist of one cell, while viruses are not considered cells, and protists may be unicellular (one celled) or multicellular. Both bacteria and viruses reproduce asexually, protists both asexually and sexually. However, bacteria reproduce by binary fission, whereas viruses reproduce by replication. While bacteria, viruses and protists are similar in that they both cause diseases, bacteria and protists can have some helpful effects. <P> Bacteria. The Bacteria are considered as unicellular prokaryotic organisms. Unlike eukaryotes, bacteria cells lack an organized nucleus, mitochondria, chloroplasts and other membrane bounded organelles. Bacterial cell has only a circular DNA, which does not associate with histone protein. Bacteria do not show sexual reproduction methods. Protists vs Bacteria. According to common biological classification, protists are classified under Kingdom Protista, while Bacteria are classified under Kingdom Monera. Unlike the cells of other organisms (plants and animals), protists and bacteria cells have very low level of cell differentiation. <P> Protists and bacteria belong to different domains of life, the eukaryotes and the prokaryotes, sundered by long eons of evolution. Nonetheless, like all forms of life on Earth, they share a common ancestor, and thus there are a number of intriguing similarities. Again, protists and bacteria share these similarities with all other known forms of life. The structure of the ribosome differs somewhat between bacteria and eukaryotes like the protists. This difference is an important one, too, because some antibiotics kill bacteria by making use of differences between bacterial and eukaryotic ribosom <P> Best Answer: Protist are eukaryotic, meaning they have a nucleus and membrane bound DNA complexes. Bacteria are prokaryotes without membrane bound DNA complexes or organelles. Bacteria carry their DNA in one long strand within the cells cytoplasm. They are each actually in different kingdoms the highest form of classification. Protista and Monera (bacteria's kingdom). Other kingdoms are Plant, Animal, and Fungi. <P> Bacteria are prokaryotic while protists are eukaryotic. Bacteria DNA is not contained within a nucleus, and it is circular, whereas in eukaryotes the DNA is found in compa … ct chromosomes. Prokaryotes (like bacteria) also lack organelles such as mitochondria, endoplasmic reticulum, etc.
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They share a common, ancient ancestor. They both have a cell membrane made of phospholipids. They are also unicellular.
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how many gallons of water does a golf course use
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<P> From 2003-2005, the average total water use for golf course irrigation in the U.S. was estimated to be 2,312,701 acre-feet of water per year. Using water use data nationally, an 18-hole golf course uses an average of 152.5 acre-feet of water per year to irrigate 80.7 acres of turfgrass. <P> And a golf course is a selfish creature. There are now approximately 16,000 courses in the United States — about half the total in all the world — and if you laid them out together, they would be as large as Delaware. And that Delaware of golf courses uses water, lots of it. They call them greens for a reason, don't they? Audubon International estimates that the average American course uses 312,000 gallons per day. In a place like Palm Springs, where 57 golf courses challenge the desert, each course eats up a million gallons a day. That is, each course each day in Palm Springs consumes as much water as an American family of four uses in four years. Now, granted, it's easy to pick on golf. <P> 5/21/2014, pg. A4) A graphic incorrectly described how much 1 million gallons of water is relative to a swimming pool. One million gallons of water would fill about 11/2 Olympic swimming pools (which hold 660,000 gallons). Like the overwhelming majority of California's 1,100 courses, DeLaveaga does not use recycled water. As of 2009, only 14 percent of the total water used on golf courses had been reclaimed, according to the California Alliance for Golf. <P> Northern California golf courses like DeLaveaga use about 140,000 gallons of water per day, according to the Golf Course Superintendents Association of America. That's roughly the same amount of water a family of four uses in a year.Advertisement But now golf courses across the state are being forced by water districts to cut water use by as much as 50 percent. Like the overwhelming majority of California's 1,100 courses, DeLaveaga does not use recycled water. As of 2009, only 14 percent of the total water used on golf courses had been reclaimed, according to the California Alliance for Golf. <P> According to the Environmental Protection Agency, “[T]he average American family of four uses 400 gallons of water per day.” The average golf course uses 312,000 gallons of water, according to Audobon International, meaning each one uses as much water as 780 families of four. California is second only to Florida in the number of golf courses it has: 921. Together, those courses use as much water as 2.8 million people, or about 7 percent of the state's population. <P> A single golf course in CVWD boundaries uses an average of about 300 million gallons of water annually — about three times the amount typically used at a coastal course in Southern California and more than double what inland courses consume, officials said. The approximately 202,000 residents used more than 330 gallons of water per person per day during the month of October — more than triple the amount LADWP residents used. About a third of CVWD's water goes to urban and domestic use, Engel said. Golf courses use 17%, she said. <P> Water audits performed across the country suggest that many golf courses use 20% to 50% more irrigation water than necessary. Reducing this overuse can save many golf courses 50,000 to 500,000 gallons per year (190 to 1,893 m3), or more. Specific savings are highly dependent on climate and pre-existing equipment. A professional water audit is required to reasonably estimate water savings potential at any given golf course. All these issues can lead to excessive water use, especially where the golf course is located in regions with arid climates. Turf requires an average of 25 to 60 inches (63.5 cm to 152.4 cm) of water annually, depending on climate, to maintain a healthy appearance. <P> A typical golf course requires 100,000 to 1,000,000 gallons (378.5 m3 to 3,785 m3) of water per week in summer to maintain healthy vegetation. Improving the water efficiency usually requires proper scheduling of the irrigation and improving irrigation uniformity. All these issues can lead to excessive water use, especially where the golf course is located in regions with arid climates. Turf requires an average of 25 to 60 inches (63.5 cm to 152.4 cm) of water annually, depending on climate, to maintain a healthy appearance. <P> And an RGJ story earlier this year reported that the Martis Camp golf course in Truckee uses 45 to 50 million gallons a year. In all four of these real-world examples, fracking in California used more water than the golf courses in a year. California, though, is atypical — fracking there uses small amounts of water. Reheis-Boyd compared all of California's fracking water usage last year to that used annually by a golf course.. She didn't say where or how much water. A 2013 factsheet by her group says: 353,000 gallons — amount of water needed to irrigate a golf course in a single day.. <P> Amount of water used by one golf course in Thailand, on average, per day: 6,500 cubic meters. Area that could be covered to a depth of 2 feet with water drawn from the Colorado River by the city of Las Vegas, which uses much of that allotment to water its more than 60 golf courses: 150,000 acres. MISCELLANEOUS.
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100,000 to 1,000,000 gallons of water per week.
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what is word processing software definition
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<P> Word Processing. Word processing software is used to manipulate a text document, such as a resume or a report. You typically enter text by typing and the software provides tools for copying, deleting and various types of formatting. Some of the functions of word processing software include: 1 Creating, editing, saving and printing documents. 2 Copying, pasting, moving and deleting text within a document. 3 Formatting text, such as font type, bolding, underlining or italicizing. 4 Creating and editing tables <P> LINK / CITE ADD TO WORD LIST. noun. Word processing software is defined as a computer program that lets you type words or text which shows up in a virtual document on your computer screen which can, in turn, be printed or sent electronically. Microsoft Word is an example of word processing software. 1 Link/Cite. 2 word processing. 3 word-processing. <P> Microsoft Word is the most widely used word processing software according to a user tracking system built into the software. Microsoft estimates that roughly half a billion people use the Microsoft Office suite, which includes Word. Word processing was one of the earliest applications for the personal computer in office productivity and was the most popular application on home and personal computers until the World Wide Web rose to prominence in the mid-1990s. <P> Using a computer to create, edit, and print documents. Of all computer applications, word processing is the most common. To perform word processing, you need a computer, a special program called a word processor, and a printer. <P> WORD PROCESSING SOFTWARE DEFINITION (continued): text that can be read on a computer with the appropriate program but without the need for decryption is considered cleartext.The terms cleartext and plaintext are sometimes confused. <P> A word processor is an electronic device or computer software application, that performs the task of composition, editing, formatting, and sometimes printing of documents. Word processing was one of the earliest applications for the personal computer in office productivity and was the most popular application on home and personal computers until the World Wide Web rose to prominence in the mid-1990s. <P> Word processing software typically also contains features to make it easier for you to perform repetitive tasks. For example, let's say you need to send a letter to all your customers regarding a new policy. The letter is the same for all customers except for the name and address at the top of the letter. Some of the functions of word processing software include: 1 Creating, editing, saving and printing documents. 2 Copying, pasting, moving and deleting text within a document. 3 Formatting text, such as font type, bolding, underlining or italicizing. 4 Creating and editing tables <P> Word processor. Sometimes abbreviated as WP, a word processor is a software program capable of creating, storing, and printing documents. Users using word processors can create a document and make any changes anywhere in the document. You are here: Dictionary W-Definitions <P> The word processor was a stand-alone office machine in the 1960s, combining the keyboard text-entry and printing functions of an electric typewriter, with a recording unit, either tape or floppy disk (as used by the Wang machine) with a simple dedicated computer processor for the editing of text. Word processing was one of the earliest applications for the personal computer in office productivity and was the most popular application on home and personal computers until the World Wide Web rose to prominence in the mid-1990s.
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A word processor is an electronic device or computer software application, that performs the task of composition, editing, formatting, and sometimes printing of documents.
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what are harmful microorganisms
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<P> Harmful microorganisms. Harmful microorganisms can spoil our food, leather, clothing etc. One another harmful effect of microorganisms is that they cause diseases in plants, animals and even human beings. Harmful microorganisms which cause disease are called as infectious agents. These are harmful in nature and are also called as pathogens. 1) Pathogens can mostly cause communicable diseases. <P> Micro-organisms Micro-organisms (or microbes) are literally microscopic organisms, which can only be seen properly with the aid of a microscope. These include bacteria, microscopic fungi (moulds) and protoctists. <P> Microorganisms that cause illnesses also affect water quality. Bacteria are single-celled organisms that cannot be seen with the human eye except through a microscope. Some kinds of bacteria are the most dangerous microorganisms. <P> Microorganisms, like certain bacteria and yeasts, living on the human skin or in the nose, mouth, throat, small and large intestine and vagina, are part of the normal human flora; they prevent overgrowth of harmful microorganisms. Some of these microbes, when overgrow, may become pathogenic, though. <P> The beneficial microorganisms. Microorganisms are microscopic, living, single-celled organisms such as bacteria. Ubiquitous throughout the world, microorganisms play a vital role in supporting and maintaining nature and life. Although some bacteria are harmful, the vast majority are not harmful, but in fact beneficial.
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bacteria and yeasts.
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what causes cortical thickening
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<P> Note areas of cortical thickening and sclerosis with irregular shaping of the trabeculae (arrows). (Enlarge Image). Radiographs of the left (top pair) and right (bottom pair) tibia, fibula, and knee, showing severe cortical thickening and coarse trabeculae (arrows). [ CLOSE WINDOW ]. Radiographs of the left (top pair) and right (bottom pair) tibia, fibula, and knee, showing severe cortical thickening and coarse trabeculae (arrows). [ CLOSE WINDOW ]. Figure 5. Shoulder radiograph with calcific tendonitis of the right shoulder (arrow). <P> Running is the most common cause of fatigue fractures in the tibia. These fractures tend to occur in the middle to distal tibial diaphysis in long-distance runners, although more proximal involvement is seen in children and short-distance runners. Smooth periosteal and endosteal cortical thickening may be seen. Stress fracture occurs at all ages, and there is no sex predilection. The location is diaphyseal in the tibia, and the epicenter is eccentric. The appearance consists of smooth cortical thickening, sometimes associated with lucent foci. <P> A periosteal reaction can result from a large number of causes, including injury and chronic irritation due to a medical condition such as hypertrophic osteopathy, bone healing in response to fracture, chronic stress injuries, subperiosteal hematomas, osteomyelitis, and cancer of the bone. <P> The tibia and fibula are the most common locations. The epicenter is cortical. The appearance consists of diffuse, mature cortical thickening. Severe venous insufficiency or venous ectasia can result in tibial or fibular cortical thickening secondary to mature periosteal bone formation (Fig 27). Venous stasis is probably the most common cause of diffuse cortical thickening in the tibia. Stress fracture occurs at all ages, and there is no sex predilection. The location is diaphyseal in the tibia, and the epicenter is eccentric. The appearance consists of smooth cortical thickening, sometimes associated with lucent foci. <P> MR imaging is a valuable tool in the diagnosis of these disorders. The purpose of this article was to review the embryologic stages of the cerebral cortex, illustrate the classification of the disorders of cortical formation, and finally describe the main MR imaging features of these disorders. They are caused by interruption of the normal developmental sequences due to a lack of normal gene expression, by production of an abnormal gene, or by interruption of the function of a gene by external causes such as infection or ischemia. There are different classifications of the disorders of cortical formation. <P> Cortical thickening of the second left rib. I got an x-ray on my rib cage due to being hit in the ribs. Here is what the radiologist said, can anyone explain this to me. No acute fracture is seen. The axillary left second rib demonstrates cortical thickening and a bulbous shape most likely developmental in origin. Focal deformity of the left second rib likely developmental and of chronic etiology. Negative for fracture or acute osseous abnormality <P> Common causes of Epilepsy. The illustration summarizes the most common causes of seizures in patients with medically uncontrollable epilepsy. Some of these lesions are readily identifiable. Meso temporal sclerosis and focal cortical dysplasia are the most common causes and can only be depicted with a dedicated protocol. The table also summarizes epileptogenic lesions that are detected in patients with uncontrollable seizures. Mesial temporal sclerosis is the most common cause of intractable e <P> In 20 patients the local thickening of renal cortex was found, protruding from the surface of the kidney, so-called renal gibbus, constituting the anatomical variation. In eight cases the cortex thickening suggesting the presence of the renal gibbus, proved to be renal tumors. Diagnosing of small asymptomatic tumors, less than 3 cm in diameter, was difficult. They have appearance of protruding cortex thickening distorting the renal outlines. The assessment of renal outlines was an important morphologic factor. Small renal tumors showed anatomical anomalies. Regular tumor shape was rarely seen in larger tumors. <P> There are hundreds of variables to this finding; in a lot of patients, the cortex appears thinned but renal function remains normal and stable. In a larger subset of patients, cortical thinning can result from frequent of chronic inflammation, like glomerulosclerosis or glomerulonephritis. And the underlying causes for those conditions could be a wide variety of things. Report This | Share this:Cortical thinning of left kidneythat is suppose to say renal ultrasound. John-SKPT responded: The renal cortex is the large section of functional tissue that essentially gives the kidney its shape; its the outermost layer, only the renal capsule is more to the edge than the cortex.
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Venous stasis
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explain fluid traction
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<P> 1 Dry friction is subdivided into static friction ( stiction ) between non-moving surfaces, and kinetic friction between moving surfaces. 2 Fluid friction describes the friction between layers of a viscous fluid that are moving relative to each other. Skin friction arises from the friction of the fluid against the skin of the object that is moving through it. Skin friction arises from the interaction between the fluid and the skin of the body, and is directly related to the area of the surface of the body that is in contact with the fluid. <P> In the design of wheeled or tracked vehicles, high traction between wheel and ground is more desirable than low traction, as it allows for higher acceleration (including cornering and braking) without wheel slippage. There seems to be some confusion in this statement about tracked vehicles and traction. A tank or similar tracked vehicle uses tracks to reduce the pressure on the areas of contact. A 70-ton M1A2 would sink to the point of high centering if it used round tires. <P> Vitreomacular Traction. Fluorescein angiogram image in a patient with VMT, showing distortion of the retinal blood vessels and white “clouds” indicating fluid accumulation in areas of traction, especially in the center and upper portion of the image. <P> 1 Skin friction is a component of drag, the force resisting the motion of a fluid across the surface of a body. 2 Internal friction is the force resisting motion between the elements making up a solid material while it undergoes deformation. Skin friction arises from the friction of the fluid against the skin of the object that is moving through it. Skin friction arises from the interaction between the fluid and the skin of the body, and is directly related to the area of the surface of the body that is in contact with the fluid. <P> Traction, or tractive force, is the force used to generate motion between a body and a tangential surface, through the use of dry friction, though the use of shear force of the surface is also commonly used. There seems to be some confusion in this statement about tracked vehicles and traction. A tank or similar tracked vehicle uses tracks to reduce the pressure on the areas of contact. A 70-ton M1A2 would sink to the point of high centering if it used round tires. <P> Traction can also refer to the maximum tractive force between a body and a surface, as limited by available friction; when this is the case, traction is often expressed as the ratio of the maximum tractive force to the normal force and is termed the coefficient of traction (similar to coefficient of friction). There seems to be some confusion in this statement about tracked vehicles and traction. A tank or similar tracked vehicle uses tracks to reduce the pressure on the areas of contact. A 70-ton M1A2 would sink to the point of high centering if it used round tires. <P> Torque, Traction and Wheel Slip. Torque is the twisting force that the engine produces. The torque from the engine is what moves your car. The various gears in the transmission and differential multiply the torque and split it up between the wheels. Quite simply, wheel slip occurs when the force applied to a tire exceeds the traction available to that tire. Force is applied to the tire in two ways: 1 Longitudinally -- Longitudinal force comes from the torque applied to the tire by the engine or by the brakes. <P> Friction is the force resisting the relative motion of solid surfaces, fluid layers, and material elements sliding against each other. There are several types of friction: 1 Dry friction resists relative lateral motion of two solid surfaces in contact. Skin friction arises from the friction of the fluid against the skin of the object that is moving through it. Skin friction arises from the interaction between the fluid and the skin of the body, and is directly related to the area of the surface of the body that is in contact with the fluid. <P> 1 Fluid friction describes the friction between layers of a viscous fluid that are moving relative to each other. 2 Lubricated friction is a case of fluid friction where a lubricant fluid separates two solid surfaces. Skin friction arises from the friction of the fluid against the skin of the object that is moving through it. Skin friction arises from the interaction between the fluid and the skin of the body, and is directly related to the area of the surface of the body that is in contact with the fluid.
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The force used to generate motion between a body and a tangential surface, through the use of dry friction, though the use of shear force of the surface is also commonly used.
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what temperature does oil paint dry best
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<P> In order to dry an oil painting properly you need the following things: 1 A dry, room temperature location. 2 A place where your painting will not be disturbed. 3 Lots of patience. <P> Best Answer: High humidity will definitely slow the drying time of your art. Especially your yellows and blues. Remember oil paints are oxygenated and dry by air and not by heat so don't let anyone tell you that an oven can help dry your painting, cause all it will do is burn your paint. <P> Because oil paints dry through oxidation rather than evaporation, there's no way to speed up the lengthy drying process. Learn about how to properly dry oil paints and the best conditions for it in this video from About.com. <P> Report Abuse. Humidity should not affect your oil painting drying time, since oil doesn't dry by drying but by oxidation. The temperature might affect the drying time slightly, but humidity does not. If you would paint in acrylics or water colors it might have ab affect. <P> Painting under the best weather conditions, at optimum temperatures, and allowing adequate drying time ensures good surface adhesion. Low temperatures and rain. Obviously, paint is not going to stick when it is raining. But, it is best to stop painting at least eight hours before anticipated showers. <P> Recoat time, using latex paints, at 75 degrees Fahrenheit requires a period of four hours. If the temperature drops to 50 degrees, then the recoat time will be extended to six hours. Painting in cold weather using alkyd paints will require even more time, in some instances more than 48 hours before recoating. It is important to note that the surface temperature can vary between different areas on the same structure causing the dry time and proper film formation to vary as well. <P> The majority of alkyd/oil paints, when applied at room temperature, will be dry set-to-touch within six to eight hours and may be recoated within 16 hours. Poor ventilation, low temperatures, thick films and high humidity will increase these times. <P> The 60° F guideline is ideal. The minimum application temperature on the label should be followed carefully. This typically is 50° F. for latex paints. We suggest these points: Do not apply the paint if the air temp. is below the recommended minimum, or is predicted to drop below the minimum for the next 36 hours.
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50° F
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how long does a robin egg take to hatch
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<P> Breeding season lasts from April to July for the American Robin, and its eggs hatch in about fourteen days. European Robins begin their mating season in March, and their e … ggs hatch in roughly the same time frame. Turkey eggs usually take 21 to 28 days to hatch depending on what they are incubated in like an incubator or by a hen. It also depends on how fertile it is and how it is cared … for. It usually takes closer to 28 days. + 158 others found this useful. <P> How long does it take for a turkey egg to hatch? Turkey eggs usually take 21 to 28 days to hatch depending on what they are incubated in like an incubator or by a hen. It also depends on how fertile it is and how it is cared … for. It usually takes closer to 28 days. + 158 others found this useful. How long does it take for angelfish eggs to hatch? Angelfish eggs will hatch in about 60 hours at 80° F-according to http://www.angelsplus.com/Breeding2.htm 3-4 days. <P> Hatching. After 12 to 16 days, the eggs are ready to hatch, usually one each day in the order they were laid. Like most birds, the chicks use an egg tooth---a sharp hook at the end of the beak---to poke a hole in the shell. Laying the Eggs. The female robin lays one small blue egg each day to a total of three to five eggs. She feeds on earthworms in the morning in order to ensure that her body has the energy to handle the physical demands of laying an egg. Until all eggs are laid, she may limit the time she spends sitting on the nest. <P> Preparing the Nest. Before she can lay her eggs, the female robin, with help from her mate, builds a nest from twigs, mud and dried grass. A finished nest is circular and deep enough to safely cradle the eggs and, later, the nestlings. Nest-building takes the robins two to six days. Laying the Eggs. The female robin lays one small blue egg each day to a total of three to five eggs. She feeds on earthworms in the morning in order to ensure that her body has the energy to handle the physical demands of laying an egg. Until all eggs are laid, she may limit the time she spends sitting on the nest. <P> The mother robin must keep the eggs at a healthy temperature to ensure that the embryos develop normally. A robin's body temperature is approximately 104 degrees and is kept steady by the insulating property of feathers. For the eggs to receive body heat more directly, the mother robin develops a brood patch. Laying the Eggs. The female robin lays one small blue egg each day to a total of three to five eggs. She feeds on earthworms in the morning in order to ensure that her body has the energy to handle the physical demands of laying an egg. Until all eggs are laid, she may limit the time she spends sitting on the nest. <P> A. Most robins die their first year. But the lifespan goes up dramatically for the ones that survive that critical time, because they've learned so many important life skills. Of those that survive their first year, most wild robins live to be about 5 or 6. As of February, 2001, the longest-living banded wild robin ever recorded had survived 13 years and 11 months, according to the Bird Banding Laboratory at the Patuxent Wildlife Research Center. <P> That's pretty smart! It means all the babies hatch close to the same time. Mother robins may start incubating their eggs during the evening after the second egg is laid, or after all the eggs are laid. They sit on the eggs for 12 to 14 days. The female usually does all the incubating. Even in good weather, she rarely leaves her eggs for more than 5 to 10 minutes at a time. <P> Fledging occurs 14-16 days after hatching. The nest is a mud cup lined with soft grass and reinforced with grass and twigs. The nest is usually placed in a tree, on a ledge, or on a windowsill. http://www.bird-friends.com/BirdPage.php... So they will hatch 12-14 days after the mother began incubating the eggs, and the babies will be fledging (leaving the nest) about 14-16 days after that. Remember, though, that when they first leave the nest, they will not yet be flying, so you need to be careful of any pets or children that may be in the area <P> The American Robin will see their eggs hatch in about fourteen days, after a mating season that lasts from April until July. The European Robin, a cousin of the American Robin though not as large or brightly colored, has roughly the same incubation period. Their breeding season begins in March. Turkey eggs usually take 21 to 28 days to hatch depending on what they are incubated in like an incubator or by a hen. It also depends on how fertile it is and how it is cared … for. It usually takes closer to 28 days. + 158 others found this useful.
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American Robin will hatch in about fourteen days.
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rubella positive means
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<P> A rubella blood test detects antibodies that are made by the immune system to help kill the rubella virus. These antibodies remain in the bloodstream for years. The presence of certain antibodies means a recent infection, a past infection, or that you have been vaccinated against the disease. <P> A rubella blood test detects antibodies that are made by the immune system to help kill the rubella virus. The test for IgG antibodies is most common and is the test done to see if a woman who is pregnant or planning to get pregnant is immune to rubella. The normal values listed here-called a reference range-are just a guide. <P> Yes | No Thank you! A positive IgG means you are immune-and that is a good thing! If you were NOT immune, you could get rubella if you are exposed to it during pregnancy. (And your doc would also recommend getting an MMR vaccine after this baby is born to protect any future pregnancies). posted 10/02/2012 by jlks83. <P> More than 10 international units per milliliter (IU/mL) IgG antibodies. A positive rubella IgG test result is good—it means that you are immune to rubella and cannot get the infection. <P> Yes, the rubella test (igg) should be positive during pregnancy, which means that you have taken the vaccination prior. Negative result (igg) doesn't mean that you are infecte … d with rubella, however this means that you doesn't have Rubella antibodies in your blood stream. The presence of IgM antibodies means you have a current or recent rubella infection. The presence of IgG antibodies means you have immunity against the <P> Positive: More than 10 international units per milliliter (IU/mL) IgG antibodies. A positive rubella IgG test result is good-it means that you are immune to rubella and cannot get the infection. This is the most common rubella test done. The test for IgG antibodies is most common and is the test done to see if a woman who is pregnant or planning to get pregnant is immune to rubella. The normal values listed here-called a reference range-are just a guide. <P> HAI greater than 1:20, means you have immunity to rubella. Findings for measles antibody: If IgM antibodies are present, it may mean you have an active measles infection. If you have IgG antibodies in your blood but no IgM antibodies, it could mean that you are immune to measles or had the infection previously. Your body makes two rubella antibodies: IgM and IgG. If IgM is found in your blood, you may have had a recent infection. If IgG is present, it could mean that you had a rubella infection in the past or that you had a vaccine. These antibodies mean that you have protection you need. <P> Rubella, also known as German measles or three-day measles, is an infection caused by the rubella virus. This disease is often mild with half of people not realizing that they are sick. A rash may start around two weeks after exposure and last for three days. <P> German Measles (Definition). German measles is also known as Rubella. German measles, also called rubella, is a viral infection that often causes a rash spreading from the face to the rest of the body, as well as fever, headache, and runny nose. Infection during pregnancy can cause severe birth defects or demise of the fetus. ...Read more
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It means that you are immune to rubella and cannot get the infection.
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what was the baroque art movement
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<P> Baroque. Key Dates: 1600-. Baroque Art emerged in Europe around 1600, as an reaction against the intricate and formulaic Mannerist style which dominated the Late Renaissance. Baroque Art is less complex, more realistic and more emotionally affecting than Mannerism. This movement was encouraged by the Catholic Church, the most important patron of the arts at that time, as a return to tradition and spirituality. One of the great periods of art history, Baroque Art was developed by Caravaggio, Annibale Carracci, and Gianlorenzo Bernini, among others. This was also the age of Rubens, Rembrandt, Velazquez, velázquez And. Vermeer in the 18th, Century Baroque art was replaced by the more elegant and Elaborate rococo. style <P> Baroque murals and paintings are often found in churches and cathedrals throughout Italy and the rest of Europe, mostly because the Roman Catholic Church of the 17th century knew that this style of art could be used to promote the church and give an impression of power and authority. The Baroque art movement extended far beyond painting, of course, into architecture, sculpture, and music. Eventually Baroque art and architecture became more ornate and embellished, until Rococo and Neo-classicism replaced it in the 18th century. ★ Help share this post. <P> The Baroque is the catchall term used to describe European art created from about 1600 to 1750. It is broadly accepted today that usage of the term “Baroque” implies dynamism and movement (particularly in architecture and sculpture), and a theatricality dependent on a mastery of space and geometry. <P> STYLE ARTISTS and IMAGES VOCAB. HISTORICAL NOTE. Baroque art falls into the period of Counter-Reformation led by the Catholic church against the Protestants. Much of the Baroque art, especially in Italy, reflects reaction to Mannerism, but also the social turmoil of the time. According to the Council of Trent and the Catholic church artworks should be a clear, intelligible subject realistically interpreted in order to stimulate piety. <P> 1 The later part of the Baroque period is often called the Rococo period. 2 The Roman Catholic Church encouraged the Baroque movement in art and architecture as a response to the Protestant Reformation. 3 The word baroque comes from a similar word in Spanish, Portuguese, and French that means rough pearl. 1 The Roman Catholic Church encouraged the Baroque movement in art and architecture as a response to the Protestant Reformation. 2 <P> The Baroque (US /bəˈroʊk/ or UK /bəˈrɒk/) is often thought of as a period of artistic style that used exaggerated motion and clear, easily interpreted detail to produce drama, tension, exuberance, and grandeur in sculpture, painting, architecture, literature, dance, theater, and music. The aristocracy also saw the dramatic style of Baroque architecture and art as a means of impressing visitors and expressing triumph, power and control. <P> 1 The period between the Renaissance and Baroque periods is sometimes called Mannerism. 2 The later part of the Baroque period is often called the Rococo period. 3 The Roman Catholic Church encouraged the Baroque movement in art and architecture as a response to the Protestant Reformation. 1 The Roman Catholic Church encouraged the Baroque movement in art and architecture as a response to the Protestant Reformation. 2 The word baroque comes from a similar word in Spanish, Portuguese, and French that means rough pearl. <P> Early Baroque artists included Caravaggio, a painter who influenced the Baroque style through his use of chiaroscuro and intense realism, and Annibale Carracci, who was known more for his frescoes than his oil paintings. The Baroque art movement extended far beyond painting, of course, into architecture, sculpture, and music. Eventually Baroque art and architecture became more ornate and embellished, until Rococo and Neo-classicism replaced it in the 18th century. ★ Help share this post.
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Baroque art movement extended far beyond painting, of course, into architecture, sculpture, and music.
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causes of coughing blood
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<P> A number of different respiratory conditions, diseases and disorders can cause coughing blood, many of which are serious, life-threatening situations. However, the source of the blood may be difficult to distinguish in some cases. <P> Causes of Hemoptysis. There are many potential reasons for coughing up blood. Causes for coughing blood include: 1 Bronchitis (acute or chronic), the most common cause of coughing up blood. 2 Hemoptysis due to bronchitis is rarely life-threatening. 3 Bronchiectasis. 4 Lung cancer or non-malignant lung tumors. 5 Use of blood thinners (anticoagulation). 6 Pneumonia. <P> Coughing up blood is the spitting up of blood or bloody mucus from the lungs and throat (respiratory tract). Hemoptysis is the medical term for coughing up blood from the respiratory tract. <P> Causes. Hemoptysis refers to coughing up blood from some part of the lungs (respiratory tract). Blood coming from elsewhere, such as your stomach, can appear to be from the lungs. It's important for your doctor to determine the site of the bleeding, and then determine why you're coughing up blood. <P> Coughing up blood from the respiratory tract is also called hemoptysis. The most common causes of coughing blood are bronchitis, lung cancer, pneumonia, tuberculosis, lung abscess, bronchiectasis (inflammation of the airways), and pulmonary embolism (blockage of the main lung artery).
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Bronchitis, lung cancer, pneumonia, tuberculosis, lung abscess, bronchiectasis and pulmonary embolism.
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how old do you have to be to engage someone
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<P> Up to 15 years in prison. Georgia. Statutory rape to have sexual intercourse with someone under age 16. One to 20 years in prison, but (1) 10 to 20 years if the offender is age 21 or older and (2) up to one year in prison if the victim is age 14 or 15 and the offender is no more than three years older. First-degree rape for someone age 16 or older to have sexual intercourse with someone under age 12. Second-degree rape for someone age 16 or older to have sexual intercourse with someone between age 12 and 16, when the actor is at least two <P> Report Abuse. Well to be engaged, you don't have to be a specific age. You need to be 18 in most states to get married. So if you get engaged at 16 you can be engaged for 2 years and get married at 18. chozengirl1982 · 7 years ago. Ok. I'm in love with this guy who lives in Iceland and i live in Massachusetts, But he doesnt want to be my boyfriend, But he says i love you to me all the time. But i just wanna know how old i have to be to get legally engaged. <P> For example, in New Mexico the legal age of consent is 16 but the minimum age for marriage is 18. Another extreme example of a great difference between age of consent and marriage age is Mississippi, where the age of consent is 16 but both members of a couple must be 21 years old to marry. If you are 17 years old you must apply for the license with both parents (or the person with legal custody). They will need to sign the consent portion of the application. If you are 16 or 15 years old, you must petition the Circuit Court via a “Permission to Marry” form. <P> There are just laws per state on what age you have to be to get married with and without parental consent. However, the one thing you do need to be engaged is a willing partner. Ok. I'm in love with this guy who lives in Iceland and i live in Massachusetts, But he doesnt want to be my boyfriend, But he says i love you to me all the time. But i just wanna know how old i have to be to get legally engaged. <P> You can be engaged at any age but you have to be 18 to get married in the US. There are some states where you can get married earlier with parental permission. Sumeraine · 8 years ago. Ok, I'm not engaged and my boyfriend has kind of been dropping hints. How old can you be legally before you can get engaged. Thanks alot in advance. Bye. <P> Montana. If you are 16 or 17 years old, you must have the consent of both parents unless only one parent has legal custody of you. Both of you, as a couple, will also have to attend at least two counseling sessions that are at least 10 days apart. If you are 17 years old you must apply for the license with both parents (or the person with legal custody). They will need to sign the consent portion of the application. If you are 16 or 15 years old, you must petition the Circuit Court via a “Permission to Marry” form. <P> No. The age of 12 years old is below the age of consent and illegal to enter into a contract of marriage. The age of consent in many states is 16 and in others is 18 at 12 thi … s person is a minor child and can not sign or have a contract. The number of threads engaged can then be calculated from the number of threads … per inch on the bolt. So if you are using a 1/4-20 bolt, meaning it has 1/4 diameter and 20 threads per inch, you should engage the bolt 1/4 into the hole, or 5 threads. <P> Do you think that people who are even only five years older than you are really old? If so, you're likely to see someone who is 60 years older than you as positively fossilized. And that can be problematic if you fall into the all-too-easy trap of assuming that older means outdated, not with it and stuck-in-the-past. <P> 18 3121. Rape to engage in sexual intercourse with a complainant who is less than 13 years of age. Rape to engage in deviate sexual intercourse with a complainant who is less than (1) 13 years of age or (2) 16 years of age and the actor is four or more years older. First-degree rape for someone age 16 or older to have sexual intercourse with someone under age 12. Second-degree rape for someone age 16 or older to have sexual intercourse with someone between age 12 and 16, when the actor is at least two <P> Best Answer: You need to be born. You can get engaged at any time. Actually, I take that back. Some places you can engage your fetuses by signing marriage contracts for unborn children. Ok, I'm not engaged and my boyfriend has kind of been dropping hints. How old can you be legally before you can get engaged. Thanks alot in advance. Bye.
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You should be 18 to get engage.
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install lawn sprinkler system cost
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<P> Bearing in mind these cost factors, the average cost of a professionally-installed lawn irrigation system is $500-$1,000 per zone, or around $2,500 to $5,000 for a typical ½ acre lot. Note, however, that zones are, proportional to the entire system cost, cheaper to install. This means that sprinkler system installation on a 4,000 sq. ft. lawn, for example, isn’t necessary twice as expensive as on a 2,000 sq. ft. lawn. <P> If you're tired of dragging that old lawn sprinkler around every few days, you may want to consider installing your own underground sprinkler system. By doing the job yourself, you can save 30 to 40 percent of the cost of a professional installation, and today's sprinkler components are easier than ever to assemble. <P> 1 $300 per zone for a bare-bones drip system added to a sprinkler installation: Jeremy Walla of Aspen Ridge Lawn and Landscape in Rapid City, SD estimates it could be as low as $300 per zone, since you’d simply be plugging into an existing timer and setup. <P> 1 Prices for underground sprinkler systems vary considerably by region and climate, but for an average 2,500-square-foot (50-x-50-foot) front yard, it's about $1,500-$2,500, while a sprinkler system for 5,000 square feet (front and back yards) costs about $2,500-$3,500. <P> Do you need to know the average cost to install Lawn Irrigation Systems in your zip code? Do you need an easy-to-understand 2015 estimate of Lawn Irrigation System job options and costs? Get pricing INSTANTLY. <P> The cost of installing a sprinkler system varies widely. Professional installation can range from $3,000 on up to $6,000. Doing it yourself brings the cost down to around $1,500 but requires your time and manual labor. <P> Our free calculator uses recent, trusted data to estimate costs for your Lawn Irrigation System Installation project. For a basic 500 square feet project in zip code 47474, the benchmark cost to Install a Lawn Irrigation System ranges between $1.40 - $2.21 per square foot* . To estimate costs for your project: 1. <P> For example, a 40×40 lawn professionally installed with PVC can cost anywhere from $1200-$1600 (approx $400 or 25% of this is sprinkler parts) – this is a conservative estimate and it is best to call for an estimate but this will give you an idea. <P> Related articles: Deck, Landscape Design, Sod. 1 Prices for underground sprinkler systems vary considerably by region and climate, but for an average 2,500-square-foot (50-x-50-foot) front yard, it's about $1,500-$2,500, while a sprinkler system for 5,000 square feet (front and back yards) costs about $2,500-$3,500.
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$500-$1,000 per zone
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where are cranberries grown in canada
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<P> Ironically, U.S.-grown berries are sold across Canada. Ocean Spray is the world’s largest supplier, with a co-operative of 600 farmers, including some in Canada. About 18 per cent of Ocean Spray’s supply is grown in Canada, but all of it is shipped south for processing. <P> New Brunswick based Atlantic Canada Cranberries Inc. was incorporated in 2002 and ACCI provides quality cranberry products made with healthy Atlantic Canadian cranberries. ACCI’s eight cranberry grower owners have an annual production of 2.3 million kilograms of elegant and tasty red vine-ripened berries. <P> Cranberries as a Crop. A new cranberry product is the craisin, which is a dried cranberry. It is presently being used in breakfast cereals and other fruit mixes. Cranberries can be a very lucrative crop to grow. <P> Other regions grow cranberries as well, to varying extent, and these include Delaware, Maine, Michigan, New York, Rhode Island, as well as the provinces of New Brunswick, Nova Scotia and Ontario. Cranberries are also commercially grown in Chile. <P> Cranberries are grown in boggy fields in the northern and north eastern states and Canada and are harvested in the fall. If you want whole cranberries, October November is the time to buy them fresh. Frozen they will last several months. <P> Native to the temperate zones of the East Coast, the Central U.S., and from southern Canada in the north all the way to the Appalachian mountain range in the south, cranberries are often harvested commercially in water, but contrary to popular belief, actually flourish when grown on dry land. <P> Made in the U.S.A. Cranberries are native to North America, and more than 98% of the cranberries harvested worldwide are grown in the United States and Canada. In fact, the cranberry is valued today as one of most profitable crops, coming in at #40 of all crops rated by the USDA. <P> Location Cranberries are grown through the northern part of the United States. The major production areas are New Jersey, Massachusetts, Oregon, Washington, Wisconsin and the Canadian provinces of British Columbia and Quebec.
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Canadian provinces of British Columbia and Quebec.
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what type of acetylcholine receptors does cardiac muscle have
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<P> Binding of acetylcholine to a muscarinic AChR causes a conformational change in the receptor that is responsible for its association with and activation of an intracellular G protein, the latter converting GTP to GDP in order to become activated and dissociate from the receptor. <P> Stimulation of nicotinic receptors of the central nervous system induces, by opening of cation channels, a depolarization whose consequences are difficult to systematize. The respective roles of muscarinic and nicotinic receptors in the central effects of acetylcholine are difficult to distinguish. <P> Acetylcholine’s Effect On Cardiac Muscle. Like smooth muscle, cardiac muscle has muscarinic receptors. The effect of acetylcholine on cardiac muscle, however, is very different from its effects on skeletal or smooth muscle. In the heart, acetylcholine activation of muscarinic receptors causes channels in the muscle membrane to let potassium pass. This has the effect of slowing contraction of the heart muscle and making it beat with less force. <P> Upon completion of this section, you will be able to: 1 Describe the key ways that muscarinic receptors differ from nicotinic receptors. 2 Describe where muscarinic receptors are found. 3 Identify the key physiological effects that result from stimulation of muscarinic receptors by excessive amounts of acetylcholine. <P> Two Types of Receptors. There are two types of acetylcholine receptors (AChR) that bind acetylcholine and transmit its signal: muscarinic AChRs and nicotinic AChRs, which are named after the agonists muscarine and nicotine, respectively. <P> Nicotinic effects. The nicotinic effects of acetylcholine resemble those of nicotine and result from activation of acetylcholine nicotinic receptors, receptor-channels, which, in an activated state, let sodium and calcium enter into cells, thus creating a depolarization.
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Muscarinic AChRs and nicotinic AChRs.
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average cost to replumb a house
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<P> 1 Although there have been problems with pinhole leaks in areas with acidic water, for many plumbers copper remains the premium pipe material. 2 The price of copper has increased dramatically in recent years, and re-plumbing a house with copper can cost $2,500-$15,000 or more. Typical costs: 1 Re-piping an average house with 1- to 2-1/2 bathrooms can cost $1,500-$15,000 or more, depending on the size of the house and the type of new pipes being installed (plastic or copper). <P> 1 The price to repipe a house will greatly depend on the material. 2 For example, a 1,500 square foot home could cost upwards of $7,500 to $15,000. 3 Flexible piping is going to cost less than a durable material such as copper. 1 On average, plan on spending anywhere from $5 to $10 per square foot of the home. 2 Quotes for this type of service are going to greatly vary. 3 The price to repipe a house will greatly depend on the material. 4 For example, a 1,500 square foot home could cost upwards of $7,500 to $15,000 <P> 1 The price of copper has increased dramatically in recent years, and re-plumbing a house with copper can cost $2,500-$15,000 or more. 2 For example, Pete Rodriguez of Atlantic Re-Plumbing says a 2-1/2-bathroom house that costs $3,700 to re-plumb with CPVC would start at $4,500 in copper, and could cost more. Typical costs: 1 Re-piping an average house with 1- to 2-1/2 bathrooms can cost $1,500-$15,000 or more, depending on the size of the house and the type of new pipes being installed (plastic or copper). <P> 1 Quotes for this type of service are going to greatly vary. 2 The price to repipe a house will greatly depend on the material. 3 For example, a 1,500 square foot home could cost upwards of $7,500 to $15,000. 4 Flexible piping is going to cost less than a durable material such as copper. 1 On average, plan on spending anywhere from $5 to $10 per square foot of the home. 2 Quotes for this type of service are going to greatly vary. 3 The price to repipe a house will greatly depend on the material. 4 For example, a 1,500 square foot home could cost upwards of $7,500 to $15,000 <P> 1 At Repipe1, Danny Zilberberg says a 2-bathroom house that costs $3,499 in PEX would be more than $5,000 with copper. 2 And Tony Prados of MasterServ says a 2-1/2-bathroom slab foundation house that is $4,000-$5,000 in PEX would be $5,000-$6,000 with copper pipes. Typical costs: 1 Re-piping an average house with 1- to 2-1/2 bathrooms can cost $1,500-$15,000 or more, depending on the size of the house and the type of new pipes being installed (plastic or copper). <P> 1 Re-piping an average house with 1- to 2-1/2 bathrooms can cost $1,500-$15,000 or more, depending on the size of the house and the type of new pipes being installed (plastic or copper). Typical costs: 1 Re-piping an average house with 1- to 2-1/2 bathrooms can cost $1,500-$15,000 or more, depending on the size of the house and the type of new pipes being installed (plastic or copper). <P> 1 Plumbing a new home using PEX for the water supply lines can cost $5,000-$21,000 or more depending on location, the size of the house and the number of fixtures, or typically about $2,000-$5,000 less than using copper pipes. 1 These can cost $50-$200 each, depending on size and type; a basic PEX tool kit typically costs about $90-$150. 2 Get several estimates. 3 Ask about the plumber's experience with PEX. 4 Homewownernet.com explains how to hire a plumber. <P> 1 Re-plumbing a house (installing new lines and abandoning the old ones) with PEX can cost $1,500-$8,000 or more. 2 Re-plumbing costs are typically based on the number of fixtures, with each sink, bathtub, shower, toilet, dishwasher, water heater, etc. counting as one fixture. 1 These can cost $50-$200 each, depending on size and type; a basic PEX tool kit typically costs about $90-$150. 2 Get several estimates. 3 Ask about the plumber's experience with PEX. 4 Homewownernet.com explains how to hire a plumber.
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1 Re-piping an average house with 1- to 2-1/2 bathrooms can cost $1,500-$15,000 or more, depending on the size of the house and the type of new pipes being installed (plastic or copper).
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average cost to rewire kitchen
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<P> 4. Factor in the cost of the supplies to the estimate. According to Networx, a website for electrical contractors, the copper wire alone for an average rewiring job can run up to $1,000. Count the receptacles and switches that you add to the home. Typical costs for each one in San Francisco is approximately $300 to $400 to install, and might be a little more if the contractor has to work through the attic instead of the basement. <P> $1,697.97. Get an INSTANT estimate of the cost to Re-Wire a Kitchen! Our free calculator uses recent, trusted data to estimate costs for your Kitchen Rewiring project. For a basic 1 rewiring project in zip code 47474, the benchmark cost to Re-Wire a Kitchen ranges between $1,124.17 - $1,697.97 per rewiring. To estimate costs for your project: <P> Add up the number of additional circuits you desire. A new circuit runs approximately $175 to install. If you need a new electrical panel to service the home, the cost will be between $1,000 to $3,000, depending on the number of circuits. Count the receptacles and switches that you add to the home. Typical costs for each one in San Francisco is approximately $300 to $400 to install, and might be a little more if the contractor has to work through the attic instead of the basement. <P> Report Abuse. One could easily spend $1500-$4500 on rewiring a kitchen depending on the extent of the job. Moving circuits, new dedicated circuits for appliances, upgrading service panels, difficult wire pulls and locations. Here in Texas, USA, electricians charge $50-$120 per hour. Labor for a kitchen rewire could be $1200-$3500 plus $150-$1000. Think about this...an electrical mistake can start a fire, destroy your property, or worse <P> A kitchen rewire/electrical remodel can run from $1K to over 20K depending on the scope of work. Check in your area if you can DIY wiring. Some places you can not and I feel like DE is one of them. <P> When you're working with a $15,000 to $30,000 kitchen remodel budget, you can leave more work to the professionals instead of doing much of it yourself. This might include refinishing or refacing your countertops, painting the walls and ceilings, installing new lighting and rewiring some electrical work. When you're willing to spend between $10,000 and $15,000 on a kitchen remodel, you'll do some of the work yourself and hire a professional for some of the smaller projects. You should attempt to do as much of the work yourself, and if possible, purchase some of the materials before calling in the professionals. <P> However, new outlets and switches will need to be installed. Asmentioned above, replacing outlets and switches can cost between $70 - $120 per outlet. The copper wire used to rewire a house is expensive and can cost around $1,000 for an average home, and $3,000 for a larger home. Rewiring your home will provide you with safety and piece of mind. Find out the cost to rewire a house in your area-get free quotes from reliable local electricians. <P> The average cost of having new countertops installed is $3,401, but it is important to realize how much this can vary from project to project. The price will be dependent on the size of your kitchen, the simplicity of the layout and the materials used. The cost of remodeling a kitchen can vary widely depending on the size and scope of your project, with the national average coming in around $17,000 and most homeowners spending between $12,000 and $19,000. This guide can help estimate your costs and give you a starting point for various upgrades and services. <P> 1 Average total cost (materials and labor) for rewiring a house starts around $3,500-$8,000 for a moderate-sized home with easy access (at least 18-inches of crawlspace under the home plus an accessible attic) but can run $8,500-$20,000 or even as high as $30,000 for a large house and/or one with difficult access. 1 Copper wire is increasingly expensive, so just the materials alone for rewiring a typical home can start around $400-$1,000 and might run $1,500-$3,000 or more for an extensive upgrade (lots of outlets, light fixtures) in a larger home.
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$1200-$3500 plus $150-$1000.
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what muscle supinates forearm
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<P> to flex the forearm at the elbow, you use the biceps brachii, brachialis, and brachioradial (to a lesser extent). to supinate the forearm, you use the biceps brachii … and the supinator muscles. the biceps brachii does both motions. <P> Pronation and supination are a pair of unique movements possible only in the forearms and hands, allowing the human body to flip the palm either face up or face down. The muscles, bones, and joints of the human forearm are specifically arranged to permit these unique and important rotations of the hands. <P> The supinator muscle of the forearm and the biceps brachii of the upper arm supinate the forearm by pulling on the radius. These muscles rotate the radius in the opposite direction of the pronator muscles, moving the distal end of the radius back to its position on the lateral side of the wrist. <P> Confidence votes 31. to flex the forearm at the elbow, you use the biceps brachii, brachialis, and brachioradial (to a lesser extent). to supinate the forearm, you use the biceps brachii and the supinator muscles. the biceps brachii does both motions. <P> The muscles of the arm are responsible for the movement of your elbow and, by extension, your forearm. Five muscles originate on either the humerus or the scapula and insert onto the bones of the forearm to flex and extend the elbow: Biceps brachii: This muscle has two heads. <P> Supinator muscle Definition. It is a broad, cylindrical-shaped muscle in the forearm that normally curves around the upper third of the radius. As the name suggests, the muscle causes supination, which describes movement at an ankle, foot, or a shoulder joint. <P> Supinator: This muscle supinates the forearm. It originates on the lateral epicondyle of the humerus, the radial collateral and anular ligaments, and the ulna. It inserts onto the proximal third of the radius, and it’s innervated by the deep branch of the radial nerve. <P> Biceps Brachii is a powerful supinator of the forearm, the Supinator muscle also completes supination of the forearm particularly when the forearm is supinating in a slow and … unopposed manor or if the forearm is extended. <P> Biceps Brachii is a powerful supinator of the forearm, the Supinator muscle also completes supination of the forearm particularly when the forearm is supinating in a slow and … unopposed manor or if the forearm is extended.
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Biceps brachii and Pronator muscles.
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what is a semiconductor device
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<P> For information on semiconductor physics, see semiconductor. Semiconductor devices are electronic components that exploit the electronic properties of semiconductor materials, principally silicon, germanium, and gallium arsenide, as well as organic semiconductors. Semiconductor devices have replaced thermionic devices (vacuum tubes) in most applications. A semiconductor diode is a device typically made from a single p–n junction. At the junction of a p-type and an n-type semiconductor there forms a depletion region where current conduction is inhibited by the lack of mobile charge carriers. <P> A power semiconductor device is a semiconductor device used as a switch or rectifier in power electronics; a switch-mode power supply is an example. Such a device is also called a power device or, when used in an integrated circuit, a power IC. Intelligent digital power ICs came up in the last decade. A power semiconductor device is usually used in commutation mode (i.e., it is either on or off), and therefore has a design optimized for such usage; it should usually not be used in linear operation. <P> The first power semiconductor device appeared in 1952 with the introduction of the power diode by R.N. Hall. It was made of germanium and had a reverse voltage blocking capability of 200 V and a current rating of 35 A. The thyristor appeared in 1957. A power semiconductor device is usually used in commutation mode (i.e., it is either on or off), and therefore has a design optimized for such usage; it should usually not be used in linear operation. <P> Diodes are some of the most common semiconductor devices because of their simple construction. This device is comprised of a single p-type semiconductor and a single n-type semiconductor. The drawback of a diode is that it does not allow for great amounts of energy to flow through, because of its small capacity. Semiconductor devices are the many manipulations of this technology to provide a specific control over the energy. These devices are found in many forms and within many types of electronics. <P> The semiconductor material used in devices is doped under highly controlled conditions in a fabrication facility, or fab, to control precisely the location and concentration of p-and n-type dopants. The junctions which form where n-type and p-type semiconductors join together are called p–n junctions. A semiconductor diode is a device typically made from a single p–n junction. At the junction of a p-type and an n-type semiconductor there forms a depletion region where current conduction is inhibited by the lack of mobile charge carriers. <P> A semiconductor is used to manipulate the flow of energy within an electronic setting. Semiconductor devices are the many manipulations of this technology to provide a specific control over the energy. These devices are found in many forms and within many types of electronics. Semiconductor devices are comprised of material that can be manipulated easily to control how power reaches an electronic device <P> An N-type semiconductor carries current mainly in the form of negatively-charged electrons, in a manner similar to the conduction of current in a wire. A P-type semiconductor carries current predominantly as electron deficiencies called holes. A semiconductor device can perform the function of a vacuum tube having hundreds of times its volume. A single integrated circuit (IC), such as a microprocessor chip, can do the work of a set of vacuum tubes that would fill a large building and require its own electric generating plant. <P> Part of the Electronics glossary: A semiconductor is a substance, usually a solid chemical element or compound, that can conduct electricity under some conditions but not others, making it a good medium for the control of electrical current. A semiconductor device can perform the function of a vacuum tube having hundreds of times its volume. A single integrated circuit (IC), such as a microprocessor chip, can do the work of a set of vacuum tubes that would fill a large building and require its own electric generating plant.
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Semiconductor devices are electronic components that exploit the electronic properties of semiconductor materials, principally silicon, germanium, and gallium arsenide, as well as organic semiconductors.Semiconductor devices have replaced thermionic devices (vacuum tubes) in most applications.
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incubation period for parvo
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<P> Usually, the virus is first eliminated in the feces on day 3 and the shedding continues for another 10 days. After 10 to 14 days, the dog might stop shedding the virus making it undetectable in the feces. Rarely, clinically infected dogs shed the virus periodically. <P> Canine parvovirus is a contagious and extremely dangerous disease in dogs. It is transmitted through direct contact with infected feces, vomit or with infected surfaces and soil. The virus has a high resistance and survives in the environment for a long time, having a high mortality rate in dogs. <P> Canine Parvovirus (parvo) is a highly contagious viral disease that is one of the most common causes of diarrhea in dogs under 6 months of age. It first appeared in the late 1970s, and is one of the most frequent serious dog disease problems encountered in animal shelters. <P> The parvovirus is extremely resistant: it can survive in the environment up to 7 months adapting to various pH ranges and temperature changes. Once it is ingested, the parvovirus has a period of incubation of 3 to 7 days. <P> Once a dog or puppy is infected, there is an incubation period of three to seven days before the onset of first symptoms. Inside the dog, CPV needs the help of rapidly dividing cells in order to successfully cause disease, and the virus usually begins by attacking the tonsils or lymph nodes of the throat. <P> 4) The parvo incubation period is 3 - 7 days, sometimes longer. This is important because during the incubation period, your dog may act and appear normal. Vet visits and pre-purchase exams may reveal no signs of pending illness only to have parvo appear in a few days. <P> Parvovirus can be shed in the feces 3-4 days after infection with the virus, which is generally before clinical signs of illness appear. The virus will also be shed in the feces for approximately 10-14 days post-recovery from clinical signs of infection. <P> The normal incubation period (time from exposure to the virus to the time when signs of disease appear) is from 7-14 days. Virus can be found in the feces several days before clinical signs of disease appear, and may last for one to two weeks after the onset of the disease.
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3 - 7 days
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what is apocalyptic language
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<P> Apocalyptic Language. The following is a little essay on “Prophetic Apocalyptic Language” and how that particular language should affect our interpretation of the “new covenant” Scriptures. I would like to begin this little enterprise by citing a Bible passage: Folks, in my view, this chapter is of the utmost importance, for it is the chapter in which the Master, from a back-drop of that “Old Testament imagery,” uses the same language as the prophets, to describe the fall of Jerusalem, the temple, and the Jewish nation. <P> Apocalypse (ἀποκάλυψις) is a Greek word meaning revelation, an unveiling or unfolding of things not previously known and which could not be known apart from the unveiling.. As a genre, apocalyptic literature details the authors' visions of the end times as revealed by an angel or other heavenly messenger. The imagery in apocalyptic literature is not realistic or reflective of the physical world as it was, but is rather surreal and fantastic, invoking a sense of wonder at the complete newness of the new order to come. <P> The nodetitle (c. 150 b.c. ) is not, strictly speaking, an apocalyptic book; but it belongs to the same milieu and contains definite apocalyptic features. Its name is derived from its method of dividing history into “jubilee” periods of forty-nine years each; these, in turn, are subdivided into seven weeks of years. Whereas most apocalyptic writers leaned heavily on the ideas and expressions of their predecessors in the genre, it is less easy to say what actually gave rise to this style of writing. <P> 1 Hence the name. 2 Apocalyptic literature often uses prophetic vision formula to see the future, “and I saw...” This phrase appears many times in Revelation. 3 It is not in the earliest examples of the genre, however. 4 The literature uses mysterious and symbolic language. <P> Apocalyptic language is fairly common in Scripture — Many books of the Bible contain apocalyptic language. Perhaps the first use of this type of imagery is found in Psalm 18. The Old Covenant prophets frequently used apocalyptic language in their writing, especially the books of Isaiah, Ezekiel, Daniel, and Zechariah. Apocalyptic language brings comfort in uncertain times — Modern-day Americans know a thing or two about uncertainty. Though we may not know just what the future holds, apocalyptic language resounds with the theme that God holds an uncertain future in His hand. For example, the book of Revelation was written to seven churches who faced an uncertain future (cf. Rev. 2-3) <P> An apocalypse (Ancient Greek: ἀποκάλυψις apokalypsis, apokálypsis from ἀπό and καλύπτω meaning), uncovering translated literally From, greek is a disclosure of, knowledge.i., e a lifting of the veil or. Revelation in religious contexts it is usually a disclosure of something. hidden Symbolism is a frequent characteristic of apocalyptic writing. One instance of this occurs where gematria is employed, either for obscuring the writer's meaning or enhancing it; as a number of ancient cultures used letters also as numbers (i.e. , the Romans with their use of Roman numerals ). <P> The word apocalyptic, derived from the Greek word apokalypsis, means “revelation” or “unveiling,” and is applied to these writings because they contain alleged revelation of the secret purposes of God, the end of the world, and the establishment of God’s kingdom on earth. Whereas most apocalyptic writers leaned heavily on the ideas and expressions of their predecessors in the genre, it is less easy to say what actually gave rise to this style of writing. <P> Apocalyptic literature is a genre of prophetical writing that developed in post-Exilic Jewish culture and was popular among millennialist early Christians. The imagery in apocalyptic literature is not realistic or reflective of the physical world as it was, but is rather surreal and fantastic, invoking a sense of wonder at the complete newness of the new order to come.
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Apocalyptic literature is a genre of prophetical writing that developed in post-Exilic Jewish culture and was popular among millennialist early Christians.
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how long does an agm battery last
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<P> The key to long battery life, regardless of brand, manufacturer or type, is proper voltage maintenance. Fully-charged, our REDTOP® batteries will measure about 12.6-12.8 volts and our YELLOWTOP batteries will measure about 13.0-13.2 volts. <P> 08-28-2012, 01:32 PM. I already know the answer is it depends. The type of battery, how it is used, climate, and other factors are at work I'm sure. I was thinking about replacing my 2 batteries at the end of the season after 3 years of use with no issues (I believe they are AGM, multi-purpose). <P> Sealed AGM batteries typically last 3 to 5 years on average. 6 to 8 years is easily obtainable with proper maintenance. Typically sealed AGM batteries will give warning before completely dying. They will start slower, and require more charging. This is your clue to replace the battery. Typically they do not fail all of a sudden. Conventional acid-filled batteries have a harder life, for many of the reasons listed above. Conventional batteries typically only last 2 to 3 years on average. Although, 4 to 5 years is possible, in the best environments, and with excellent <P> Now with AGM batteries you could have just two x 100Ah giving you 200Ah total, so there is your 100 Ah with heaps in reserve and an easy life for the batteries, so only 2 batteries, at a cost of $710 all up, or better still you could use a single 200Ah battery for a cost of $695.00. <P> Odyssey are generally regarded as the best AGM batteries. They have a service life of 3 to 10 years, & can hold a charge for upto two years. To check the battery.......give it a full charge, then leave for 24 hours, then check voltage. <P> 08-28-2012, 12:39 PM. I already know the answer is it depends. The type of battery, how it is used, climate, and other factors are at work I'm sure. I was thinking about replacing my 2 batteries at the end of the season after 3 years of use with no issues (I believe they are AGM, multi-purpose).
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3 to 10 years
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where were the Ancient pyramids built?
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<P> Pyramids. The ancient Egyptians built pyramids as tombs for the pharaohs and their queens. The pharaohs were buried in pyramids of many different shapes and sizes from before the beginning of the Old Kingdom to the end of the Middle Kingdom. There are about eighty pyramids known today from ancient Egypt. The three largest and best-preserved of these were built at Giza at the beginning of the Old Kingdom. The most well-known of these pyramids was built for the pharaoh Khufu. It is known as the 'Great Pyramid'. The pharaohs were buried in pyramids of many different shapes and sizes from before the beginning of the Old Kingdomto the end of the Middle Kingdom. There are about eighty pyramids known today from ancient Egypt. The three largest and best-preserved of these were built at Giza <P> View full size image. Egypt's Great Pyramids at Giza are one of the world's most amazing achievements. Built during the reign of Cheops, around 2530 B.C., the largest pyramid towers nearly 500 feet (150 meters) high and covers 13 acres (5.2 hectares). They are among the world's top tourist attractions, and the subject of both serious study and wild speculation. <P> All three of Giza's famed pyramids and their elaborate burial complexes were built during a frenetic period of construction, from roughly 2550 to 2490 B.C. The pyramids were built by Pharaohs Khufu (tallest), Khafre (background), and Menkaure (front). The Giza Pyramids, built to endure an eternity, have done just that. The monumental tombs are relics of Egypt's Old Kingdom era and were constructed some 4,500 years ago. Egypt's pharaohs expected to become gods in the afterlife. <P> It was the Egyptians who built the Pyramids. The Great Pyramid is dated with all the evidence, I'm telling you now, to 4,600 years, the reign of Khufu. The Great Pyramid of Khufu is one of 104 Pyramids in Egypt with superstructure, and there are 54 Pyramids with substructure. There is support that the builders of the Pyramids were Egyptians. They are not the Jews as has been said. They are not people from a lost civilization. <P> The pyramids are the stone tombs of Egypt's kings-the Pharaohs and one of the world's greatest historical mysteries. They have stood for thousands of years, filled with many hidden secrets: clues about what life (and death) was like in Ancient Egypt. <P> The most famous Egyptian pyramids are those found at Giza, on the outskirts of Cairo. Several of the Giza pyramids are counted among the largest structures ever built. The Pyramid of Khufu at Giza is the largest Egyptian pyramid. It is the only one of the Seven Wonders of the Ancient World still in existence. The earliest known Egyptian pyramids are found at Saqqara, northwest of Memphis. The earliest among these is the Pyramid of Djoser (constructed 2630 BC–2611 BC) which was built during the third dynasty. <P> The ancient Egyptians built pyramids as tombs for the pharaohsand their queens. The pharaohs were buried in pyramids of many different shapes and sizes from before the beginning of the Old Kingdomto the end of the Middle Kingdom. There are about eighty pyramids known today from ancient Egypt. The three largest and best-preserved of these were built at Giza at the beginning of the Old Kingdom. The most well-known of these pyramids was built for the pharaoh Khufu. It is known as the 'Great Pyramid'. The pharaohs were buried in pyramids of many different shapes and sizes from before the beginning of the Old Kingdomto the end of the Middle Kingdom. There are about eighty pyramids known today from ancient Egypt. The three largest and best-preserved of these were built at Giza <P> The pyramids were built to protect the body of the deceased pharaoh. These massive tombs were constructed to withstand the elements of time and were intended to last forever. Most Ancient Egyptians planned for their death and the pharaoh was no exception. <P> Numerous pyramids have been built at different moments in time and in different places. The Great Pyramids at Giza, which are the most famous Egyptian pyramids, are built … near to the modern city of Giza on the west bank of the Nile River. Numerous Nubian pyramids were built in southern Egypt. They were believed to have first been built in 2600BC. Ancient Koreans build pyramids to bury their prestigious leaders. Dangun, the founder of Ancient Korea (then known as Gojoseon) is buried in a pyramid. The oldest carbon dating on Korean pyramids seems to point to 668 BC.
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At Gizaat, the beginning of the Old Kingdom.
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how much does it cost to rent out a vfw hall
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<P> 1 This can cost anywhere from $50 to $600 per hour. 2 A VFW hall is going to range anywhere from $50 to as much as $300 per hour depending on the location. 3 Most halls are going to demand a higher price tag on the weekends since they are in greater demand. 1 Also, keep in mind that most are going to want a 2-4 hour minimum length in order to book the hall. 2 Some halls will charge per person rather than per hour. 3 For example, hotels with conference centers can cost as much as $20 to $60 per person. <P> 1 This is going to include tables, chairs, electricity, as well as access to a kitchen or bar. 2 This can cost anywhere from $50 to $600 per hour. 3 A VFW hall is going to range anywhere from $50 to as much as $300 per hour depending on the location. 1 Also, keep in mind that most are going to want a 2-4 hour minimum length in order to book the hall. 2 Some halls will charge per person rather than per hour. 3 For example, hotels with conference centers can cost as much as $20 to $60 per person. <P> And the other consideration is the liability insurance that is needed to any place that has rental horses or any kind of horse buisiness. This will also be a factor in the price of the rental horse. But on the average the cost will be from $45 to $65 an hour on average. But it is a great way to see if horse ownership is right for you. You can try it for an hour or two and see if it is something that you may want to be involved in. <P> How much are hall rental prices? 1 On average, most halls are going to charge for the simple setups. 2 A VFW hall is going to range anywhere from $50 to as much as $300 per hour depending on the location. 3 Some halls will charge per person rather than per hour. 1 Also, keep in mind that most are going to want a 2-4 hour minimum length in order to book the hall. 2 Some halls will charge per person rather than per hour. 3 For example, hotels with conference centers can cost as much as $20 to $60 per person. <P> 1 Some halls will charge per person rather than per hour. 2 For example, hotels with conference centers can cost as much as $20 to $60 per person. 3 For a 100 person 4-6 hour party, the hotel conference room can cost as much as $6,000. 4 Some hotels will include catering, open bars and more. 1 Also, keep in mind that most are going to want a 2-4 hour minimum length in order to book the hall. 2 Some halls will charge per person rather than per hour. 3 For example, hotels with conference centers can cost as much as $20 to $60 per person. <P> looking for a hall to rent for a wedding/reception event, just need to know if anyone planned their wedding/reception in the same place for an affordable cost. Add your answer. <P> All alcohol and pop must be purchased from VFW. 16 gallon Kegs of Beer cost $300.00 Pop min of 50/ 12oz glasses cost $50.00 each additional glass cost $1.00 per glass No Beverages can be brought into building. (This includes water,punch,pop or alcohol) Ladies Auxiliary available to cater food for your event. Large Hall holds 270 max cost $500.00 Small Hall Holds 150 max cost $300.00 Kitchen rental cost $200.00 Counter top, with electricity & refrigerator only cost $25.00 Note there is a $200.00 Deposit per room due at signing of contract. <P> The leasing costs are going to greatly vary depending on your location, how many people are attending, what you wish to be included, and more. How much is it? 1 On average, the cost of renting a banquet hall without any sort of catering or other services is going to range anywhere between $500 and $1,800. 1 For example, an up-scale hotel such as the Hilton will rent out their banquet halls at around $55 to $70 per person. 2 This is going to include the food, the setup <P> 1 On average, the cost of renting a banquet hall without any sort of catering or other services is going to range anywhere between $500 and $1,800. 1 For example, an up-scale hotel such as the Hilton will rent out their banquet halls at around $55 to $70 per person. 2 This is going to include the food, the setup, and more.
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$50 to $600 per hour
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what is in minestrone soup
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<P> Minestrone (/ˌmɪnəsˈtroʊni/ ; [mineˈstroːne]) is a thick soup of Italian origin made with vegetables, often with the addition of pasta or rice. Common ingredients include beans, onions, celery, carrots, stock, and tomatoes. There is no set recipe for minestrone, since it is usually made out of whatever vegetables are in season. It can be vegetarian, contain meat, or contain a meat-based broth (such as chicken stock). <P> 1 In a large stock pot, over medium-low heat, heat olive oil and saute garlic for 2 to 3 minutes. 2 Add onion and saute for 4 to 5 minutes. 3 Add celery and carrots, saute for 1 to 2 minutes. 4 Add chicken broth, water and tomato sauce, bring to boil, stirring frequently. 5 If desired add red wine at this point. <P> Directions. Heat two tablespoons of olive oil over medium heat in a large soup pot. Saute onion, celery, garlic, green beans, and zucchini in the oil for 5 minutes or until onions begin to turn translucent. Add vegetable broth to pot, plus drained tomatoes, beans, carrot, hot water, and spices. Bring soup to a boil, then reduce heat and allow to simmer for 20 minute <P> Directions. In a slow cooker, combine broth, tomatoes, beans, carrots, celery, onion, thyme, sage, bay leaves, and 1/2 teaspoon each salt and black pepper. Cover and cook on LOW for 6 to 8 hours or on HIGH for 3 to 4 hours. Thirty minutes before the soup is done cooking, add ditalini, zucchini and spinach <P> Directions. Heat the olive oil in a large pot over medium-high heat. Add the onion and cook until translucent, about 4 minutes. Add the garlic and cook 30 seconds. Add the celery and carrot and cook until they begin to soften, about 5 minutes. Stir in the green beans, dried oregano and basil, 3/4 teaspoon salt, and pepper to taste; cook 3 more minutes. Add the diced and crushed tomatoes and the chicken broth to the pot and bring to a boil. <P> Minetsra in Italian means “soup” and minestrone means a “thick soup.” Even though this soup is hearty, it is a garden full of vegetables so it’s great for the mind, body and soul. Enjoy a big bowl with a generous slice of bread on a cold day, or serve it in the company of good family and friends. Makes 6 to 8 servings. <P> Directions. 1 Heat three tablespoons of olive oil over medium heat in a large soup pot. 2 Saute onion, celery, garlic, green beans, and zucchini in the oil for 5 minutes or until onions begin to turn translucent. 3 Add vegetable broth to pot, plus drained tomatoes, beans, carrot, hot water, and spices. 1 Heat three tablespoons of olive oil over medium heat in a large soup pot. 2 Saute onion, celery, garlic, green beans, and zucchini in the oil for 5 minutes or until onions begin to turn translucent. <P> 1 Saute onion, celery, garlic, green beans, and zucchini in the oil for 5 minutes or until onions begin to turn translucent. 2 Add vegetable broth to pot, plus drained tomatoes, beans, carrot, hot water, and spices. 3 Bring soup to a boil, then reduce heat and allow to simmer for 20 minutes. 1 Heat three tablespoons of olive oil over medium heat in a large soup pot. 2 Saute onion, celery, garlic, green beans, and zucchini in the oil for 5 minutes or until onions begin to turn translucent. 3 Add vegetable broth to pot, plus drained tomatoes, beans, carrot, hot water, and spic
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It is a thick soup of Italian origin made with vegetables, often with the addition of pasta or rice.
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what is micr font
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<P> MICR. Short for Magnetic-Ink Character Recognition, MICR is a font capable of recognition using magnetically charged ink. Computers equipped with the right hardware and software can print or read the character printed in such ink. MICR font is commonly used to print checks, deposit slips, mortgage coupons, etc. Short for Magnetic-Ink Character Recognition, MICR is a font capable of recognition using magnetically charged ink. Computers equipped with the right hardware and software can print or read the character printed in such ink <P> MICR Fonts: The E-13B Font looks like this: Currently, this font or MICR Character set is used in the United States of America, Canada, Australia, United Kingdom, Japan, India, Mexico, Colombia, and Turkey. It is the combination of Toner and Fonts that create the machine readable MICR line. MICR Toner or Ink is the element which adds the magnetic readability to each character, allowing for high-speed check clearing. <P> The E13B MICR font is the standard used in the U.S. and many other countries. E13B generally refers to both the shape of the character and the magnetic nature of the toner/ink used for printing. <P> MICR E13B Font Overview and Features. MICR E13B is a special font that is used on bank checks and drafts in the United States, Canada, Puerto Rico, Panama, UK, and other countries to print E13B characters for magnetic recognition and optical character recognition systems. <P> The CMC-7 Font looks like this: Currently this font or MICR Character set is used in France, Spain, Israel, South America (except Colombia) and other Mediterranean Countries. This line consists of ten specially designed numbers (0 through 9) and four special symbols (Transit, Amount, On-Us, and Dash). It is the combination of Toner and Fonts that create the machine readable MICR line. MICR Toner or Ink is the element which adds the magnetic readability to each character, allowing for high-speed check clearing. <P> Magnetic Ink Character Recognition Code (MICR Code) is a character-recognition technology used mainly by the banking industry to ease the processing and clearance of cheques and other documents. MICR characters are printed on a document in either of the MICR fonts. The ink used in the printing is a magnetic ink or toner, usually containing iron oxide. The MICR text is passed before a MICR reader. The ink in the plane of the paper is first magnetized <P> BankenScribe MICR Font for E13B is designed based on the ISO-1004 Standard, which specifies the dimensions and shapes of the MICR Characters. The standard also specifies the printing tolerances and other important considerations. E13B fonts are used in USA, Canada, United Kingdom, Central America and Asia. About MICR. MICR stands for Magnetic Ink Character Recognition. The technology is implemented by printing special block-like characters on magnetic ink, which may be read automatically by machine and enables speedy checks processing. <P> MICR / E13-B Fonts. Windows TrueType fonts for check printing. Checks must be printed with MICR E-13b fonts & magnetic toner on a laser printer. 2015 updates! Also print the check amount and payee name in a way that is hard to forge. This TrueType & PostScript font set gives you the MICR encoding font needed to print checks on multiple bank accounts. Each check must be printed with the MICR or E-13b font using magnetic toner on an HP LaserJet or compatible printer. This PCL bitmapped font set gives you everything you need for MICR printing from
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MICR font is commonly used to print checks, deposit slips, mortgage coupons, etc.
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what is a gis engineer
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<P> The acronym GIS is sometimes used for geographic information science (GIScience) to refer to the academic discipline that studies geographic information systems and is a large domain within the broader academic discipline of Geoinformatics. The first known use of the term geographic information system was by Roger Tomlinson in the year 1968 in his paper A Geographic Information System for Regional Planning. Tomlinson is also acknowledged as the father of GIS. <P> Geographic information science is the science underlying geographic concepts, applications, and systems. GIS is a broad term that can refer to a number of different technologies, processes, and methods. The first known use of the term geographic information system was by Roger Tomlinson in the year 1968 in his paper A Geographic Information System for Regional Planning. Tomlinson is also acknowledged as the father of GIS. <P> A geographic information system is sophisticated computer mapping software that links information describing something with its location. GIS is used in many diverse ways, from developing highly accurate citywide base maps, to performing complex analysis and modeling. The SLC Engineering GIS staff is responsible for developing and maintaining the Salt Lake City base map as well as all city GIS data outside of public utilities and the airport. <P> Career Definition. GIS technicians make maps and customized geographic information systems (GIS) applications and manipulate data to serve a variety of purposes. They read and interpret maps, manipulate and understand digital land data, and manage data entered into a GIS database. GIS technicians typically earn a Bachelor of Science degree in geography, computer science or engineering. Typical courses in these programs include GIS, geography, geosystems, historical geography, and computer architecture. GIS internships are especially important for gaining experience in the field <P> Better Decision Making. GIS is the go-to technology for making better decisions about location. Common examples include real estate site selection, route/corridor selection, evacuation planning, conservation, natural resource extraction, etc. Making correct decisions about location is critical to the success of an organization. <P> Geomatics engineers apply engineering principles to spatial information and implement relational data structures involving measurement sciences, thus using geomatics and acting as spatial information engineers. Geomatics engineering is the field of activity that integrates the acquisition, processing, analysis, display and management of spatial information. <P> A geographic information system (GIS) is a system designed to capture, store, manipulate, analyze, manage, and present all types of spatial or geographical data. The first known use of the term geographic information system was by Roger Tomlinson in the year 1968 in his paper A Geographic Information System for Regional Planning. Tomlinson is also acknowledged as the father of GIS. <P> Geomatics is a field that incorporates several others such as the older field of land surveying along with many other aspects of spatial data management ranging from data science and cartography to geography. Geomatics engineering is the field of activity that integrates the acquisition, processing, analysis, display and management of spatial information.
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A system designed to capture, store, manipulate, analyze, manage, and present all types of spatial or geographical data.
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what is an independent producer
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<P> If you are an independent producer or royalty owner, you figure percentage depletion using a rate of 15% of the gross income from the property based on your average daily production of domestic crude oil or domestic natural gas up to your depletable oil or natural gas quantity. <P> Freed also had such relationships with major stars (Judy Garland and Gene Kelly). The term independent producer is, if anything, more difficult to define than the work of the film producer. Defined strictly, the term can be applied to any filmmaker who does not work with or for a Hollywood studio or distributor. STUDIO AND INDEPENDENT PRODUCERS. In the Hollywood studio era (1920–1950), different producers performed these various functions (creative, conceptual, financial, managerial, promotional) to a greater or lesser extent. <P> INDEPENDENT PRODUCER. It is defined in IRC section 613A(d) as a producer who does not have more than $5 million in retail sales of oil or gas in a year and who does not refine more than 50,000 barrels of crude on any day during the year. An exemption from the denial of percentage depletion is provided in IRC section 613A(a) for independent producers if production is within the limits of the average daily production of oil and gas set in IRC section 613A(c). <P> Duties of an Independent Producer. Independent producers usually perform all of the job duties of a studio movie producer, plus the additional duty of finding investors for the project. Independent movies usually cost less money to make than their studio counterparts, but they are still expensive. A producer can be responsible for everything from raising money to hiring actors to overseeing the budget. Some producers work for one of the major Hollywood film studios, while others are independent. Some independently produced movies have been major hits. <P> Independent Producer is an energy company, usually in the exploration and production segment of the industry and generally, with no marketing, transportation or refining operations. <P> If you are an independent producer or film maker and would like to partner with us, please explore further to learn more. The Community Idea Stations’ production and programming priorities include the following: 1 Innovation, discovery & science. 2 Local communities, global vision. <P> An independent producer finds people who want to invest in the movie for a variety of reasons, either in hopes of realizing a profit, or because of a personal connection, or because they support and believe in the project itself. A producer can be responsible for everything from raising money to hiring actors to overseeing the budget. Some producers work for one of the major Hollywood film studios, while others are independent. Some independently produced movies have been major hits. <P> Either employed by a production company or independent, producers plan and coordinate various aspects of film production, such as selecting script, coordinating writing, directing and editing, and arranging financing. <P> Most commonly, however, the term independent producer is applied to narrative filmmakers or filmmaking companies with no corporate ties to major studios or distributors beyond contracting for the distribution and financing of a single film or series of films. The term, however, is used very loosely. STUDIO AND INDEPENDENT PRODUCERS. In the Hollywood studio era (1920–1950), different producers performed these various functions (creative, conceptual, financial, managerial, promotional) to a greater or lesser extent. <P> An independent power producer (IPP) or non-utility generator (NUG) is an entity, which is not a public utility, but which owns facilities to generate electric power for sale to utilities and end users.
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An energy company, usually in the exploration and production segment of the industry and generally, with no marketing, transportation or refining operations.
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what is litigation guardian
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<P> A guardian ad litem is appointed by the court to represent the ward in some certain particular litigation .... A g uardian ad litem i s one appointed by a court, in which particular litigation is pending, to represent a ward or an unborn person in that particular litigation. A guardian appointed to assist an infant or other mentally incapable defendant or plaintiff, or any such incapacitated person, that may be a party in a legal action, and to direct that litigation in the best interests of the incapable person. In State Ex Rel. <P> If a guardian's interests conflict with those of the person under disability, the guardian cannot act as a litigation guardian. Until such an affidavit is filed, only the provincial children's lawyer or public guardian and trustee can represent a person under disability as the plaintiff in a lawsuit. Ordinarily, the would-be litigation guardian must make a motion to be appointed. When a defendant does not already have a suitable legal representative, the plaintiff must ask the court to appoint a litigation guardian for the defendant person under disability. <P> A legal guardian, called a conservator in some states, is someone with the legal authority to care and make decisions for a minor child or incapacitated adult. Becoming a legal guardian over someone else involves filling out a number of forms and going through one or more court proceedings. <P> A legal guardian is a person who has the legal authority (and the corresponding duty) to care for the personal and property interests of another person, called a ward. Most countries and states have laws that provide that the parents of a minor child are the legal guardians of that child, and that the parents can designate who shall become the child's legal guardian in the event of death, subject to the approval of the court. <P> A legal guardianship is a relationship established by the court where one person acts for the benefit and protection of another person. A person receiving the services of a legal guardian is called a “ward”. In contrast, a legal guardian is not the parent of the child, and is usually a close relative of the child or parent. In general, legal guardianship involves a greater range of responsibilities for the guardian. <P> A guardian ad litem is appointed by the court to represent the ward in some certain particular litigation.... A guardian ad litem is one appointed by a court, in which particular litigation is pending, to represent a ward or an unborn person in that particular litigation. A guardian appointed to assist an infant or other mentally incapable defendant or plaintiff, or any such incapacitated person, that may be a party in a legal action, and to direct that litigation in the best interests of the incapable person. In State Ex Rel. <P> Duties of Litigation Guardians. Litigation guardians literally stand in the place of persons under disability, so anything that a party in a proceeding is required or authorized to do may be done by the party's litigation guardian.. They defend the interests of a person under disability as if those interests were their own. Ordinarily, the would-be litigation guardian must make a motion to be appointed. When a defendant does not already have a suitable legal representative, the plaintiff must ask the court to appoint a litigation guardian for the defendant person under disability. <P> A legal guardian is someone appointed, usually by a court of law, to care for another person and their property. Parents should select a legal guardian for their children in the event of their death. Legal guardians are often a relative of the children. <P> A legal guardian can be anyone over the age of majority who is capable of taking care of the child’s needs, including shelter, food, education, and medical care. Often, the court will make the determination of whether the adult applying to be a guardian is capable of adequately caring for the child. In contrast, a legal guardian is not the parent of the child, and is usually a close relative of the child or parent. In general, legal guardianship involves a greater range of responsibilities for the guardian.
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A legal guardian is a person who has the legal authority (and the corresponding duty) to care for the personal and property interests of another person, called a ward.
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meaning of the name deepesh
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<P> Find qualities of Cancerian (Kark), Piscean (Meen) or Find Numerology, Lucky number, lucky days, lucky color, Auspicious stones for Deepesh or Find Chinese zodiac sign or Birthstone for your birthday or Find compatibility of Kark (Cancer), Min (Pisces) with other zodiac signs. Similar sounding names: Dipesh, Dipasha. <P> [ 1 syll. dee-pes(h) , de-epe-sh ] The baby boy name Deepesh is pronounced as Diy-P-SH †. Deepesh is primarily used in the Indian language and it is of Sanskrit origin. The name means bright moon. It is not ranked within the top 1000. Baby names that sound like Deepesh include Dabbs (English), Devesh, Dobbs, Dobes, Dobs, Daivik (Indian), Dajbog, Davies (English), Davis (English and Spanish), Daviss, Davys, Davyss, Deepack, Deepak (Indian), Depak, Devak (Indian), Devoss, Diepak, Dipak (Indian), and Dobbes. <P> Meaning of Indian name: Deepesh. Meaning of the name Deepesh is 'Lord of light'. Deepesh is a name of Hindu / Indian origin, and is commonly used for males. The name number for Deepesh is '8'. Click here to get the numerological analysis for the name 'Deepesh'.
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Lord of light.
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who sang it might as well rain until september
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<P> It Might as Well Rain Until September is a mid tempo pop song in a similar style as many songs written by Carole King and Gerry Goffin at this time. King recorded the demo version of the song and this version was released as a double A-side single with Nobody's Perfect. Although she had recorded earlier for ABC-Paramount and Alpine Records, '.....September' was Carole King's first commercial success as a singer, having already had a number of hits as a songwriter. <P> \nIt's raining in my heart 'cause I can't be with you. \nI'm only living for the day you're home to stay. \nSo It might as well rain until September. \nSeptember, September, oh. \nIt might as well rain until September. Written by Gerry Goffin and Carole King. \n-This 1962 hit was actually the demo recording by Carole King, \nIntended as a song for Bobby Vee. \n-The recording was so casual that to this day the master of. \nIt does not exist, and any cd versions of it have poor quality. <P> It Might As Well Rain Until September/Nobody's Perfect 1962 - reached 22 in the US Hot 100, 3 in UK. Has seemed very appropriate in the UK for most of the last few weeks, but a no doubt brief summer arrived again yesterday...! sunsign902. 20 Apr 2009, 7:25pm. 1962--I love this song! <P> King and Goffin were also the songwriting team behind Don Kirshner's Dimension Records, which produced songs including Chains (later covered by the Beatles), . The Loco-Motion for their babysitter Little Eva, and . It Might as Well Rain Until September which King recorded herself in 1962—her first hit. <P> I'm only living for the day you're home to stay, so it might as well rain until September. September, September, oh it might as well rain until September. Sponsored Links. Thanks to jukeboxjackson for submitting It Might As Well Rain Until September Lyrics. The weather here has been as nice as it can be, although it doesn't really matter much to me. For all the fun I'll have while you're so far away, it might as well rain until September. I don't need sunny skies for thing I have to do, cause I stay home the whole day long and think of you. <P> Carole King-It Might As Well Rain Until September - 1962 - 45 RPM. 1 It Might As Well Rain Until September by Carole King (Google Play • AmazonMP3 • iTunes). <P> Not Yet Rated. It might as well rain until September by Helen Shapiro 1963. It Might As Well Rain Until September is a 1962 song originally written for Bobby Vee by Carole King and Gerry Goffin. King recorded the demo version of the song, however Vee's management balked at releasing the song as a single, instead using it only as an album track. <P> It's raining in my heart 'cause I can't be with you. I'm only living for the day you're home to stay. So It might as well rain until September. September, September, oh. It might as well rain until September. Submit Corrections. Visit www.azlyrics.com for these lyrics. <P> It Might As Well Rain Until September is a 1962 song originally written for Bobby Vee by Carole King and Gerry Goffin. King recorded the demo version of the song and it became a hit for her. However, Vee's management baulked at releasing the song as a single, instead using it only as an album track. Bobby Vee recorded the song the same year for his 1963 Liberty album The Night Has A Thousand Eyes. King recorded the demo version of the song and this version was released as a double A-side single with Nobody's Perfect. Although she had recorded earlier for ABC-Paramount and Alpine Records, '.....September' was Carole King's first commercial success as a singer, having already had a number of hits as a songwriter.
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Carole King
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temperature djibouti
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<P> The country is a barren strip of land around the Gulf of Tadjoura, varying in width from 20km (12 miles) to 90km (56 miles), with a coastline of 300km (188 miles), much of it white sandy beaches. Inland is semi-desert and desert, with thorn bushes, steppes and volcanic mountain ranges. Extremely hot and particularly arid between June and August when the dusty Khamsin blows from the desert. Between October and April it is slightly cooler with occasional light rain; however, there is generally less than 150mm (6in) of rainfall annually. <P> 1 See map. 2 Djibouti has a subtropical desert / low-latitude arid hot climate (K ppen-Geiger classification: BWh). 3 The average temperature is 29.9 degrees Celsius (85.8 degrees Fahrenheit). 4 See the temperatures page for a monthly breakdown and the fixed scale graph. 5 Average monthly temperatures vary by 11.3 °C (20.3°F). 1 Djibouti, Djibouti is at 11 33'N, 43 8'E, 19 m (62 ft). 2 See map. 3 Djibouti has a subtropical desert / low-latitude arid hot climate (K ppen-Geiger classification: BWh). 4 The average temperature is 29.9 degrees Celsius (85.8 degrees Fahrenheit). 5 See the temperatures page for a monthly breakdown and the fixed scale graph <P> Djibouti is part of the African continent, bordered to the northeast and east by the Red Sea, the southeast by Somalia, the southwest by Ethiopia and to the north by Eritrea. Extremely hot and particularly arid between June and August when the dusty Khamsin blows from the desert. Between October and April it is slightly cooler with occasional light rain; however, there is generally less than 150mm (6in) of rainfall annually. <P> During June to September, the Djibouti temperature remains at around 38° Celsius. Another characteristic of Djibouti climate is that in the month of July, the 'kahmsin' winds blow strongly in the region. The 'khamsin' winds are very hot and dry in nature. Djibouti Africa has dry deserts and torrid weather conditions. Djibouti Africa weather is scorching all round the year. The weather in Djibouti becomes bearable in the month of January when it experiences few showers of rain. The extreme temperature that shoots up in Djibouti is around 40° Celsius. The standard rainfall that is experienced by Djibouti is around 147 mm. Djibouti climate can be classified in two parts: arid and extremely arid. Djibouti ranks among the hottest regions on the globe. In the month of December, the temperature remains around 25° C. At certain times the humidity of Djibouti also becomes unbearable, which is attributed to the heat evaporation. <P> 1 The mean annual temperature in Djibouti, Djibouti is very hot at 29.9 degrees Celsius (85.8 degrees Fahrenheit). 2 There is a variation of mean monthly temperatures of 11.3 C (20.3 F) which is a low range. 3 The variation/ range of daily mean temperatures is 6.8 C (12.2 F). 1 The variation/ range of daily mean temperatures is 6.8 C (12.2 F). 2 The warmest month (July) is severely hot with a mean temperature of 36.4 degrees Celsius (97.52 degrees Fahrenheit). 3 The coolest month (January) is fairly hot having a mean temperature of 25.1 degrees Celsius (77.18 degrees Fahrenheit). <P> Average Temperatures in Djibouti, Djibouti. 1 The mean annual temperature in Djibouti, Djibouti is very hot at 29.9 degrees Celsius (85.8 degrees Fahrenheit). 2 There is a variation of mean monthly temperatures of 11.3 C (20.3 F) which is a low range. 3 The variation/ range of daily mean temperatures is 6.8 C (12.2 F). 1 The variation/ range of daily mean temperatures is 6.8 C (12.2 F). 2 The warmest month (July) is severely hot with a mean temperature of 36.4 degrees Celsius (97.52 degrees Fahrenheit). 3 The coolest month (January) is fairly hot having a mean temperature of 25.1 degrees Celsius (77.18 degrees Fahrenheit). <P> 1 Average monthly temperatures vary by 11.3 °C (20.3°F). 2 This indicates that the continentality type is oceanic, subtype truly oceanic. 3 Total annual Precipitation averages 163.5 mm (6.4 inches) which is equivalent to 163.5 Litres/m (4.01 Gallons/ft). 4 On average there are 3215 hours of sunshine per year. 1 Djibouti, Djibouti is at 11 33'N, 43 8'E, 19 m (62 ft). 2 See map. 3 Djibouti has a subtropical desert / low-latitude arid hot climate (K ppen-Geiger classification: BWh). 4 The average temperature is 29.9 degrees Celsius (85.8 degrees Fahrenheit). 5 See the temperatures page for a monthly breakdown and the fixed scale graph
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Annual temperature in Djibouti, Djibouti is very hot at 29.9 degrees Celsius (85.8 degrees Fahrenheit) and monthly temperatures of 11.3 C (20.3 F) which is a low range.
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how to set up professional signature in outlook web app
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<P> Published: Tuesday, July 14, 2009. You can easily create a Microsoft Exchange Email Signature that is attached to every email in the Options control panel of Outlook Web Access-OWA by following these steps: 1 Click on Options, located at the top right. 2 Add/Edit your E-mail Signature and click Save <P> 1 If you use both Outlook Web App and Outlook and want a signature in both, you need to create a signature in each. 2 To add your signature to all outgoing messages, select the “Automatically include my signature on messages I send” check box. 1 In the E-Mail Signature box, type and format your signature. 2 If you use both Outlook Web App and Outlook and want a signature in both, you need to create a signature in each. 3 To add your signature to all outgoing messages, select the “Automatically include my signature on messages I send” check box. <P> Manually add your signature to a new message. If you've created a signature, but didn't select the option to add your signature to all outgoing messages, you manually can add it to specific messages. Sign in to Outlook Web App. For help, see Sign in to Outlook Web App. On the nav bar, choose Outlook (or Mail). Or. Choose App launcher Outlook. Choose above the folder list. A new message form opens in the reading pane. At the top of the message, choose Insert Signature (or Your signature). <P> To set up an email signature in Outlook 1 : Select Tools | Options... 2 from the menu in Outlook. 3 Go to the Mail Format tab. 4 Click Signatures... 5 under Signatures. 6 Click New... . 7 Give the new signature a name. <P> SYMPTOMS. When you use Google Chrome to sign in to Outlook Web App in a Microsoft Exchange Server 2010 environment, the E-Mail Signature text box under the Settings tab is not editable. Back to the top | Give Feedback. The E-mail Signature text box is not editable in Outlook Web App when you use Google Chrome in an Exchange Server 2010 environment. Close. Article ID: 2695022 - View products that this article applies to. <P> Office 365 (Outlook Web App) - Create and add an email message signature. An email signature is text that you can add to the end of outgoing messages. If you use both Outlook Web App and Outlook, you need to create a signature in each. <P> 1 If you don't select the check box to automatically include your signature on messages you send, you can add your signature to a message by clicking the extended menu at the top of the message and selecting insert signature. 2 You can't include an image file (such as a .gif or .tif) in your signature in Outlook Web App. An email signature is text that you can add to the end of outgoing messages. If you use both Outlook Web App and Outlook, you need to create a signature in each. <P> Outlook Web App (OWA) allows the use of signatures, although its functionality is not as robust as that of Outlook, which gives you multiple signatures to choose from and permits you to edit any signatures stored in your Outlook profile. You can, however, create, modify, and use signatures with OWA: 1 In OWA, at the upper right, click. 2 On the left, select, and then select the tab. 3 Under E-mail Signature, you will see the Signatures settings. <P> Create a signature. Sign in to Outlook Web App. For help, see Sign in to Outlook Web App. On the nav bar, choose Outlook (or Mail). Or. Choose App launcher Outlook. On the nav bar, choose Settings Options. Under Options, choose Settings Mail. Or. Under Options, choose MAIL Layout Email signature. For help, see Sign in to Outlook Web App. On the nav bar, choose Outlook (or Mail). Or. Choose App launcher Outlook. Choose above the folder list. A new message form opens in the reading pane. At the top of the message, choose Insert Signature (or Your signature).
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Create a signature. Sign in to Outlook Web App. For help, see Sign in to Outlook Web App. On the nav bar, choose Outlook (or Mail). Or Choose App launcher Outlook. On the nav bar, choose Settings Options.Under Options, choose Settings Mail. Or Under Options, choose MAIL Layout Email signature.or help, see Sign in to Outlook Web App.
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how to calculate weekly salary
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<P> Calculate biweekly gross by dividing annual salary by the number of pay periods in the year. A biweekly payroll usually has 26 annual pay periods. For example, if the annual salary is $52,000, the biweekly gross is $2,000. Step 2. Divide biweekly gross by the number of days in the pay period to arrive at daily rate. For example, the biweekly gross is $2,000 and you work a standard 40-hour week; the daily rate is $200, the equivalent of $2,000/10 days. Related Reading: How to Calculate Hourly Rates for Bonuses. Step 3. <P> 1 If you earn $19 per hour, then calculate your annual salary with the equation (32.5 x $19) x 52 = $32,110. 2 Keep track of your weekly hours with spreadsheet software or a time-tracking app. 3 Some time-tracking apps are marketed to managers who have to keep track of hours for multiple employees. 1 Find the average weekly hours with the equation (30 + 25 + 35 + 40) / 4 = 32.5. 2 If you earn $19 per hour, then calculate your annual salary with the equation (32.5 x $19) x 52 = $32,110. 3 <P> Tips. 1 You may calculate biweekly gross by dividing annual salary by the number of days the salary is based on for the year and multiplying the result by 14 days. 2 For example, $52,000/365 days = $142.47 x 14 = $2,000. Divide biweekly gross by the number of days in the pay period to arrive at daily rate. For example, the biweekly gross is $2,000 and you work a standard 40-hour week; the daily rate is $200, the equivalent of $2,000/10 days. Related Reading: How to Calculate Hourly Rates for Bonuses. Step 3. <P> Description: This calculator converts a salary (daily, weekly, monthly, yearly) to an equivalent hourly wage. In other words, it determines how much you will be paid per hour given the amount paid and the time period. The following table explains how the solutions are calculated. 40 hours. day. hourly pay =. amount earned ÷. 8 hours. Note: This calculator does not calculate monthly salary based on a 4 week month. Some people define a month as 4 weeks. Note: This calculator assumes a work week consists of 40 hours and a work day consists of 8 hours. <P> 1 Calculate your average regular weekly salary with the equation $19 x 40 = $760. 2 Calculate your average weekly overtime pay with the equation $28.5 x 6 = $171. 3 Add these two totals to get your total weekly salary $760 + $171 = $931. 1 Find the average weekly hours with the equation (30 + 25 + 35 + 40) / 4 = 32.5. 2 If you earn $19 per hour, then calculate your annual salary with the equation (32.5 x $19) x 52 = $32,110. 3 Keep track of your weekly hours with spreadsheet software or a time-tracking app. <P> Step 1. Convert to a basic hourly rate. Based on 40 hours per work week and 52 weeks a year, a full-time employee will work 2,080 hours per year. Divide the annual salary by 2,080 for the hourly rate for that position. For example: An annual salary of $35,000.00 divided by 2,080 = $16.83 per hour. While $35,000 may seem like a lot money, breaking it down to an hourly equivalent makes it easier to compare to similar jobs with an hourly rate. After calculating the value of these benefits, add to the annual salary and again divide by 2,080 to find the hourly rate. Step 4. Adjust for the actual number of hours worked. While 2,080 is the standard number of yearly hours worked, the number may be less for a salaried worker based on the job. <P> Add the number of hours you worked each day of the weekly to calculate your total hours for the week. Multiply this number by your hourly wage to calculate your gross weekly pay if your earnings are based on a wage rather than a salary. If you worked more than 40 hours during the week, multiply the first 40 hours by your regular weekly pay and multiply number of hours in excess of forty by 1 1/2 times your weekly pay (if you are eligible for overtime pay). Add these sums together to calculate your gross weekly pay. <P> 1 You may calculate biweekly gross by dividing annual salary by the number of days the salary is based on for the year and multiplying the result by 14 days. 2 For example, $52,000/365 days = $142.47 x 14 = $2,000. 3 Gross represents your entire salary before deductions. Divide biweekly gross by the number of days in the pay period to arrive at daily rate. For example, the biweekly gross is $2,000 and you work a standard 40-hour week; the daily rate is $200, the equivalent of $2,000/10 days. Related Reading: How to Calculate Hourly Rates for Bonuses. Step 3. <P> Multiply this figure by 52, the number of weeks per year, to work out your annual salary. 1 For instance, if you work 40 hours per week and you earn $19 per hour, calculate your weekly salary with the equation 40 x $19 = $760. 1 Find the average weekly hours with the equation (30 + 25 + 35 + 40) / 4 = 32.5. 2 If you earn $19 per hour, then calculate your annual salary with the equation (32.5 x $19) x 52 = $32,110. 3 Keep track of your weekly hours with spreadsheet software or a time-tracking app.
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You may calculate biweekly gross by dividing annual salary by the number of days the salary is based on for the year and multiplying the result by 14 days.
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how much do dog trainer make
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<P> Petropolis, an academy for animal grooming and training, shows that dog trainers can earn up to an additional $10,304 a year in bonuses, and anywhere from $2,150 to $9,000 in commissions. Of course, this all depends on the employer. <P> Dog Training Salaries. While dog trainers can earn as little as $7.76 an hour up to as much as $29.59 an hour, Animal Behavior College estimates the average wage at $20 an hour, as of 2010. However, some trainers earn upward of $150 an hour – especially those with a great deal of experience and in certain areas of the country. <P> The average salary of a dog trainer was $38,000 a year as of May 2014, according to the job site Simply Hired. That compares to an average yearly salary of $31,030 for all types of animal trainers, according to May 2013 data from the Bureau of Labor Statistics. <P> I have seen trainers who make up to 200 dollars for teaching a dog the very simple command 'sit', and make even more teaching behavioral things, but I've also seen trainers make as little as 50 dollars per day. <P> As with any job, location affects salaries, and a dog trainer is no exception. A survey conducted by the Economic Research Institute found that dog trainers earn the most in Los Angeles, California, where salaries average $61,590 a year. Those in New York City also fare better than most, earning an average of $45,617. <P> Top Pay in D.C. As of May 2014, dog trainers averaged the highest annual salaries of $60,000 in Washington, D.C. They averaged $46,000 in Massachusetts, which ranked second among the states and District of Columbia. South Dakota and Mississippi employers paid their dog trainers the least at an average of $29,000 for each state.
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$38,000 a year.
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types of muscular tissues
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<P> Muscle tissue is enclosed in facia, which in turn is attached to other structures including ligament. There are three types of muscle tissues: skeletal, cardiac and smooth muscles. Muscle tissue provides a) posture and body support b) locomotion and c) heat production. <P> The functions of muscle tissues depend on the type of muscle tissues and their locations in the body. Here is an overview of the 3 types of muscle tissues : : Skeletal muscle is called striated because of its appearance consisting of light and dark bands visible using a light microscope. <P> 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. Within muscle tissue are three distinct groups of tissues: skeletal muscle, cardiac muscle, and smooth muscle. <P> Overview. The 3 types of muscle tissue are cardiac, smooth, and skeletal. Cardiac muscle cells are located in the walls of the heart, appear striated, and are under involuntary control. Smooth muscle fibers are located in walls of hollow visceral organs, except the heart, appear spindle-shaped, and are also <P> There are three types of muscle tissues: skeletal, cardiac and smooth muscles. a. skeletal muscle: multinucleated, striated; attached to bones producing locomotion, general support and posture; producing heat. Contraction is voluntary, and not long-sustained. <P> Muscle tissue is categorized into three distinct types: skeletal, cardiac, and smooth. Each type of muscle tissue in the human body has a unique structure and a specific role. Skeletal muscle moves bones and other structures. Cardiac muscle contracts the heart to pump blood. The smooth muscle tissue that forms organs like the stomach and bladder changes shape to facilitate bodily functions.
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skeletal, cardiac and smooth muscles
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what are perpendicular lines definition
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<P> From Latin: perpendicularis vertical, as a plumb line. A line is perpendicular to another if it meets or crosses it at right angles (90°). Try this Drag the orange dot at point A. The line AB will be perpendicular to DF only when it meets it at 90°. Perpendicular means at right angles. A line meeting another at a right angle, or 90° is said to be perpendicular to it. In the figure above, the line AB is perpendicular to the line DF. <P> Perpendicular Lines. Quatr.us Math Geometry Lines. Perpendicular lines. Two lines are perpendicular if they cross at right angles. You can test this by extending the lines until they cross (if they do not cross then they are parallel). <P> adjective. 1 Mathematics Intersecting at or forming right angles. 2 Being at right angles to the horizontal; vertical. 3 often Perpendicular Of or relating to a style of English Gothic architecture of the 1300s and 1400s, characterized by emphasis of the vertical element. noun. 1 Mathematics A line or plane perpendicular to a given line or plane. 2 A perpendicular position. 3 A device, such as a plumb line, that is used in marking the vertical from a given point. <P> Definition of Parallel and Perpendicular Lines. Parallel Lines are distinct lines lying in the same plane and they never intersect each other. Parallel lines have the same slope. In the figure below, lines PQ and RS are parallel and the lines l and m are parallel. <P> perpendicular adjective [not gradable]. › geometry at an angle of 90° to another line or surface: Two perpendicular lines form a right angle. › Perpendicular is also standing or rising straight up: The cliff was nearly perpendicular and impossible to climb. <P> 1.1 [mass noun] (usually the perpendicular) Perpendicular position or direction: the wall declines from the perpendicular a little inward. More example sentences. 1 It is gilded, sinuous (especially in the context of Lower Manhattan's perpendiculars and horizontals) and represents Civic Fame. 1.1 At an angle of 90° to the ground; vertical: the perpendicular cliff. More example sentences. Synonyms. 1 Most people touring the 302-square-kilometre Lushan National Park will be unruffled when they stand in front of perpendicular cliffs and look down on deep valleys. <P> perpendicular. 1 at right angles to a given plane or line. 2 exactly upright; vertical; straight up or down. 3 very steep. 4 of or designating the third and latest style of English Gothic architecture of the 14th to the 16th cent., characterized by vertical lines in its tracery. noun. 1 Mathematics A line or plane perpendicular to a given line or plane. 2 A perpendicular position. 3 A device, such as a plumb line, that is used in marking the vertical from a given point. <P> per·pen·dic·u·lar. Adjective. Intersecting at or forming a right angle or right angles. Noun. A line or plane that is perpendicular to a given line or plane.
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Two lines are perpendicular if they cross at right angles.
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different kinds of chinese food
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<P> Prominent styles of Chinese cuisine outside China include Singaporean, Malaysian, Indonesian, Indian and American, but there is Chinese cuisine wherever Chinese people are found. The staple foods of Chinese cooking include rice, noodles, vegetables, and sauces and seasonings. Over time, techniques and ingredients from the cuisines of other cultures were integrated into the cuisine of the Chinese people due both to imperial expansion and from the trade with nearby regions in pre-modern times, and from Europe and the New World in the modern period. <P> American Chinese cuisine, known in the United States as simply Chinese cuisine, is a style of food developed by Americans of Chinese descent and served in many North American Chinese restaurants. Stir frying, pan frying, and deep frying tend to be the most common Chinese cooking techniques used in American Chinese cuisine, which are all easily done using a wok (a Chinese frying pan with bowl-like features). The food also has a reputation for high levels of MSG to enhance the flavor. <P> The history of Chinese cuisine in China stretches back for thousands of years and has changed from period to period and in each region according to climate, imperial fashions, and local preferences. Over time, techniques and ingredients from the cuisines of other cultures were integrated into the cuisine of the Chinese people due both to imperial expansion and from the trade with nearby regions in pre-modern times, and from Europe and the New World in the modern period. <P> Vegetables. Vegetables are, in general, the second most fundamental part of Chinese cuisine, after the staple rice. Chinese people are fond of vegetables, especially leafy greens, and eat many different kinds at almost every meal, sometimes preserve and eat them as snacks. It is considered to be one of the most nutritious and digestible food types. Since in China, soups are eaten as one of the main dishes in a meal, particular attention is attached to the soups’ stocks. Meat, bones, eggs, marine products, vegetables, fruits, crops and edible fungus are used. <P> Today we're in New York City's Chinatown, to learn about -- and taste -- the different types of Chinese noodles. The Chinese word for noodles is mien.. The most common types are wheat flour noodles, rice noodles, and cellophane noodles. Wheat flour noodles are the most common Chinese noodle and come in many varieties. Made from wheat flour, water and sometimes salt, they can be made with or without eggs. Available fresh or dried, they may be white or yellow colored. They can be shaped thin like spaghetti, or very thick, like these here. Share. There are many different types of Chinese noodles, and they are used in different dishes. Learn more about the different types of chinese noodles, including how they're made and what they taste like. Show transcript Hide transcript <P> According to food critic Bonny Wolf, Chinese cuisine is one of the Three Grand Cuisines in the world, together with the French and Turkish cuisines. The Eight Culinary Cuisines of China are Anhui, Cantonese, Fujian, Hunan, Jiangsu, Shandong, Szechuan, and Zhejiang cuisines. Over time, techniques and ingredients from the cuisines of other cultures were integrated into the cuisine of the Chinese people due both to imperial expansion and from the trade with nearby regions in pre-modern times, and from Europe and the New World in the modern period. <P> Chinese soup has been an important part of Chinese food culture for a long time. It is considered to be one of the most nutritious and digestible food types. Since in China, soups are eaten as one of the main dishes in a meal, particular attention is attached to the soups’ stocks. Meat, bones, eggs, marine products, vegetables, fruits, crops and edible fungus are used. <P> For the Chinese people, rice is the staple food in everyday meals. They eat it as Westerners do with bread. Rice is cooked by boiling or steaming, till it absorbs as much water as it can. There is a rich collection of rice dishes in China. It is considered to be one of the most nutritious and digestible food types. Since in China, soups are eaten as one of the main dishes in a meal, particular attention is attached to the soups’ stocks. Meat, bones, eggs, marine products, vegetables, fruits, crops and edible fungus are used. <P> Hom describes the distinctive foods of China's regions. The North. Complete Chinese Cookbook. The north is a wheat-growing area -- Beijing is very typical. It's rather stodgy, heavy food -- a lot of buns and types of bread-like things -- but it's still very good. They're also famous for different types of dumplings.
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Chinese soup,Chinese noodles.
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salary for nyc electronic technician
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<P> Average annual salary for a Electronics Engineering Technician is $50640 based on statistics in the U.S. as of 2015. The highest salary recorded was $73771. The lowest salary reported was $34577. These figures will vary on a state to state basis as these are averages across all 50 states. Median hourly wage for a Electronics Engineering Technician is $25.18 <P> An HVAC Service Technician in New York, New York earns an average wage of $26.94 per hour. The skills that increase pay for this job the most are Controls, Heat, Electronic Troubleshooting, Troubleshooting, and Commercial. Experience has a moderate effect on income for this job. $14.57 - $39.78. <P> Bachelor’s Degree in Electrical / Electronic Engineering from an accredited college or... GE Careers - 9 hours ago-save job-email-more... 1 View all GE Power & Water jobs in New York, NY-New York jobs. 2 Salary Search: Wind Energy Lead Technician salaries in New York, NY. <P> 1 Salary Search: Wind Energy Lead Technician salaries in New York, NY. 2 Learn more about working at GE Power & Water. 3 Related forums: New York, New York-GE Power & Water - -. <P> Average Electronic Technician salaries for job postings in New York, NY are 36% higher than average Electronic Technician salaries for job postings nationwide. <P> Median of all compensation (including tips, bonus, and overtime) by years of experience. For Electronics Technicians, experience does not seem to be a major factor in determining pay. The average worker who claims fewer than five years of experience earns around $36K. <P> 1 View all GE Power & Water jobs in New York, NY-New York jobs. 2 Salary Search: Wind Energy Lead Technician salaries in New York, NY.
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$ 50,640
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how to get pen ink out of a couch cushion
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<P> Report Abuse. My daughter has actually gotten ink on the couch before and I used her baby wipes to get it out. Just a little bit of scrubbing and it seemed to do the job. It also depends on the material too I think. We have a suede type material. <P> 1 Simply apply hand sanitizer to a clean cloth and rub it into the ink stain. 2 Liberal use of elbow grease helps, along with liberal use of the hand sanitizer. 3 Rub until the stain is gone and then blot with a damp cloth to remove excess. 1 All contain alcohol. 2 Simply apply hand sanitizer to a clean cloth and rub it into the ink stain. 3 Liberal use of elbow grease helps, along with liberal use of the hand sanitizer. 4 <P> Answer by dev49 (47). To easily lift ink from your couch is to use hairspray and then slowly dab it with a paper towel until the ink and hairspray absorb into the paper towel. <P> answers from Eugene on. Isopropyl (rubbing) alcohol. That's the ingredient in hairspray that gets the ink out but I just use the rubbing alcohol straight so there is no lacquer residue. Test a spot on the back of the couch or underside of a cushion to make sure the alcohol doesn't harm the fabric. 2 moms found this helpful. <P> Blot the ink stain with the white rag. Work from the outside of the ink stain toward the center. Add more acetone or alcohol clean portions of the towel and blot with the clean section as the ink begins to lift onto the rag. Continue blotting until the ink no longer transfers to the rag. Use hairspray as an alternative method for removing ink pen stains from a couch. Spray aerosol hairspray onto a white rag and gently blot the stained area. Switch to clean portions of the rag and apply more hairspray as the ink begins to lift from the fabric. Follow up by blotting the area with a clean, dry <P> Ink from a ballpoint pen contains oils in the ink, thus removing the oil will lift off out the ink. How to test for colorfastness: Take the stain removal product and apply small amount to a white towel. Using the wet area of the towel, blot a hidden area of the garment to see if color transfers over to the towel. First step: Dawn Dishwashing Liquid. 1 Create a solution of 1 part Dawn Dishwashing Liquid to 5 parts water. 2 Apply the solution directly to the ink stain. 3 Tamp (tap) with a brush to help solution penetrate <P> 1. Dampen a clean, white cloth with rubbing alcohol or a dry cleaning solvent. Blot the the ink stain with the cloth, adding more solvent as needed. Avoid rubbing, which can spread the stain or force it deeper into the upholstery fibers of your sofa. <P> Blot the stain right away. It is important to deal with the ink stain immediately. Blot the spot with a clean cloth or paper towels and apply a little pressure on it. Just blot and don't rub, since rubbing might spread the stain. 1 Work from the outside going towards the center and try to absorb as much ink as you can. 2 Change the cloth or paper towels when needed. Test the alcohol in an inconspicuous spot. You can use rubbing alcohol to remove ink from leather, cloth, or vinyl, but no matter what material your couch is made from, it's a good idea to test it first just in case it alters the color or causes damage. 1 90 percent isopropyl alcohol is best, but you can also use 70 percent if that's the only one you have
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Using baby wipes
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what is classed as defamation
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<P> by FreeAdvice staff. Defamation is a statement that gives a negative impression of a person, company, group, product, government, or country. The statement is made as though it were true, when in fact, it is false. Defamation can be slander, which is made with spoken words, sounds, sign language, or gestures. <P> Libel and slander are types of defamatory statements. Libel is a written defamatory statement, and slander is a spoken or oral defamatory statement. In this article, we'll look at where you might find a defamatory statement, provide some different examples of libel and slander, and more. <P> A defamatory statement can be published in: 1 Verbal form, when it is classed as slander-because only the spoken word is involved, slander can often be difficult to prove; or. 2 Written form, when is classed as libel-a case for libel is easier to bring because evidence can be documented. <P> n. oral defamation, in which someone tells one or more persons an untruth about another which untruth will harm the reputation of the person defamed. Slander is a civil wrong (tort) and can be the basis for a lawsuit. <P> 1 Verbal form, when it is classed as slander-because only the spoken word is involved, slander can often be difficult to prove; or. 2 Written form, when is classed as libel-a case for libel is easier to bring because evidence can be documented. <P> The tort of defamation refers to a false statement, either spoken (slander) or written (libel) that injures someone's reputation. However, some types of false statements are considered so damaging that they are deemed defamatory on their face (defamation per se). <P> Slander and libel are both types of defamation, which refers to statements that damage another person's reputation. While there are similarities, each focuses on different types of defamation strategy.
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Slander and libel are both types of defamation, which refers to statements that damage another person's reputation.
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constitutional monarchy definition
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<P> A constitutional monarchy, limited monarchy or parliamentary monarchy (also called a crowned republic) is a form of government in which governing powers of the monarch are restricted by a constitution. In Thailand's constitutional monarchy, the monarch is recognized as the Head of State, Head of the Armed Forces, Upholder of the Buddhist Religion, and Defender of the Faith. The current King, Bhumibol Adulyadej, is the longest reigning current monarch in the world and in all of Thailand's history <P> The United Kingdom and fifteen of its former colonies are constitutional monarchies with a Westminster system of government. Three states – Malaysia, Cambodia and the Holy See – employ true elective monarchies, where the ruler is periodically selected by a small, aristocratic electoral college. In Thailand's constitutional monarchy, the monarch is recognized as the Head of State, Head of the Armed Forces, Upholder of the Buddhist Religion, and Defender of the Faith. The current King, Bhumibol Adulyadej, is the longest reigning current monarch in the world and in all of Thailand's history <P> Constitutional monarchy. Constitutional monarchy is a form of government in which a monarch acts as head of state within the guidelines of a constitution, whether it be a written, uncodified, or blended constitution. Under most modern constitutional monarchies there is also a prime minister who is the head of government and exercises effective political power. There also exist today several federal constitutional monarchies. <P> Constitutional monarchy. In a constitutional monarchy the post of the head of state is usually passed (by some form of primogeniture) within a royal family. In a constitutional monarchy the head of state is normally the theoretical head of the executive, producing phrases like Her Majesty's Government. In some instances the monarch (or in states in the Commonwealth of Nations a governor-general) may chair the cabinet, though they play not role in policy formation. <P> 1 In a constitutional monarchy, the monarch is subject to a constitution. 2 The monarch serves as a ceremonial figurehead symbol of national unity and state continuity. 3 The monarch is nominally sovereign but the electorate, through their legislature, exercise (usually limited) political sovereignty. Today, the extent of a monarch's powers varies: 1 In an absolute monarchy, the monarch rules as an autocrat, with absolute power over the state and government — for example, the right to rule by decree, promulgate laws, and impose punishments. <P> A monarchy is a form of government in which sovereignty is actually or nominally embodied in one or several individual(s) reigning until death or abdication. They are called the monarchs. Today, the extent of a monarch's powers varies: 1 In an absolute monarchy, the monarch rules as an autocrat, with absolute power over the state and government — for example, the right to rule by decree, promulgate laws, and impose punishments. <P> Generations of governments and government ministers listerned attentively to his observations. A constitutional monarchy (also capitalised as Constitutional Monarchy) is a system of government established under a constitutional system which acknowledges a hereditary or elected monarch as a Head of state). In a constitutional monarchy the head of state is normally the theoretical head of the executive, producing phrases like Her Majesty's Government. In some instances the monarch (or in states in the Commonwealth of Nations a governor-general) may chair the cabinet, though they play not role in policy formation. <P> When the monarch has no or few legal restraints in state and political matters, it is called an absolute monarchy and is a form of autocracy. Cases in which the monarch's discretion is formally limited are called constitutional monarchies. Today, the extent of a monarch's powers varies: 1 In an absolute monarchy, the monarch rules as an autocrat, with absolute power over the state and government — for example, the right to rule by decree, promulgate laws, and impose punishments. <P> In England, the Glorious Revolution of 1688 led to a constitutional monarchy restricted by laws such as the Bill of Rights 1689 and the Act of Settlement 1701, although limits on the power of the monarch ('a limited monarchy') are much older than that (see Magna Carta). In Thailand's constitutional monarchy, the monarch is recognized as the Head of State, Head of the Armed Forces, Upholder of the Buddhist Religion, and Defender of the Faith. The current King, Bhumibol Adulyadej, is the longest reigning current monarch in the world and in all of Thailand's history
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A form of government in which governing powers of the monarch are restricted by a constitution.
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foods that are major sources of starch include quizlet
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<P> grains legumes tubers. rich sources of starch include __, such as wheat, rice, corn, and oats, legumes, such as peas, beans, ad lentils, and __, such as potatoes, yams, and cassava. small intestine pancreatic amylase. most carbohydrate digestion takes place in the __; as the stomach contents enter the small intestine, the pancreas secrete __ into the small intestine, continuing the digestion of starch, breaking it into maltose. <P> 1. Introduction. Carbohydrates are one of the three macronutrients in our diet (fat and protein being the others). They exist in many forms and are mainly found in starchy foods such as bread, pasta, and rice, as well as in some beverages, e.g. fruit juices and sugar-sweetened drinks. Carbohydrates represent the most important source of energy for the body, and are vital for a varied and balanced diet. <P> Starchy foods such as potatoes, bread, cereals, rice and pasta should make up about a third of the food you eat, as shown by the eatwell plate. Where you can, choose wholegrain varieties, or eat potatoes with their skins on for more fibre. Starch is the most common form of carbohydrate in our diet. Although potatoes are vegetables, in the UK we mostly eat them as the starchy food part of a meal, and they are a good source of carbohydrate in our diets. Because of this, potatoes don't count towards your five portions of fruit and vegetables a day, but they can play an important role in your diet. <P> We need this amount of carbohydrate because: 1 Carbohydrates are the body s main source of fuel. 2 Carbohydrates are easily used by the body for energy. 3 All of the tissues and cells in our body can use glucose for energy. 4 Carbohydrates are needed for the central nervous system, the kidneys, the brain, the muscles (including the heart) to function 5 ... C 1 Carbohydrates can be stored in the muscles and liver and later used for energy. 2 Carbohydrates are important in intestinal health and waste elimination. 3 Carbohydrates are mainly found in starchy foods (like grain and potatoes), fruits, milk, and yogurt. <P> Starch is the most common carbohydrate in the human diet and is contained in many staple foods. The major sources of starch intake worldwide are the cereals (rice, wheat, and maize) and the root vegetables (potatoes and cassava). <P> Starch. Foods high in starch include: 1 Starchy vegetables like peas, corn, lima beans and potatoes. 2 Dried beans, lentils and peas such as pinto beans, kidney beans, black eyed peas and split peas. 3 Grains like oats, barley and rice. ( 4 The majority of grain products in the US are made from wheat flour <P> Potatoes. Potatoes are a great choice of starchy food, and a good source of energy, fibre, B vitamins and potassium. In the UK, we also get a lot of our vitamin C from potatoes because, although they only contain 11-16mg of vitamin C per 100g of potatoes, we generally eat a lot of them. Although potatoes are vegetables, in the UK we mostly eat them as the starchy food part of a meal, and they are a good source of carbohydrate in our diets. Because of this, potatoes don't count towards your five portions of fruit and vegetables a day, but they can play an important role in your diet. <P> The role of carbohydrates. Carbohydrates, also known as starches and sugars, are your body's main energy source. Complex carbohydrates include legumes, grains and starchy vegetables, such as potatoes, peas and corn. Simple carbohydrates are found mainly in fruits and milk, as well as in foods made with sugar, such as candy and other sweets. <P> carbohydrates. compounds, including sugars, starches, and dietary fibers, that usual have the general chemical formula (CH2O)n, where n represents the number of CH20 units in the molecule. they are a major source of energy for body functions. . small intestine pancreatic amylase. most carbohydrate digestion takes place in the __; as the stomach contents enter the small intestine, the pancreas secrete __ into the small intestine, continuing the digestion of starch, breaking it into maltose. <P> Starchy foods are a good source of energy and the main source of a range of nutrients in our diet. As well as starch, they contain fibre, calcium, iron and B vitamins. Some people think starchy foods are fattening, but gram for gram they contain fewer than half the calories of fat. Although potatoes are vegetables, in the UK we mostly eat them as the starchy food part of a meal, and they are a good source of carbohydrate in our diets. Because of this, potatoes don't count towards your five portions of fruit and vegetables a day, but they can play an important role in your diet.
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wheat, rice, corn, and oats, legumes, such as peas, beans, ad lentils, and , such as potatoes, yams, and cassava.
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paralegal salary in texas
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<P> While most paralegals were employed in the Houston, Sugar Land, and Baytown areas; the highest paid were found to be employed in the Dallas, Plano, and Irving areas where the 90th percentile was reported to earn $75,280 on average, a total of $25,610 more than the state’s overall average. Area name. Salary and employment data has been compiled by the United States Department of Labor’s Bureau of Labor Statistics in May 2010. <P> (United States). A Paralegal in Houston, Texas earns an average salary of $49,752 per year. Experience has a moderate effect on pay for this job. A skill in Legal Compliance is associated with high pay for this job. X Total Pay combines base annual salary or hourly wage, bonuses, profit sharing, tips, commissions, overtime pay and other forms of cash earnings, as applicable <P> As the number of paralegals is declining, the salaries paid to paralegals are increasing in Texas. In 2006 paralegals made a mean salary of $42,605 per year, and in 2010 they made $45,535 per year. This represents a 6% growth in salaries. This growth is mirrored by state trends for all professionals. Within the field of paralegal, there is a huge variation in pay, with the highest paid paralegals earning 146% more money than those in the bottom 10% of the pay bracket in Texas state. <P> Paralegal Salary in Dallas, Texas. (United States). The average salary for a Paralegal in Dallas, Texas is $50,929 per year. The highest paying skills associated with this job are Legal Compliance and Organizational Development. X Total Pay combines base annual salary or hourly wage, bonuses, profit sharing, tips, commissions, overtime pay and other forms of cash earnings, as applicable for this job. It does not include equity (stock) compensation, cash value of retirement benefits, or the value of other non-cash benefits (e.g. healthcare). <P> Average Paralegal salaries for job postings in Houston, TX are 13% higher than average Paralegal salaries for job postings nationwide. <P> A Paralegal in Houston, Texas earns an average salary of $49,752 per year. Experience has a moderate effect on pay for this job. X Total Pay combines base annual salary or hourly wage, bonuses, profit sharing, tips, commissions, overtime pay and other forms of cash earnings, as applicable <P> Average Paralegal salaries for job postings in Texas are 3% lower than average Paralegal salaries for job postings nationwide. <P> During 2011, the Bureau of Labor Statistics reported that there were 16,730 paralegals employed throughout Texas. The average annual salary among these paralegals was $49,670. The state’s top ten percent reported an average of $77,220. Salary and employment data has been compiled by the United States Department of Labor’s Bureau of Labor Statistics in May 2010. <P> Over 16,000 people are employed as paralegals in Texas according to the 2011 employment survey performed by the Bureau of Labor Statistics. Texas is home to more than twenty paralegal associations as well as several paralegal divisions of state bar associations. Twenty-five of these organizations have chosen to affiliate as the Texas Alliance of Paralegal Associations (TAPA). <P> Average Paralegal Salaries. The average salary for paralegal jobs in Austin, TX is $47,000. Average paralegal 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 paralegal anywhere in the job listing.
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Average $50,929 per year
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how long can i leave brewed beer before bottling
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<P> If fermenation is done after two weeks and it's cleared up, then you can go to bottling or kegging if you wish. Or, you can rack to secondary and let it sit for two weeks. Doing higher gravity big beers, some people will actually bulk age them in the carboy from 1 month up to a year or more. If you do this, make sure everything is santized well and topped up to the top of the neck of the carboy. <P> A: You'll spend about 6 hours on brew day brewing and cleaning up (this will get shorter as you gain experience). Then the beer will ferment for about 2 weeks. Then you'll spend another 2-3 hours bottling the beer and it will be another week or two before it's ready to drink. <P> If you don't have a hydrometer, keep an eye on your beer...a good rule of thumb is to give it about 8 -10 days in the fermenter, keeping an eye on the air-lock...before transferring it to either a secondary fermenter or your bottling bucket and then into bottles (after adding priming sugar). <P> Storing the bottles. Once the beer has fermented for a total of two weeks you will be ready to bottle the beer. Keep in mind that after you bottle the beer it will take about two to four weeks before the beer is ready to drink. Bottling the beer will take about an hour and a half to complete with cleaning time added. <P> You want the primary fermentation to be completed before bottling to prevent explosions. Time in bottles will pretty much be up to your patience at least 3 weeks but better 2 months. And just add 1 teaspoon to the bottles more can cause <P> I know some people use the 1-2-3 rule for 1 week in primary, 2 weeks in secondary, and 3 in the bottle before they consume. The recent trend I've seen is not to secondary and leave the beer on the yeast cake for a month. <P> Daloo said... I'm making a bock beer (non-lagering) and will be traveling for 3 weeks in 2 weeks. I plan to move to a secondary fermenter in the typical 5-6 days, and then leave it in secondary until I return, 4 weeks later.
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About 2 weeks.
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what is markmonitor
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<P> A whois lookup suggested that all of those belonged to MarkMonitor. For example: There were 4-5 more such URL(s) each mapped to MarkMonitor. Furthermore, they are disconnected after closing Chrome and are not connected until it is restarted. The same thing does not happen with Firefox. I could find an answer over the internet (on Google forums). It is very short and does not get into details. <P> MarkMonitor. Protecting Brands in the Digital World™. Description: MarkMonitor®, the world leader in enterprise brand protection, uses a SaaS delivery model to provide advanced technology and expertise that protects the revenues and reputations of the world's leading brands. Customers choose MarkMonitor for its unique combination of industry-leading expertise, advanced technology and extensive industry relationships to preserve their marketing investments, revenues and customer trust. To find out more, visit us on the MarkMonitor website. <P> Leverage powerful, proprietary technology to uncover networks of rogue pharmacies and focus on the worst offenders. View. Your A to Z guide on New gTLDs. Our New gTLD Resource Center can help you develop strategies for protecting your brands in the expanded Internet namespace. <P> MarkMonitor Inc. is an American software company founded in 1999. It develops software intended to protect corporate brands from Internet counterfeiting, fraud, piracy and cybersquatting. Half of MarkMonitor's employees are based at its San Francisco facility where its brand protection solutions division is located. Domain development, administration and customer service personnel are located in Boise, Idaho, and their anti-fraud and security center is based in Washington DC. (subscription required). <P> Protect your brand and your business with an online brand protection strategy. Online brand protection combats the loss of revenue, reputation and customer trust that occurs when someone else exploits your brand for their own gain. The financial impact of online brand abuse is substantial and pervasive, resulting in revenue loss, increased customer service costs and exposure to legal liability. Other impacts of online brand abuse are more insidious, leading to significant erosion of margins, brand reputation and customer trust. <P> MarkMonitor, the global leader in enterprise brand protection, offers comprehensive solutions and services that safeguard brands, reputation and revenue from online risks. It develops software intended to protect corporate brands from Internet counterfeiting, fraud, piracy and domain squatting. It also develops and publishes reports on the prevalence of brand abuse on the Internet. MarkMonitor acquired AllDomains in 2001 and DtecNet in 2010. <P> Markmonitor.com is a company providing brand protection to (mainly) global brands. Markmonitor monitors the Internet (supposedly) looking for brand-piracy, domain name hijacking and counterfeiting (of branded goods) among it’s range of client services. The company must use search spiders to trawl websites looking for this information. Protecting your site or blog from Markmonitor.com bots requires vigilance. Ban one IP, user agent or host, and the company will use another IP – they seem to have many available. Deny one of their spoofed user agents – they will use another fake user agent string, or a blank user agent identity. <P> History [edit]. MarkMonitor was founded in 1999 in Boise, Idaho and its initial business as a service provider for the protection of corporate trademarks on the Internet. In 2000, MarkMonitor gained ICANN accreditation status for domain registration and acquired a domain management business called AllDomains the following year. Half of MarkMonitor's employees are based at its San Francisco facility where its brand protection solutions division is located. Domain development, administration and customer service personnel are located in Boise, Idaho, and their anti-fraud and security center is based in Washington DC. (subscription required). <P> If a single discovered IP used by MarkMonitor.com is banned, it will send bots from other IPs to the site (tested and confirmed). So this organisation is insistent it wants its bots on websites! The only effective way to prevent this companies spider is to identify every IP being used and block them individually. Protecting your site or blog from Markmonitor.com bots requires vigilance. Ban one IP, user agent or host, and the company will use another IP – they seem to have many available. Deny one of their spoofed user agents – they will use another fake user agent string, or a blank user agent identity.
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MarkMonitor Inc. is an American software company founded in 1999. It develops software intended to protect corporate brands from Internet counterfeiting, fraud, piracy and cybersquatting.
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what is figurative language
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<P> Figurative language is a part of speech. Examples of figurative language are Similes Metaphors Personification Hyperbole Idioms Alliteration and something else. A simile is wh … en you compare 2 things using like or as. A metaphor is saying that something is something for example we were a herd of wild beasts. Figurative language is a word or phrase that departs from everyday … literal language for the sake of comparison, emphasis, clarity, or freshness. <P> Language that goes beyond the ordinary meaning of words. Answer: Figurative language is different from literal language in that the former uses all kinds of techniques including metaphor, simile, and so on to get its message across whilst the latter (literal) uses straightforward factual language. Figurative language is a word or phrase that departs from everyday … literal language for the sake of comparison, emphasis, clarity, or freshness. <P> [h1]{PAGETITLE}[/h1]. Figurative & Descriptive language is used in fiction, nonfiction, drama, and poetry. Figurative language — Language that involves the use of words and/or phrases that describe one thing in terms of another and that is not meant to be understood on a literal level. Figurative language always involves some sort of imaginative comparison between seemingly unlike things. FCAT Vocabulary. [em]Figurative & Descriptive language is used in fiction, nonfiction, drama, and poetry.[/em] [b]Figurative language[/b] <P> Whenever you describe something by comparing it with something else, you are using figurative language. A simile uses the words like or as to compare one object or idea with another to suggest they are alike. <P> When most people think of figurative language, similes and metaphors spring to mind. However, the term figurative language covers a wide range of literary techniques. Here are some examples of figurative language in each of the categories: A metaphor asserts that one thing is something that it literally is not. Figurative language is the use of words in an unusual or imaginative manner. Often figurative language involves the use of a metaphor, a simile, personification, hyperbole, idiom, a euphemism, and pun. However, as the term figurative language also covers unusual or imaginative word constructions (and not just word meanings), it also includes alliteration, assonance, consonance, and onomatopoeia <P> Definition: Figurative language is a word or phrase that departs from everyday literal language for the sake of comparison, emphasis, clarity, or freshness. Metaphor and simile are the two most commonly used figures of speech, but things like hyperbole, synecdoche, puns, and personification are also figures of speech. <P> Literal and figurative language is a distinction within some fields of language analysis, in particular stylistics, rhetoric, and semantics. 1 Literal language uses words directly according to their proper meanings (signified). 2 Figurative (or non-literal) language uses words in figures of speech. Figurative use of language is the use of words or phrases that implies a non-literal meaning which does make sense or that could [also] be true.
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Figurative language is the use of words in an unusual or imaginative manner.Often figurative language involves the use of a metaphor, a simile, personification, hyperbole, idiom, a euphemism, and pun.
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how soon do i need to apply for social security
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<P> By Investopedia AAA |. A: Applications for Social Security benefits can only be processed a maximum of four months before benefits are scheduled to begin. Thus, the earliest you can apply is age 61 and 9 months, and you can expect to receive your first payment four months later, the month after your birthday. <P> If you do not live in the U.S. or one of its territories you can also-Contact the nearest U.S. Social Security office, U.S. Embassy or consulate. Reminders: 1 You must be at least 61 years and 9 months old to apply for retirement benefits. 2 If you are already age 62, you may be able to start your benefits in the month you apply. 3 You should apply for benefits no more than four months before the date you want your benefits to start. <P> Can I apply before I reach my birthday? A. You can. Social Security will accept your application for early benefits when you're 61 years 9 months. Regardless of how old you are, the agency generally recommends that you apply three months before you would like the first payment to arrive. <P> There are a number of options for applying for Social Security benefits. If you want to schedule an appointment to apply in person at a local office or to apply over the telephone, you can call your local office or the Social Security Administration's toll-free telephone number, which is 1-800-777-1213. <P> First, if you apply for Social Security retirement benefits before you reach your full retirement age (66 for people retiring now), then you are limited in how much you can earn. In 2013, the income limit is $15,120. <P> 1 You must be at least 61 years and 9 months old to apply for retirement benefits. 2 If you are already age 62, you may be able to start your benefits in the month you apply. 3 You should apply for benefits no more than four months before the date you want your benefits to start.
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I had at least 61 years and 9 months.
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