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what acids are in oranges
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<P> Other Acids. Oranges provide small amounts of saturated and unsaturated fatty acids and two protein building blocks, aspartic acid and glutamic acid. The fruit also contains acetic acid found in vinegar, and caprylic acid, an aromatic in goat fat. Caprylic acid's rancid smell finds application in perfume. Ascorbic Acid. If you throw away the peel and the seeds of a typical Florida-grown orange, you'll still find 63.5 mg of ascorbic acid in the fruit you keep. You could eat everything but the seeds and add even more vitamin C, for a total of 112.9 mg. <P> As intermediates in the metabolic processes of the fruit, these acids are directly involved in growth, maturation, and senescence. Fruit juices have a low pH, because they contain high levels of organic acids. The total acid content varies widely, from approximately 0.2% in pear juice to 0.8% in lime. Some of the major acids in fruits include citric, malic, and tartaric acids. Organic acids also influence the growth of microorganisms in fruit juices and therefore affect the keeping quality of the product. At proper levels certain acids are inhibitory to most bacteria. <P> Formic acid found in oranges acts as a strong irritant when concentrated. Oranges contain harmless amounts of formic acid, but volatile oils in the orange rind could cause dermatitis, hives and asthmatic symptoms in some individuals. Ascorbic Acid. If you throw away the peel and the seeds of a typical Florida-grown orange, you'll still find 63.5 mg of ascorbic acid in the fruit you keep. You could eat everything but the seeds and add even more vitamin C, for a total of 112.9 mg. <P> Some people may have problems with these fruits because of their acid content. The acid though is a healthy and organic nutritional element (for instance: ascorbic acid is vitamin c, found especially in citrus fruits and vegetables). <P> Most mixtures of low-acid and acid foods also have pH values above 4.6 unless their recipes include enough lemon juice, citric acid, or. vinegar to make them acid foods. Acid foods have a pH of 4.6 or lower. They include fruits, pickles, sauerkraut, jams, jellies, marmalades, and fruit butters. Although tomatoes usually are considered an acid food, some are now known to have pH values slightly above 4.6. Figs also have pH values slightly above 4.6. <P> Citric Acid. Citric acid, found in all citrus fruits, adds the sour taste to lemons, limes, grapefruit and oranges. Citric acid is added to other food products, such as candy, soda and juice, to make them taste sour. Its acidic quality makes it useful as a preservative for canned foods and preserving meat. Photo Credit Hemera Technologies/AbleStock.com/Getty Images. Oranges contain ascorbic acid, also known as vitamin C. Other acids that contribute to the nutritional profile of oranges include folic, pantothenic, hydroxycinnamic, citric, malic and oxalic. <P> Acid foods are foods that contain enough acid to have a pH of 4.6 or lower. Acidic foods can be processed safely in a boiling water canner, usually without added acid (lemon juice, vinegar or citric acid). This is necessary to control botulinum bacteria. Acid foods have a pH of 4.6 or lower. They include fruits, pickles, sauerkraut, jams, jellies, marmalades, and fruit butters. Although tomatoes usually are considered an acid food, some are now known to have pH values slightly above 4.6. Figs als <P> Because one of the acids in its fruit cures scurvy, oranges spread quickly through the ancient world as sailors planted these important trees at tropical ports. The orange no longer exists as a wild tree, but has become the most commonly planted fruit tree in the world, according to Purdue University. Ascorbic Acid. If you throw away the peel and the seeds of a typical Florida-grown orange, you'll still find 63.5 mg of ascorbic acid in the fruit you keep. You could eat everything but the seeds and add even more vitamin C, for a total of 112.9 mg. <P> You can obtain hydroxycinnamic acids by eating citrus fruits, like oranges, in your daily diet. Citric acid, found in all citrus fruits, adds the sour taste to lemons, limes, grapefruit and oranges. Citric acid is added to other food products, such as candy, soda and juice, to make them taste sour. Its acidic quality makes it useful as a preservative for canned foods and preserving meat. Photo Credit Hemera Technologies/AbleStock.com/Getty Images. Oranges contain ascorbic acid, also known as vitamin C. Other acids that contribute to the nutritional profile of oranges include folic, pantothenic, hydroxycinnamic, citric, malic and oxalic.
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Citric acid and ascorbic acid
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simon helberg mother
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<P> PHOTOS: Hollywood dads on duty. Simon Helberg and his wife Jocelyn Towne welcomed daughter Adeline on May 8, Helberg's rep confirms to Us Weekly exclusively. This is the first child for The Big Bang Theory star and his actress/writer/director wife. <P> In 2007, Helberg was cast as Howard Wolowitz, in the CBS comedy series The Big Bang Theory. Helberg married actress Jocelyn Towne on July 15, 2007. <P> Mini Bio (1). Simon Helberg was born and raised in Los Angeles but despite this, and the fact that his father is the actor Sandy Helberg and his mother the casting director Harriet B. Helberg, his main interest as a young boy was karate. <P> Born on December 9, 1980, in Los Angeles, California, actor Simon Helberg grew up in the entertainment industry. His father Sandy is an actor and writer and his mother Harriet is a casting director. In his early years, he was very interested in television. <P> Simon Helberg is an American actor born and raised in Los Angeles, California. And having an actor for a father and a mother who is a casting director, Simon was exposed to the acting world early in his childhood. Although his first passion was playing music, his interest… more. <P> Official Photos ». Simon Helberg was born and raised in Los Angeles but despite this, and the fact that his father is the actor Sandy Helberg and his mother the casting director Harriet B. Helberg, his main interest as a young boy was karate. <P> Big Bang baby! PHOTOS: Hollywood dads on duty. Simon Helberg and his wife Jocelyn Towne welcomed daughter Adeline on May 8, Helberg's rep confirms to Us Weekly exclusively. This is the first child for The Big Bang Theory star and his actress/writer/director wife. The family is thrilled, a source says. <P> Simon, with his wife Jocelyn Towne, welcomed their first child, daughter Adeline, born May 8, 2012. Wife, Jocelyn Towne, had their second child, a son, Wilder Towne Helberg was born on April 23, 2014. The birth was kept secret until June 2014. Only male cast member of The Big Bang Theory (2007) who is a father.
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Harriet B. Helberg
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Public health definition
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<P> Its reach is global. The public health field confronts global health issues, such as improving access to health care, controlling infectious disease, and reducing environmental hazards, violence, substance abuse, and injury. It spans many disciplines and is regularly spotlighted in popular culture and media. <P> community health nursing, a field of nursing that is a blend of primary health care and nursing practice with public health nursing. <P> Related policy areas: Social care and National Health Service. Public health is about helping people to stay healthy, and protecting them from threats to their health. The government wants everyone to be able to make healthier choices, regardless of their circumstances, and to minimise the risk and impact of illness. <P> Definition of Public Health Nursing. Public health nursing is the practice of promoting and protecting the health of populations using knowledge from nursing, social, and public health sciences. <P> n a field of medicine that deals with the physical and mental health of the community, particularly in such areas as water supply, waste disposal, air pollution, and food safety. public health authority, n a governmental agency responsible for matters of public health. Etymology: L, publicus, of the people; AS, haelth. a field of medicine that deals with the physical and mental health of the community, particularly in such areas as water supply, waste disposal, air pollution, and food safety.he field of health science that is concerned with safeguarding and improving the physical, mental, and social well-being of the community as a whole. The united states public health service (USPHS) is a federal health agency that is part of the United States Department of Health and Human Services. <P> CDC is our nation's premier public health agency. The CDC is the nation's disease prevention and wellness promotion agency, protecting people's health and safety, providing credible information to enhance health decisions, and improving health through strong partnerships. <P> Wiktionary (0.00 / 0 votes) Rate this definition: public health (Noun). The science and practice of community hygiene; includes preventive medicine, health education, sanitation and environmental safety. <P> the field of health science that is concerned with safeguarding and improving the physical, mental, and social well-being of the community as a whole. The united states public health service (USPHS) is a federal health agency that is part of the United States Department of Health and Human Services. <P> Full Definition of PUBLIC HEALTH. : the art and science dealing with the protection and improvement of community health by organized community effort and including preventive medicine and sanitary and social science. See public health defined for English-language learners.ADVERTISEMENT. <P> Public health refers to the science and art of preventing disease, prolonging life and promoting health through organized efforts and informed choices of society, organizations, public and private, communities and individuals.. It is concerned with threats to health based on population health analysis.he focus of public health intervention is to improve health and quality of life through prevention and treatment of disease and other physical and mental health conditions. This is done through surveillance of cases and health indicators, and through promotion of healthy behaviors.
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The art and science dealing with the protection and improvement of community health by organized community effort and including preventive medicine and sanitary and social science.
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average salary dental school professor
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<P> Figure 2. Average Faculty Salaries at the University of Alberta in 2001 dollars over the period 2001-11 as adjusted by Statistics Canada annual CPI data for Alberta. With inflation taken into account, average faculty salaries at the University of Alberta increased by about 21% over the ten-year interval 2001-11. Indeed, over the years 2004-08, average faculty salaries actually decreased in terms of real purchasing power. <P> Salaries for dental hygienists in Tallahassee have increased. In 2010 dental hygienists in Tallahassee reportedly earned an average salary of $51,860 per year. Four years earlier in 2006, the average salary for dental hygienists in Tallahassee was $49,670 per year. The growth in the salary of dental hygienists in Tallahassee is slower than the salary trend for all careers in the city. Dental hygienists in Tallahassee earn a median salary of $47,740 per year. <P> The A&S dean’s office also topped last year’s list, with an average salary of $167,801 and median salary of $172,033. At the bottom of the average faculty pay, by rank, at $29,336, were the 18 lecturers/others in the School of Medicine at $29,336. They also had the lowest median by rank at $22,500. In the FY11 report, the four lecturers/others in the School of Pharmacy had the lowest faculty salaries. <P> salary for Division Directors in the West region increased 27%, from $129,792 to $164,745. 3%. Guaranteed Annual Salary of Full-Time Dental School Faculty by Gender. Consistent with data on faculty salaries at non-dental schools, dental faculty salaries were generally higher for men than women. Executive Summary and Tables of the American Dental Education Association’s annual Dental School Faculty Salary Survey provide information on the 200 8-09 guaranteed annual. <P> The average net income for a private practitioner in 2013 was $180,950 for a general practitioner and $283,900 for a specialist. Source: Income, Gross Billings, and Expenses: Selected 2013 Results from the Survey of Dental Practice (Tables in Excel). Available as a free download. <P> Solomon, Eric S. , v56 n3 p214-15 Mar 1992. An examination of national data on dental educators' salaries since 1975 compares average salaries for basic and clinical science faculty, relates faculty salaries to changes in the Consumer Price Index (since 1976), and tracks faculty salaries in constant dollars. A brief analysis of results accompanies data graphs. <P> Without regard to the effects of inflation, the increase in average faculty salaries at the University of Alberta from $87,065 in 2001-02 to $133,711 in 2010-11, corresponding to about an 54% increase over 10 years, seems significant. With inflation taken into account, average faculty salaries at the University of Alberta increased by about 21% over the ten-year interval 2001-11. Indeed, over the years 2004-08, average faculty salaries actually decreased in terms of real purchasing power. <P> The Executive Summary and Tables of the American Dental Education Association's annual Dental School Faculty Salary Survey provide information on the 2008-09guaranteed annual salary and total compensation of full-time and part-time U.S. dental school faculty. A similar range of about $10,000 from highest to lowest median is present among Assistant Professors,with Clinical Science having a median of $86,627, and Research having a median of $75,000. Faculty salaries in the largest primary-appointment categories experienced modest changes from 2007-08 to 2008-09. <P> Figure 2 is a graph of average faculty salaries at the University of Alberta in terms of 2001 dollars as determined by Statistics Canada annual CPI index for Alberta over the period of time 2001-11. With inflation taken into account, average faculty salaries at the University of Alberta increased by about 21% over the ten-year interval 2001-11. Indeed, over the years 2004-08, average faculty salaries actually decreased in terms of real purchasing power. <P> Guaranteed annual salary provides a basic comparison of faculty salaries among dental schools because it does not include factors that vary greatly between schools, such as fringe benefits (including health and retirement benefits) or the percentage of guaranteed salary that will be added as a fringe benefit. A similar range of about $10,000 from highest to lowest median is present among Assistant Professors,with Clinical Science having a median of $86,627, and Research having a median of $75,000. Faculty salaries in the largest primary-appointment categories experienced modest changes from 2007-08 to 2008-09.
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$51,860 per year.
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how long does it take to get your masters in journalism
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<P> A Bachelor’s degree in journalism is a four-year program, although at some universities it is possible to complete the program in three years. Some students may take longer, especially if you are working while attending school. <P> The typical on-site master's degree program takes two years of full-time study to complete. These are often considered terminal degrees, and graduates usually receive the advanced training necessary to enter or advance in a chosen profession. <P> If you go to university it would take 3 to four years depending on your prereqs. A bachelor's degree in most areas can require between 124 to 128 college credits particular … to a specific program of study. <P> My masters of fine art took 3.5 years, this is typical for this degree, since it is more than a masters, buy less than a PhD. Typically a masters … should take 2 yrs.(full time). It depends on the school and their expectations for the degree and discipline. Normally you have up to seven years to complete your degree once you start it. 1 person found this useful. <P> Report Abuse. Assuming that you take a full study load, it takes six years to earn a master's degree. You get a masters degree after you get a job in your chosen field, otherwise, you may price yourself out of the market. Employers who require degrees can hire entry level employees with a bachelors for less money, if they pay a bonus for higher degrees. [email protected] · 8 years ago.
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2 years
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how much would a leg sleeve tattoo cost
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<P> 1 Some tattoo shops will charge by the hour regardless of the design. 2 Their hourly rate can vary anywhere from $50 to $200 per hour. 3 On average, a sleeve done all at once may take 8-25 hours depending on the complexity, colors, and more. 1 Their hourly rate can vary anywhere from $50 to $200 per hour. 2 On average, a sleeve done all at once may take 8-25 hours depending on the complexity, colors, and more. 3 Keep in mind that many people tend to get these types of tattoos over time, and not all at once. <P> Answer by barbwire (30). The cost of a full sleeve can cost upwards of $1,000 or more. The Tattoo artist is a factor when you consider the price as well, Artist take their art seriously and also time is a factor because it takes many hours to work on any large piece of art (tattoo). Answer by easif (38). The cost of the full sleeve tattoo will depend on the design you choose, if its custom then you may have to pay as per the number of hours it takes artist to make it. But if the design is in his stock then cost will probably be low so as such it may range upto $200-$450. <P> 1 An entire sleeve can range anywhere from $500 to as much as $3,000 or more. 2 Some tattoo shops will charge by the hour regardless of the design. 3 Their hourly rate can vary anywhere from $50 to $200 per hour. 4 On average, a sleeve done all at once may take 8-25 hours depending on the complexity, colors, and more. 1 Their hourly rate can vary anywhere from $50 to $200 per hour. 2 On average, a sleeve done all at once may take 8-25 hours depending on the complexity, colors, and more. 3 Keep in mind that many people tend to get these types of tattoos over time, and not all at once. <P> Best Answer: Depending on the artist and the quality of work I would estimate anywhere from $1500-3000. Something like that is going to take some time and you will want the best work you can get. Never go bargain shopping for a tattoo. (hopefully someone who has gotten a leg sleeve... show more lets say I have a small leg, don't want anything in particular, maybe mostly black and grey with some orange and blue. things like smoke, fire, maybe some skulls or someone getting tortured... I'm thinking it would cost about $500-1k. <P> Answer by Aumin (276). It all depends on where you get the tattoo done. On average it could cost you around $1200 to get a full sleeve, but if you want to go to a well known renown person, then it may cost you anywhere from $2000 - $3000. I would suggest to look around for a good tattoo artist and give them a call. Answer by easif (38). The cost of the full sleeve tattoo will depend on the design you choose, if its custom then you may have to pay as per the number of hours it takes artist to make it. But if the design is in his stock then cost will probably be low so as such it may range upto $200-$450. <P> 1 The establishment in which the artist works is also another factor to consider. 2 An entire sleeve can range anywhere from $500 to as much as $3,000 or more. 3 Some tattoo shops will charge by the hour regardless of the design. 4 Their hourly rate can vary anywhere from $50 to $200 per hour. 1 Their hourly rate can vary anywhere from $50 to $200 per hour. 2 On average, a sleeve done all at once may take 8-25 hours depending on the complexity, colors, and more. 3 Keep in mind that many people tend to get these types of tattoos over time, and not all at once. <P> The cost of a tattoo is going to vary depending on many various factors such as the size of the tattoo, the location, the colors, and many other various factors. 1 On average, most tattoo artists are going to charge anywhere from $65 to as much as $200 per hour, depending on their credibility and demand. 1 On average, most tattoo artists are going to charge anywhere from $65 to as much as $200 per hour, depending on their credibility and demand. 2 A tattoo usuualy takes 1 to 3 hours depending on the size. 3 Most are going to have a set minimum no matter what is done <P> Hi there i am getting George Clooney tattoo done full sleeve going up to my neck. I contacted a couple of tattoo artists to find out how much it would cost. 1 of them told me £850 and the other told me £1000. My uncles best friend is a tattoo artist and has his own shop etc so i asked my uncle... <P> 1 Most tattoo artists charge an hourly rate that varies from about $75 to $150 an hour, according to Bill Johnson, executive office director of the Alliance of Professional Tattooists.. 2 The length of time it takes to do a tattoo can vary from one to many hours, depending on the size and complexity of the design. 1 If you are unhappy with your tattoo, having it altered or tattooed over might cost hundreds of dollars and removal is even more expensive-up to $10,000 in some cases. 2 Your tattoo will fade over time, so you probably will have to get it touched up in the future.
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About $500-1k
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amount of rainfall in kenya
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<P> 1 Nairobi racks up an average of 925 mm (36.4 in) of rainfall per year, or 77.1 mm (3 in) per month. 2 On average there are 89 days per year with more than 0.1 mm (0.004 in) of rainfall (precipitation) or 7.4 days with a quantity of rain, sleet, snow etc. per month. 1 The driest weather is in July when an average of 19 mm (0.7 in) of rainfall (precipitation) occurs. 2 The wettest weather is in April when an average of 206 mm (8.1 in) of rainfall (precipitation) occurs. <P> Precipitation • Projections of mean rainfall are consistent in indicating increases in annual rainfall in Kenya. The ensemble range spans changes of ‐1 to +48% by the 2090s. • Projected increases in total rainfall are largest in OND (‐3 to +49mm per month), but the proportional changes are largest in JF (‐7 to +89%). Kenya Recent Climate Trends Temperature • Mean annual temperature has increased by 1.0˚C since 1960, an average rate of 0.21˚C per decade. This increase in temperature has been most rapid in MAM (0.29˚C per decade) and slowest in JJAS (0.19˚C per decade). <P> Rainfall/ Precipitation in Nairobi, Kenya. 1 Nairobi racks up an average of 925 mm (36.4 in) of rainfall per year, or 77.1 mm (3 in) per month. 2 On average there are 89 days per year with more than 0.1 mm (0.004 in) of rainfall (precipitation) or 7.4 days with a quantity of rain, sleet, snow etc. per month. 1 The driest weather is in July when an average of 19 mm (0.7 in) of rainfall (precipitation) occurs. 2 The wettest weather is in April when an average of 206 mm (8.1 in) of rainfall (precipitation) occurs. <P> Nairobi, the capital, is in the temperate Kenya highlands and receives an average annual rainfall of 790 mm (31 in). Higher altitude areas within the highlands receive much larger amounts of rainfall. The city of Malindi recievers an average rainfall of 1,050mm (41in) per year. The Low plateau is the driest region, and the town of Wajir receives an average rainfall of 320mm (13in) per year. Nairobi in the highlands receives an average rainfall of 790mm (31in) per year <P> Average rainfall in Kenya is about 31 inches In Mombasa, Malindi which is humid and hot receives an average rainfall of 1,050 mm (41 in) per year. The low plateau ar … ea is the driest part of the country and receives an average annual rainfall of 320 mm (13 in). The city of Malindi recievers an average rainfall of 1,050mm (41in) per year. The Low plateau is the driest region, and the town of Wajir receives an average rainfall of 320mm (13in) per year. Nairobi in the highlands receives an average rainfall of 790mm (31in) per year <P> The city of Malindi reciever … s an average rainfall of 1,050mm (41in) per year. The Low plateau is the driest region, and the town of Wajir receives an average rainfall of 320mm (13in) per year. Nairobi in the highlands receives an average rainfall of 790mm (31in) per year. High elevation areas in the highlands receive more rain, th Lake Victoria Basin revieces on average 1,840mm (75in) of rain per year. <P> Average rainfall in Kenya is about 31 inches In Mombasa, Malind i which is humid and hot receives an average rainfall of 1,050 mm (41 in) per year. The low plateau area is the driest part of the country and receives an average annual rainfall of 320 mm (13 in). Nairobi, the capital, is in the temperate Kenya highlands and receives an average annual rainfall of 790 mm (31 in). Higher altitude areas within the highlands receive much larger amounts of rainfall. Nairobi in the highlands receives an average rainfall of 790mm (31in) per year. High elevation areas in the highlands receive more rain, th Lake Victoria Basin revieces on average 1,840mm (75in) of rain per year. <P> 1 On average there are 89 days per year with more than 0.1 mm (0.004 in) of rainfall (precipitation) or 7.4 days with a quantity of rain, sleet, snow etc. per month. 2 The driest weather is in July when an average of 19 mm (0.7 in) of rainfall (precipitation) occurs. 1 The driest weather is in July when an average of 19 mm (0.7 in) of rainfall (precipitation) occurs. 2 The wettest weather is in April when an average of 206 mm (8.1 in) of rainfall (precipitation) occurs.
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31 inches
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how has nike become so successful
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<P> The FuelBand is the clearest sign that Nike has transformed itself into a digital force. Nike has broken out of apparel and into tech, data, and services, which is so hard for any company to do, says Forrester Research analyst Sarah Rotman Epps. <P> Here Phil Knight explains how Nike discovered the importance of marketing and what difference that discovery has made. This interview was conducted at Nike, Inc.’s Beaverton, Oregon offices by HBR associate editor Geraldine E. Willigan. <P> That is a success story. Each and every athlete has a different way of performing and Nike provides a variety... Nike. Inc was ranked 204 in the 2002 Fortune 500 with over 9 billion in annual revenues. <P> Executive Summary: Constant innovation has been the byword for Nike's success. This case study analyses the ever-evolving marketing strategies adopted by Nike to become a global brand. <P> Nike is the largest manufacture of athletic apparel in the world. Founded as an importer of Japanese shoes, NIKE, Inc. (Nike) has grown to be the world's largest marketer of athletic footwear, holding a global... 11 pager Adithiya Vivek, Nate Bagley, Jack Guggenhiemer Part 2 was explaining Nike as a brand. <P> For example, Nike Company has experienced a lot to reach such a status. The predecessor of Nike company is Blue Ribbon Sports which was established by a track athlete Philip Knight and his coach Bill Bowerman from the University of Oregon in January 1964. Knight and Bowerman signed a formal agreement and registered the company as BRS Inc in 1967. <P> that has excelled recently is Nike, whereas Best Buy has fallen behind to their competitors. In this assignment, I will completely explain the strategies that Nike uses to make their company successful and why Best Buy is running their company into the ground. <P> The Success of Nike. Nike. Inc was ranked 204 in the 2002 Fortune 500 with over 9 billion in annual revenues. The founders went from selling shoes from the back of a van to 10,000 Nike stores all over the world.
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Constant renovation
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what is the deadline for contesting income tax return
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<P> This year, the deadline to file income tax returns (ITR) has been extended to 31 August from 31 July. Here is what happens if you miss the deadline for filing returns. Under the income tax law, if you don’t file your ITR within the deadline (31 August for assessment year 2015-16), you can still file returns within two years from the end of the relevant financial year. This means, that you can file returns for financial year 2014-15 till 31 March 2017. <P> If you're expecting a tax refund, you will not face any late tax return filing penalties from the IRS, but you must file your return within 3 years of the original tax return due date in order to claim your refund. The 2015 Federal and State Tax Deadlines (for Tax Year 2014) are on the table below. Start for Free. Sign in to your return. Start Tax Return Sign In. Tax Day by Tax Year - 2015 Tax Due Dates and Filing Deadlines for 2014 Tax Returns Important: Though the April 15 deadline has past, you can still prepare and efile your 2014 tax return by October 15, 2015 (and pay as much taxes owed as you can). <P> If you are expecting a refund, the IRS will not penalize you for filing your tax return late. But keep in mind that you cannot collect a refund if you file the return more than three years after the original filing deadline. But for taxpayers who still owe tax on the April 15th deadline, the consequences of filing late are a bit more severe. The best way to avoid paying a late-filing penalty is to file an application for an automatic extension of time on Form 4868 by the original April filing deadline. When you obtain the extension, you have an additional six months to file your tax return, which means your tax return isn't late. <P> If you received income in 2014 for a person who died in 2013 or earlier, do not file an individual return for 2014 for that income on behalf of that person. Instead, you may have to file a T3 Trust Income Tax and Information Return for the estate. Exception to the due date of your return. <P> If the amount of tax you still owe on a return you file late is not more than 10 percent of your total tax bill for the year, the IRS will waive the penalty. The best way to avoid paying a late-filing penalty is to file an application for an automatic extension of time on Form 4868 by the original April filing deadline. When you obtain the extension, you have an additional six months to file your tax return, which means your tax return isn't late. <P> October 15, 2015 2014 Federal Tax Return Last day to efile a 2014 Federal Income Tax Return for Tax Extension filers. April 15, 2018 2014 Tax Amendment You can file an Amended Return to pay taxes due anytime, but you generally have a deadline of 3 years from the original due date to claim a tax refund. Start for Free. Sign in to your return. Start Tax Return Sign In. Tax Day by Tax Year - 2015 Tax Due Dates and Filing Deadlines for 2014 Tax Returns Important: Though the April 15 deadline has past, you can still prepare and efile your 2014 tax return by October 15, 2015 (and pay as much taxes owed as you can). <P> Again, this is a deadline for filing a return, not paying taxes. If you are extending the April 15th deadline, and can’t compute the rough estimate of your 2014 tax liability, pay as much as possible, but, of course, not more than you reasonably think you might owe. If you file for an October 15th extension with no payment attached to it, and then file the return after April 15th, the IRS will charge you the so-called “failure-to-pay” penalty, which can be as much as 25% of your unpaid taxes. The later you pay – the larger is the penalty. <P> Start for Free. Sign in to your return. Start Tax Return Sign In. State Tax Filing Deadlines-Due Dates for State Income Tax Returns and Tax Extensions Use the table below to check the due dates for state tax returns and tax extensions. You can also find out how to check on the status of your state tax refund. <P> There is no IRS deadline for overdue previous year tax returns, but in order to claim a tax refund for a certain year, you must file a tax return for that year within 3 years of the original due date. If you wait longer than 3 years, any tax refund is forfeit. Start for Free. Sign in to your return. Start Tax Return Sign In. Tax Day by Tax Year - 2015 Tax Due Dates and Filing Deadlines for 2014 Tax Returns Important: Though the April 15 deadline has past, you can still prepare and efile your 2014 tax return by October 15, 2015 (and pay as much taxes owed as you can).
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Income tax returns (ITR) has been extended to 31 August from 31 July.
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uses for the yucca plant
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<P> Yucca Uses. Although growing yucca for food is less common than yuca, yucca has many other uses. More common yucca uses stem from the employment of the tough leaves as fiber sources for weaving, while the central stalk and sometimes the roots can be made into a strong soap. <P> Yucca constricta Buckl.Liliaceae (Lily Family). Yucca is an evergreen plant with spine-tipped leaves that grow in a rosette around a thickened, central stem. Native peoples of the region used the tough leaves for fiber, the central stem for a strong soap/detergent, and they probably baked the central stem for food. <P> YUCCA Overview Information. Yucca is the common name for the more than 40 species of plants in the Yucca genus. The root of the non-flowering plant is used to make medicine. Yucca is used for osteoarthritis, high blood pressure, migraine headaches, inflammation of the intestine (colitis), high cholesterol, stomach disorders, diabetes, poor circulation, and liver and gallbladder disorders. <P> 1 Right in the center of the Yucca plant there is usually a flower stalk (3-5ft. long) that has lily-like flowers and fruit pods. 2 The fruit pods are 2-3 inches in length and and 1-2 inches in width.Inside these fruits are seeds which are thin, black, and coarse. <P> Yucca is a medicinal plant genus native to Mexico and the Southwestern US. Yucca was used widely in Native folk medicine for it's anti-arthritic and anti-inflammatory effects which support Yucca's promise in the treatment of both osteoarthritis and rheumatoid arthritis. <P> The most common types of Yucca plants are Yucca filamentosa, Yucca brevifolia (Joshua tree), Yucca aloifolia (Spanish bayonet) and Yucca gloriosa (Spanish dagger). The roots, leaves and fruit of yucca plants were historically used by Native Americans and continue to be used in modern times.
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Yucca is used for osteoarthritis, high blood pressure, migraine headaches, inflammation of the intestine (colitis), high cholesterol, stomach disorders, diabetes, poor circulation, and liver and gallbladder disorders.
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what do good mornings work
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<P> Use the Good Morning exercise to strengthen the core and increase flexibility. Learn how to do this exercise in this training video. 1 Sports. 2 Standard YouTube License. <P> When you round your lower back with any exercise that places your back in a vulnerable position for injury. But when you keep your back arched it is in its strongest position. Just watch the video clip below to see exactly how you should set up properly for doing the Good Morning in your workouts. <P> The Good Morning is a controversial back exercise. Some people will say that it’s a dangerous move that should be avoided. <P> Illustration And Description. The good morning is a great exercise to help strengthen and develop the lower back and gluteal (butt) region. The primary muscle groups for this exercise are the lower back and gluteal region but also, the hamstrings get a great deal of work from this movement. The thighs and calves also work as secondary muscle groups. <P> The key to doing the Good Morning (or any exercise for that matter) is to start off light and build up the weights gradually over time with progressive overload. You have to master perfect form with light weights before attempting to lift heavier. <P> But those who don’t like it are usually those people who don’t understand how to do it properly. When done properly the good morning is a great move that can help strengthen the entire posterior chain (i.e. the back of the body) by building up the spinal erectors, lower back, hips, glutes, and hamstrings. <P> Good mornings are a compound exercise that hit the lower back and hamstrings and uses the glutes as secondary muscles. Set up for the exercise by placing a barbell across the back of your shoulders. The bar shoulder rest on the trap muscles, not the back of the neck.
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strengthen and develop the lower back and gluteal (butt) region.
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what is the common name for cranium
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<P> The skull is a bony structure in the head of most vertebrates (in particular, craniates) that supports the structures of the face and forms a protective cavity for the brain. The skull is composed of two parts: the cranium and the mandible. The simpler structure is found in jawless fish, in which the cranium is normally represented by a trough-like basket of cartilaginous elements only partially enclosing the brain, and associated with the capsules for the inner ears and the single nostril. <P> There are eight bones that make up the largest part of the cranium. These bones are comprised of one ethmoid, one frontal, one occipital, one sphenoid, two parietal, and two t … emporal bones. 1 Common Names of Ashkenazi Judaism The Ashkenazi Jews, also known as the Ashkenazi, are an ethnic group of the Jewish faith. 2 Originally, the Ashkenazim can trace their ancestry back to specific tribes in the M…. 3 Toy Review: Cranium Super Fort Kids love building forts. <P> Fragilitis crinium (split ends) The hair structure is weakend and the ens split often cause continued hair processing, such as; colouring, permanent waving, blow drying/us … e of tongs and irons. 1 Common Names of Ashkenazi Judaism The Ashkenazi Jews, also known as the Ashkenazi, are an ethnic group of the Jewish faith. 2 Originally, the Ashkenazim can trace their ancestry back to specific tribes in the M…. 3 Toy Review: Cranium Super Fort Kids love building forts. <P> Answer The skull can be subdivided into two parts: the cranium and the mandible. A skull that is missing a mandible or lower jaw bone is only a cranium. 6 people found this useful. Edit. 1 Common Names of Ashkenazi Judaism The Ashkenazi Jews, also known as the Ashkenazi, are an ethnic group of the Jewish faith. 2 Originally, the Ashkenazim can trace their ancestry back to specific tribes in the M…. 3 Toy Review: Cranium Super Fort Kids love building forts. <P> The Human Skull Bones. Scientifically, The human Skull Bone s, are known as the cranium, consists of 22 bones. 1 The skull can be broken into two regions, the cranial section and the facial section. 2 The cranial bones consist of the bones in the top of the skull while the facial bones consist of the bones that make up your face. 1 The cranial bones consist of the bones in the top of the skull while the facial bones consist of the bones that make up your face. 2 The skulls primary functions are protection of the brain and support of the face. 3 In the skull, sinal cavities can be found. <P> Bones Here are some common names for the first four: skull lower jaw bone collar bone shoulder blade Here is a website that should show most of the rest to you: http://www.innerbody.com/image/skelfov.h... Rating Newest Oldest. Best Answer: Not all of them have common names, really. Some of them are just bones that people generally ignore.... or are not aware they are there. :) Skull Lower Jaw Collar Bone Shoulder Blade Breast Bone Not sure what a costa is.... have to look that one up. <P> skull. the skeleton of the head, consisting of the cranium and the mandible. The cranium forms the domed top, back, and sides of the skull; several of its bones are large, smooth, gently curved, and connected to each other by dovetailed joints called sutures, which permit no movement and make the mature skull rigid. The bones of the head collectively. The neurocranium is the part of cranium that forms the bony brain case containing the brain, excluding the bones of the face (viscerocranium). Synonym(s): skull. [Mediev. L. fr.
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The human Skull Bones
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what are some elk adaptations
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<P> The antler is a long bone that is connected to the skull. There are usually six points, or prot … rusions, that are coming from the base. The range and size of elk antlers is so diverse that there isn't much of a range. Some of the larger ones that have been seen were 64 ¾ to 74 inches. The antlers have a peculiar skin like material that grows around it called velvet. if a male elk starts attacking you, try to pock the elk eye, before that grab hold of the antlers with on hand and your legs so your other hand pocks the eye. But if a fem … ale attacks you, grab hold of the legs when it's kicking you, then kick the stomach. <P> The North American Elk (Cervus elaphus) is also called the Wapiti, a Shawnee word meaning white rump.. Elk are the second largest members of the deer family, moose being the largest. They are two-toed, hoofed mammals that are strictly herbivorous. <P> Elk, also called wapiti, is the largest species of deer, which is found primarily in North America and East Asia. It is also one of the largest mammals inhabiting these regions. It has also been introduced to countries like New Zealand and Argentina. Male elk is called bull, whereas the female is known as cow. The body color of an elk varies from deep copper brown to light tan. Its legs and neck are often darker than its body color. We bring you some more interesting facts and amazing information on elks, in the lines below. <P> The last adaptation that elk have is the hooves that they use to walk long distances. They are specialized to protect the feet from the many different types of terrain while also being specialized to be able to scale many mountains and steep surfaces. if a male elk starts attacking you, try to pock the elk eye, before that grab hold of the antlers with on hand and your legs so your other hand pocks the eye. But if a fem … ale attacks you, grab hold of the legs when it's kicking you, then kick the stomach. <P> Here are some facts that may surprise you. For thousands of years, hunters, scientists, and nature lovers have been fascinated by North American elk. To the Lakota, elk represented strength, courage, and wisdom. At birth, Lakota boys were given an elk tooth charm to ward off ill fortune and to promote a long life. Some of that wild mystery persists to this day, and few people are more enamored with elk than those who hunt them. On the flip side, elk and other predators (including wolves) lived together with steady populations historically. It’s likely this is some kind of settling in period for them. The elk getting used to how wolves hunt again (it’s been several decades and generations). <P> The jaw of the elk has a few teeth in the front used for grabbing and tearing. Then moving backward the jaw has a break where there are no teeth following a long stretch of large teeth that have some ridges on them. The ridges are used to help with grinding and breaking down the food as much as possible. In some cases a sudden jerk of the head is enough to break the antlers off. When the antler is broken off there is a very loud and audible crack that can be heard. Usually when the antler snaps the elk will run away in fear that there is a threat around(Whitehead 1972). <P> The most outstanding fact about elk is that it is the largest species of deer in the world. Read on to know some more interesting facts and amazing information on elks. Male elk is called bull, whereas the female is known as cow. The body color of an elk varies from deep copper brown to light tan. Its legs and neck are often darker than its body color. We bring you some more interesting facts and amazing information on elks, in the lines below. <P> O ne of the most important adaptations that the elk has is their antlers. The antler is a long bone that is connected to the skull. There are usually six points, or protrusions, that are coming from the base. The range and size of elk antlers is so diverse that there isn’t much of a range. Some of the larger ones that have been seen were 64 to 74 inches. In some cases a sudden jerk of the head is enough to break the antlers off. When the antler is broken off there is a very loud and audible crack that can be heard. Usually when the antler snaps the elk will run away in fear that there is a threat around(Whitehead 1972). <P> Collecting naturally shed deer and elk antlers is legal, but there are some ethical considerations to keep in mind and a few places that are restricted or off-limits. The easiest antler hunting is, of course, where deer or elk concentrate in the winter.
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The antler is a long bone that is connected to the skull.
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what medicine is given for nausea
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<P> Medications for vomiting and nausea, like Phenergan, should not be used to treat most cases of vomiting in children and adolescents. In these age groups, only prolonged cases of vomiting with clear, known causes should be treated with this medication. Phenergan (promethazine) is commonly used for treating nausea and vomiting. Phenergan ® (promethazine hydrochloride) is a prescription medication commonly used to treat nausea and vomiting, although it is approved for other uses as well. In particular, the drug is approved to prevent and treat nausea and vomiting associated with surgery and certain types of anesthesia <P> Other ways to minimize chemotherapy nausea: 1 If you are vomiting, stop eating. 2 Avoid caffeine and smoking. 3 Suck on hard candy, popsicles, or ice during chemotherapy. 4 Take the medications for nausea and vomiting as prescribed by your doctor. 5 Notify your nurse or doctor if you feel nauseated during chemotherapy. Drugs that may be prescribed by your doctor: When suffering from nausea caused by chemotherapy treatments, your doctor may prescribe drugs such as Emend (aprepitant), Zofran (ondansetron), Kytril (granisetron), Anzemet (dolasetron), or Aloxi (palonosetron). <P> The anti-nausea/vomiting medicines (anti-emetics) may be given by mouth or into a vein, or both. If you have nausea or vomiting, be sure to tell your doctor so that it can be treated. Anti-nausea/vomiting medicines There are many different anti-nausea/vomiting (anti-emetic) medicines. Anti-nausea/vomiting medicine used with chemo treatment No one drug can prevent or control chemo-related nausea and vomiting 100% of the time. This is because chemo drugs act on the body in different ways and each person responds to chemotherapy and the anti-nausea/vomiting (anti-emetic) drugs differently. <P> Unfortunately, certain chemotherapy drugs can cause nausea and vomiting. Luckily, there are many drugs that your doctor can prescribe to prevent, lessen, or relieve the nausea and vomiting associated with chemotherapy. These medications are called anti-nausea drugs or anti-emetics. Drugs that may be prescribed by your doctor: When suffering from nausea caused by chemotherapy treatments, your doctor may prescribe drugs such as Emend (aprepitant), Zofran (ondansetron), Kytril (granisetron), Anzemet (dolasetron), or Aloxi (palonosetron). <P> Most people undergoing chemotherapy receive anti-nausea (anti-emetic) medications to prevent nausea and vomiting. These drugs, given alone or in combination, can be taken in pill form or administered through a vein in your arm. Your doctor advises which to use based on the treatment you're receiving. Medications used to prevent nausea and vomiting include: 1 Alprazolam (Niravam, Xanax). 2 Aprepitant (Emend). 3 Dexamethasone. <P> Drugs used to treat nausea and vomiting are called antiemetics. Many types of antiemetics can decrease the severity of nausea, although most require a medical evaluation and prescription. Medicines available over-the-counter are mainly recommended for use in motion sickness and for cases of mild nausea. <P> Top Nausea Medication Believed Safe for Pregnant Women. Great news for morning sickness sufferers! It seems that top-of-the-line anti-nausea medication Zofran, used to treat post-surgery and chemotherapy nausea, can be taken safely by pregnant women. Researchers in Denmark reviewed 600,000 cases in which the medication, also called Odansetron, was given to pregnant women. <P> Chemotherapy and radiation are the most common treatment culprits. But other factors can cause nausea and vomiting. Examples of other factors include anesthetics, pain medications, emotional distress, or a tumor in the abdomen, gut, or brain. Treating Nausea and Vomiting. A combination of medications usually works best for treating nausea and vomiting. When in the hospital, medications are often given intravenously. You may have a port or central line inserted into your body to receive chemotherapy.
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Alprazolam (Niravam, Xanax),Aprepitant (Emend) and Dexamethasone.
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what is the trigeminal nerve responsible for
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<P> Trigeminal neuralgia (TN) is a chronic, painful condition involving the trigeminal nerve, the nerve responsible for carrying the sensation of pain and other sensations from the face to the brain. The condition causes intense pain in part or all of the face. <P> Your trigeminal nerve is the main sensory nerve of your face. It is responsible for pain and other sensations in your face, and connects many parts of your brain to your face. This nerve also controls some functions involved in biting, chewing and swallowing food. TN is a disorder of the fifth cranial (trigeminal) nerve. The disorder causes periods of intense, stabbing, electric shock-like pain that can last a few seconds or minutes or happen constantly. Pain occurs in the areas of your face where the branches of the nerve are distributed: 1 Lips. 2 Eyes. 3 Nose. 4 Scalp and forehead. <P> Trigeminal neuralgia is inflammation of the trigeminal nerve, causing intense facial pain. It is also known as tic douloureax because the intense pain can cause patients to contort their face into a grimace and cause the head to move away from the pain. The obvious movement is known as a tic. Hypoglossal. Swallowing, speech articulation. The trigeminal nerve (cranial nerve V) is so named because it has three (tri) branches responsible for face sensation; one branch also regulates chewing. 1 The ophthalmic branch (V 1) is responsible for sensation from the scalp, forehead, upper eyelid and tip of the nose. <P> Trigeminal nerve. The trigeminal nerve is the fifth cranial nerve located within the brain, and is primarily responsible for transmitting sensations from the face to the brain. It is composed of three branches: the ophthalmic, maxillary, and mandibular. Each branch connects nerves from the brain to different parts of the face. The trigeminal nerve is responsible for transmitting sensations to the mouth, teeth, face, and nasal cavity. It is also the nerve that controls the muscles used for chewing. Trigeminal neuralgia occurs when a blood vessel, either a vein or artery, puts pressure on the nerve at the base of the brain <P> The trigeminal nerve (the fifth cranial nerve, or simply CN V) is a nerve responsible for sensation in the face and motor functions such as biting and chewing. The largest of the cranial nerves, its name (trigeminal = tri- , or three and-geminus, or twin; thrice-twinned) derives from the fact that each trigeminal nerve (one on each side of the pons) has three major branches: the ophthalmic nerve (V 1), the maxillary nerve (V 2), and the mandibular nerve (V 3). <P> The trigeminal nerve is the fifth of 12 pairs of cranial nerves in the head. It is the nerve responsible for providing sensation to the face. One trigeminal nerve runs to the right side of the head, while the other runs to the left. Each of these nerves has three distinct branches. Causes. The pain associated with trigeminal neuralgia represents an irritation of the nerve. The cause of the pain usually is due to contact between a healthy artery or vein and the trigeminal nerve at the base of the brain. This places pressure on the nerve as it enters the brain and causes the nerve to misfire. <P> Trigeminal Neuralgia. Trigeminal neuralgia is a chronic pain condition that involves the 5th cranial or trigeminal nerve (the fifth cranial nerve, also called the fifth nerve, or simply CNV or CN5). The trigeminal nerve is responsible for sensation in the face
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It is the fifth cranial nerve located within the brain, and is primarily responsible for transmitting sensations from the face to the brain.
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what is a haploid?
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<P> hap·loid. adj. Having a single set of unpaired chromosomes, as in a germ cell, such as an egg or sperm, or in a moss plant or a drone bee. n. An organism having haploid cells. Noun. 1. haploid - (genetics) an organism or cell having only one complete set of chromosomes. organism, being-a living thing that has (or can develop) the ability to act or function independently. genetic science, genetics-the branch of biology that studies heredity and variation in organisms. <P> haploid - (genetics) an organism or cell having only one complete set of chromosomes. organism, being-a living thing that has (or can develop) the ability to act or function independently. genetic science, genetics-the branch of biology that studies heredity and variation in organisms. Adj. 1. haploid-of a cell or organism having a single set of chromosomes. haploidic, monoploid <P> having half the number of chromosomes characteristically found in the somatic (diploid) cells of an organism; typical of the gametes of a species whose union restores the diploid number. haploid karyotype. see haplotype. haploid. 1. having half the number of chromosomes characteristically found in the somatic (diploid) cells of an organism; typical of the gametes of a species whose union restores the diploid number. 2. an individual or cell having only one member of each pair of homologous chromosomes. (hăp′loid′) <P> Definition of HAPLOID. : having the gametic number of chromosomes typically including one of each pair of homologous chromosomes — compare diploid. — haploid noun. — hap·loi·dy \-ˌplȯi-dē\ noun. ADVERTISEMENT. <P> hap·loid. adj. Having a single set of unpaired chromosomes, as in a germ cell, such as an egg or sperm, or in a moss plant or a drone bee. n. An organism having haploid cells. Adj. 1. haploid-of a cell or organism having a single set of chromosomes. haploidic, monoploid. genetic science, genetics-the branch of biology that studies heredity and variation in organisms. <P> Diploid human cells have 2 sets of 23 chromosomes for a total of 46 chromosomes: By Regina Bailey. Definition: A haploid cell is a cell that contains one complete set of chromosomes. Gametes are haploid cells that are produced by meiosis. Examples: The haploid number is the number of chromosomes within the nucleus of a cell that constitutes one complete chromosomal set. This number is commonly abbreviated as n, where n stands for the number of chromosomes. <P> Four haploid cells are produced from one parent cell. © John C. Glase. A haploid cell is a cell that contains one complete set of chromosomes. Our sex cells (sperm and eggs) are haploid cells that are produced by meiosis. <P> haploid - (genetics) an organism or cell having only one complete set of chromosomes. organism, being-a living thing that has (or can develop) the ability to act or function independently. Noun. 1. haploid - (genetics) an organism or cell having only one complete set of chromosomes. organism, being-a living thing that has (or can develop) the ability to act or function independently. genetic science, genetics-the branch of biology that studies heredity and variation in organisms. <P> Haploid. Haploid is one-half of the total number of chromosomes in a gamete. A full set of chromosomes is called Diploid. In humans, the egg and sperm each have a set of 23 chromosomes. Therefore each is haploid. When they come together to form a fertilized egg, the total set of chromosomes is then 46 and is diploid.
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It is an individual or cell having only one member of each pair of homologous chromosomes.
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where is eshaba located
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<P> At the request of the captain of the Vulkhel Watch, I've been running errands all over Auridon's port city. I even helped a watchman deal with a cornered man, who claimed that the Captain has been co-opted by a group called the Veiled Heritance. <P> Text of the Quest: A Hostile Situation At the request of the captain of the Vulkhel Watch, I've been running errands all over Auridons port city. I even helped a watchman deal with a cornered man, who claimed that the Captain has been co-opted by a group called the Veiled Heritance. I need to discover if Fasions claims are true. <P> The Shaba National Reserve was gazetted in 1974. It is administered by the Isiolo County Council. It is just east of Samburu and 70 kilometres (43 mi) to the north of Mount Kenya. The Ewaso Ngiro river runs for 34 kilometres (21 mi) along the northern boundary of the reserve. Annual rainfall is between 250 millimetres (9.8 in) and 500 millimetres (20 in). The soils are sandy, volcanic in origin. The reserve is semi desert, dotted with isolated hills and plentiful springs. <P> Shabba Ranks (born Rexton Rawlston Fernando Gordon, 17 January 1966) is a Jamaican dancehall musician. He was one of the most popular dancehall artists of his generation. Shabba released a single on Big Ship's Pepper Riddim called None A Dem, in April 2011. In 2012, Shabba was featured on Tech N9ne 's EP E.B.A.H. on the track Boy Toy. In 2013, Shabba was also mentioned in A$AP Ferg 's song Shabba , and is portrayed in the music video by model and socialite Ian Connors. He was featured in the remix alongside Migos and Busta Rhymes on 23 November 2013 <P> Eshaba is a Khajiit located in the city of Vulkhel Guard, in Auridon. She is found near the clothing station, and will ask if the Vestige is after something special. She is a member of Queen Ayrenn's intelligence arm, the Eyes of the Queen. <P> The Elder Scrolls series’s popularity is frequently attributed to multiple factors, but one of the most important is the rich lore that gives a detailed historical backdrop to each story. This is no different in The Elder Scrolls Online (ESO). Lore books are scattered throughout Tamriel and they occasionally allude to previous games, which are actually set in the future relative to ESO. Legend of the Ghost Snake-Found in the Deshaan area, south of Narsis. It is tucked behind a tree, sitting on a crate. The NPC Donen Llervu can be seen in front of the tree in golden armor. Shad Astula Academy Handbook-Found in the Deshaan area, in the Narsis village on the west side of the map. <P> Eshaba is a Khajiit merchant in central Vulkhel Guard. She is quite confident in the breadth of her selection: Eshaba has just about anything you could want. <P> At the request of the captain of the Vulkhel Watch, I’ve been running errands all over Auridon’s port city. I even helped a watchman deal with a cornered man, who claimed that the Captain has been co-opted by a group called the Veiled Heritance. Starting NPC: 3 thoughts on “ A Hostile Situation ”. I had to abandon the quest at the merchant Eshaba, How do I get it back I tries to go to the Jail and to the bank but no Razum-dar. pls help.
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Near the clothing station, Vulkhel Guard, Auridon.
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why do i get diarrhea when i'm on my period
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<P> It is common to get a tummy upset when you have your period. What happens is sometimes the tissue from the uterus can break away and irritate the bowls. You should see a doc because if it is really bad it can cause scaring and reduce your fertility. i'm only 13 and my mom won't let me take any medicine. the past 2 days i've been lying in bed with the worst menstrual cramps, headaches and stomach aches. i also can't eat anything because i can't hold it down-i feel like i have to throw up a couple minutes after i've eaten. oh, and i also have to use the toilet... <P> It gets better as you get older and may go away if you have children when you are older. However I still get diarrhea with the first 3 days of my period. The horomones released during your period can irritate the bowels, even though this is another system altogether. 1 advil and 2 imodium pills should make you feel better in 1 hour. Drink lots of water. If you have really heavy periods and a lot of pain go see a doctor for something stronger and to get a check-up. i'm only 13 and my mom won't let me take any medicine. the past 2 days i've been lying in bed with the worst menstrual cramps, headaches and stomach aches. i also can't eat anything because i can't hold it down-i feel like i have to throw up a couple minutes after i've eaten. oh, and i also have to use the toilet... <P> It causes not only your uterus to contract but … also your stomach muscles as well which causes diarrhea. It is so normal with me though that when I all of a sudden have diarrhea accompanied with nausea, I say to myself I'm about to start my period.. Mine usually occurs 1 or 2 days prior to my period starting. The cramps are quite common before, during or after the period. Diarrhea is not common. It is possible to have diarrhea concomitantly with the period, but the diarrhea oftenti … mes is unrelated to the period. 1 person found this useful. <P> Dear Reader, Not only can women experience cramping, bloating, and feeling lousy during their period — sometimes they have the pleasure of other symptoms like loose stools. While many women experience few or no PMS symptoms, for some, PMS symptoms are enough to make a person wonder why human bodies can be so cruel. There may in fact be a physiological link between menstruation and diarrhea. <P> You have enough to deal with during your period — making diarrhea and changes in bowel habits just another thing you don't want to put up with. Though diarrhea is caused by the same bodily changes that cause period cramping, many women find it can be managed and prevented with medication. Also avoid caffeine and junk foods as both can cause diarrhea and worsen PMS. Of course, a heating pad, warm water bottle, or warm cloth across your abdominal area can also help relieve the pain brought on by period cramps. <P> Split and merge into it. Answer by Princesa williams. Confidence votes 207. Yes, it is normal to have diarrhea during your period because I get it sometimes also. I agree with whoever said that, but let me explain why just so that you might feel better. The cramps are quite common before, during or after the period. Diarrhea is not common. It is possible to have diarrhea concomitantly with the period, but the diarrhea oftenti … mes is unrelated to the period. 1 person found this useful. <P> The exact reasons why diarrhea occurs during your period aren't fully understood, but it is quite common and often tied to menstrual cramps. Believed to be at the root of the cause are prostaglandins, chemicals released during your period that allow the uterus, and thus the intestines, to contract. Also avoid caffeine and junk foods as both can cause diarrhea and worsen PMS. Of course, a heating pad, warm water bottle, or warm cloth across your abdominal area can also help relieve the pain brought on by period cramps. <P> Diarrhea, as well as other gastrointestinal symptoms such as bloating and nausea, may also occur during the week prior to your period. In this case, the diarrhea may be part of a group of symptoms, usually including mild mood changes, called premenstrual syndrome (PMS). Also avoid caffeine and junk foods as both can cause diarrhea and worsen PMS. Of course, a heating pad, warm water bottle, or warm cloth across your abdominal area can also help relieve the pain brought on by period cramps.
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The exact reasons why diarrhea occurs during your period aren't fully understood, but it is quite common and often tied to menstrual cramps. Believed to be at the root of the cause are prostaglandins, chemicals released during your period that allow the uterus, and thus the intestines, to contract.
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what is lumbar spondylosis
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<P> Spondylosis literally means stiffening or fixation of the bony building blocks of the spine (vertebrae) as the result of a disease process. Spondylosis refers to degenerative changes in the spine such as bone spurs and degenerating intervertebral discs. Thoracic spondylosis frequently does not cause symptoms. Lumbosacral spondylosis is spondylosis which affects both the lumbar spine and the sacral spine (below the lumbar spine, in the midline between the buttocks). Multilevel spondylosis means that these changes affect multiple vertebrae in the spine. <P> In a classic case of lumbar spondylosis, the space between discs in the lumber spine becomes narrowed. As a result, the patient develops numbness, tingling, and pain which seem to radiate out from the area. These symptoms are the result of pressure on the nerves as they exit the spinal cord. For mild cases, medications can be used to manage the pain caused by lumbar spondylosis, and physical therapy may be used to increase flexibility and strengthen the spine. Patients are sometimes advised to adopt a diet and exercise regimen which promotes general physical health. <P> Cervical spondylosis is a general term for age-related wear and tear affecting the spinal disks in your neck. As the disks dehydrate and shrink, signs of osteoarthritis develop, including bony projections along the edges of bones (bone spurs). Cervical spondylosis is very common and worsens with age. <P> Sections. By Michael, Perry M.D. Lumbar spondylosis describes the degeneration of the spine in the lower back, or lumbar region of the spine. This condition is generally a naturally occurring condition due to age and wear and tear of the spine over time <P> Lumbar Spondylosis Treatment. DEFINITION OF LUMBAR SPONDYLOSIS. Lumbar spondylosis is a medical situation in which the patient suffers from serious back pains occurred due to sliding of vertebrae in the lumbar region of the vertebral column. It may also happen due to any external injury or osteophytes (bone spurs). <P> Many people with spondylosis on X-ray do not have any symptoms. In fact, lumbar spondylosis (spondylosis in the low back) is present in 27%-37% of people without symptoms. In some people, spondylosis causes back pain and neck pain due to nerve compression (pinched nerves). <P> Lumbar spondylosis is a degenerative condition which affects the lower spine. In a patient with lumbar spondylosis, the spine is compromised by a narrowing of the space between the vertebrae, causing a variety of health problems ranging from back pain to neurological issues. For mild cases, medications can be used to manage the pain caused by lumbar spondylosis, and physical therapy may be used to increase flexibility and strengthen the spine. Patients are sometimes advised to adopt a diet and exercise regimen which promotes general physical health. <P> Again, spondylosis, whether it be lumbar spondylosis, cervical spondylosis, or thoracic spondylosis is not a clinical diagnosis. It is a term that can be translated to mean that a person has both spine degeneration and pain. What can be causing that pain differs from patient to patient. Most lumbar spondylosis symptoms are caused by arthritis, specifically osteoarthritis of the spine. As humans age, cartilage breaks down causing the bones of the spine to grind against one another. This grinding causes loss of mobility and friction. <P> Spondylosis is an umbrella term used to describe pain from degenerative conditions of the spine. Most spondylosis symptoms result from spinal osteoarthritis, but there may be other causes as well. Spinal osteoarthritis primarily affects the facet joints, which are paired joints on the back of each vertebral level. <P> Spondylosis (from Ancient Greek spondylos, a vertebra, in plural vertebrae-the backbone) is a term referring to degenerative osteoarthritis of the joints between the center of the spinal vertebrae and/or neural foramina. If this condition occurs in the zygapophysial joints, it can be considered facet syndrome.
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It is a degenerative condition which affects the lower spine. In a patient with lumbar spondylosis, the spine is compromised by a narrowing of the space between the vertebrae, causing a variety of health problems ranging from back pain to neurological issues.
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what food or vitamin is good for cortisol
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<P> Cortisol is a hormone released by the adrenal glands in response to stress. Once it gets into the bloodstream, it is responsible for relaying the news of stress to all parts of the body and mind. Cortisol is the hormone, for example, that triggers the “fight or flight” response to stress. <P> Supplements For Adrenal Fatigue. Vitamin C. Vitamin C is one of the main vitamins hosted by the adrenals. When we are under stress we utilise vitamin C at a much faster rate. Vitamin C is a powerful antioxidant that helps to fight free radicals by donating an electron to unstable molecules. <P> Cortisol Reducing Foods Photo Credit Jupiterimages/Photos.com/Getty Images. Cortisol is a stress hormone produced by the adrenal glands. Overproduction of cortisol can have dangerous implications for overall health and wellness. Certain foods and dietary strategies are known to lower cortisol production. High-quality sources of protein can help to decrease cortisol production. Whey protein, eggs and lean animal meats contain amino acids that are essential to survival. By taking in 15 to 30 grams of protein every two to three hours, we can drastically blunt cortisol production. <P> Vitamin C. This powerful antioxidant vitamin is directly involved in the production of cortisol in your adrenals. So besides the other health benefits it carries (boosting your immune system, protecting from free radicals), vitamin C is also an essential building block for the recovery of your adrenal glands. <P> Vitamin C. This antioxidant vitamin has been shown to help reduce cortisol post exercise. One study showed that providing physically active individuals 800 mg of Vitamin C for 6-weeks prior to a 90-minute high-intensity interval running program had lower cortisol levels post-workout than the placebo group! Not to mention the individuals supplementing with Vitamin C cleared cortisol more quickly with significantly lower cortisol after 1 hour of recovery. There are other studies to support vitamin C’s effectiveness for reducing cortisol by diminishing oxidative indicators produced when cortisol is elevated. Most studies support the use of higher doses of vitamin C to help control cortisol. Consider using anywhere from 500mg to 1000mg. <P> Deficiencies in this vitamin can lead to adrenal stress and high cortisol levels or cortisol depletion as your body attempts to make up for the vitamin deficiency by using this hormone's overdrive mechanism, which is usually reserved for emergencies, illness and other stressful events. B-complex vitamins also promote healthy cortisol levels by supporting your metabolism and ensuring good energy levels. Minerals, such as magnesium, are also easily lost when you are stressed. Magnesium is important for proper nerve and muscle function and helps prevent the stresses that may affect your cortisol levels. <P> Fruits and vegetable contain many healthy phytonutrients and vitamins that can inhibit cortisol production. For example, vitamin C from citrus fruits and greens has been shown to be very effective at decreasing cortisol production. Eat as many servings of raw organic fruits and vegetables as you can. High-quality sources of protein can help to decrease cortisol production. Whey protein, eggs and lean animal meats contain amino acids that are essential to survival. By taking in 15 to 30 grams of protein every two to three hours, we can drastically blunt cortisol production. <P> Cortisol is released in response to stress. Cortisol is secreted by your adrenal glands in response to all types of stress, be it of emotional or physical origin. It’s essentially a “fight-or-flight” hormone that gets you ready for action.
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Vitamin C.
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average hourly production rate
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<P> US Average Hourly Earnings is at a current level of 25.09, down from 25.10 last month. This represents a monthly annualized growth rate of -0.48%, compared to a long term average annualized growth rate of 2.36%. 1 Category: Hours and Wages. 2 Region: United States. 3 Report: Employment Situation. <P> Once you know the hourly production rate, you can set production goals so that you can meet any deadlines or quotas. You can calculate the hourly production rate on your own. No special software is needed to perform the calculation. The production rate can change from day to day if any of the variables change. <P> Production Worker Salary. (United States). The average Production Worker in the United States can expect to rake in roughly $12.02 per hour. Lower pay rates hover around $8.70 per hour, and the higher rates verge on $18.16. <P> Divide the number of produced units by the number of production hours in the day. The end result of this calculation tells you the number of items produced per hour, which is the hourly production rate. <P> Step 2. Determine the total hourly compensation paid to all hourly employees in the organization. Add the individual hourly rate of every hourly employee. For example, a company with five employees that earn $20, $25, $26, $30 and $50 per hour would add $20 + $25 + $26 + $30 + $50 = $151. <P> Divide the total hourly compensation by the total number of hourly employees. Continuing the same example, $151 / 5 = $30.20. This figure represents the average or mean hourly rate for all employees within the organization.
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$12.02 per hour
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best way to clean varnish out of gas tank
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<P> Use a siphon to empty out any gas that may be in the tank. Spray the inside of the tank out thoroughly with a garden hose. Dump out the water. Place a hand full of nuts and bolts into the gas tank to clean varnish out. Roll the fasteners around in the tank for five to 10 minutes. Move the tank around a few minutes. Let the gas tank sit overnight to clean varnish out. Repeat Step #5 to neutralize and dispose of the muriatic acid. Spray the inside of the tank out thoroughly with a garden hose. Allow it to air dry before you use it again. Otherwise you'll have water mixed in with the gas. <P> Fill the gas tank with a couple inches of water to clean out varnish. Pour a cup of muriatic acid into the tank. Move the tank around for a few minutes so the solution covers the inside completely. Pour three or four cups of lime into a bucket. Pour a gallon of water into the bucket and stir it with a long stick. Move the tank around a few minutes. Let the gas tank sit overnight to clean varnish out. Repeat Step #5 to neutralize and dispose of the muriatic acid. Spray the inside of the tank out thoroughly with a garden hose. Allow it to air dry before you use it again. Otherwise you'll have water mixed in with the gas. <P> How can I clean Varnish out of a Gas Tank? Posted by RTR on May 27, 2011 at 20:06:43 from (74.248.177.7): Hey guys. WHat is the best way to clean a dirty old gas tank that has several years of varnish and trash in it from 3 gallons of old gas left in it. I am planning on removing the entire tank from the tractor. I have a steam pressure washer, but was wondering besides washing it; what the best way to get the varnish cleaned out. <P> We all have occasionally needed to clean a gas tank that has been sitting for a number of years. I recently acquired an old vintage scooter (Salsbury Model 85) and am going to send the tank and body out for chemical stripping. One way to do this is to put a cupfull or two of old nuts and bolts in the tank, tape it inside of a couple of pillows, and put it through your dryer on 'air fluff.' Not responsible for damages incurred when the SO finds out about this. <P> Hey guys. WHat is the best way to clean a dirty old gas tank that has several years of varnish and trash in it from 3 gallons of old gas left in it. I am planning on removing the entire tank from the tractor. I have a steam pressure washer, but was wondering besides washing it; what the best way to get the varnish cleaned out. I don't want to get my freshly rebuilt carburetor back and have a dirty gas tank. <P> Re: Cleaning of PLASTIC gas tank. « Reply #2 on: January 20, 2011, 11:35:17 AM ». Dropping the tank is the only way as far as I know-not that big of a deal-heck even I did it twice-and I'm a barely capable shade tree mechanic at best. Then you have access to everything and can clean it out good. <P> there are a few steps to cleaning out an old gas tank. First, you need to get the old fuel/varnish out. That requires acetone. Gasoline and E85 will NOT cut varnish. I am planning on removing the entire tank from the tractor. I have a steam pressure washer, but was wondering besides washing it; what the best way to get the varnish cleaned out. I don't want to get my freshly rebuilt carburetor back and have a dirty gas tank. <P> Posts: 2,474. the no effort way to clean an old gas tank. I have cleaned up a few gas tanks in my time,and am always looking for the best [B][I]GENTLE[I][B] way to do it. the tank in question has sat with gas in it since 1978. The thing must have has gobs of gas in there that had never been taken out. <P> Report to Moderator. Hey guys. WHat is the best way to clean a dirty old gas tank that has several years of varnish and trash in it from 3 gallons of old gas left in it. I am planning on removing the entire tank from the tractor. I have a steam pressure washer, but was wondering besides washing it; what the best way to get the varnish cleaned out. I don't want to get my freshly rebuilt carburetor back and have a dirty gas tank.
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Fill the gas tank with a couple inches of water to clean out varnish. Pour a cup of muriatic acid into the tank. Move the tank around for a few minutes so the solution covers the inside completely. Pour three or four cups of lime into a bucket.Pour a gallon of water into the bucket and stir it with a long stick.ove the tank around a few minutes.
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how to make coconut jam drops
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<P> Method. 1 Beat butter and sugar with an electric mixer until pale and creamy, add egg and vanilla extract and beat until light and fluffy, turn speed to low and add sifted flour, baking powder and 1/2 cup coconut, beat until just combined into a soft dough. 1 2 tablespoons raspberry jam. 2 Beat butter and sugar with an electric mixer until pale and creamy, add egg and vanilla extract and beat until light and fluffy, turn speed to low and add sifted flour, baking powder and 1/2 cup coconut, beat until just combined into a soft dough. <P> 1 Cup Plain Flour. 2 Cups desiccated coconut. Strawberry jam – here is the link to my homemade strawberry jam. LET’S PUT IT ALTOGETHER. 1. With an electric beater, cream the softened butter and sugar in a large bowl for 1 – 2 minutes. 2. Add the vanilla essence and egg and beat until well combined. 3 <P> 1 125g unsalted butter, softened. 2 1/2 cup caster sugar. 3 1 egg. 4 1 teaspoon vanilla extract. 5 Sprinkling of cinnamon powder, to taste. 6 1 cup plain flour, sifted. 7 1 teaspoon baking powder. 8 2 tablespoons (raspberry) jam. 9 Toast desiccated coconut in a pan on the cooktop, till golden. 10 Set aside to cool. Makes 20. 1 1 cup desiccated coconut, fine or coarse. 2 1/4 cup almond meal. 3 125g unsalted butter, softened. 4 1/2 cup caster sugar. 5 1 egg. 6 1 teaspoon vanilla extract. 7 Sprinkling of cinnamon powder, to taste. 8 1 cup plain flour, sifted. 9 1 teaspoon baking powder. 10 2 tablespoons (raspberry) jam. 11 <P> 1 Combine sifted flour, coconut and sugar in a large mixing bowl. 2 Mix well. 3 Make a well in the flour mixture and stir in melted butter and milk. 4 Mix well. ( 5 Don't worry if the batter looks a bit crumbly.) Using your hands, shape, rather than roll, level tablespoons of the mixture into balls. 1 Preheat oven to 180C (350F). 2 Combine sifted flour, coconut and sugar in a large mixing bowl. 3 Mix well. 4 Make a well in the flour mixture and stir in melted butter and milk. 5 Mix well. ( 6 <P> Using an electric mixer, cream the butter, sugar and vanilla essence in a mixing bowl until pale and creamy. Add the egg yolk and mix well. Add the flour and coconut, and mix on low speed until just combined. <P> 1 Add the flour and coconut and mix on a very low setting until it just comes together. 2 Roll spoonfuls (15g) of mixture into balls and place on trays, 2cm apart. 3 Flatten slightly with a spatula and then using the end of a round wooden spoon handle place a hole in the centre for jam, then place the jam. 2/3 cup The Sugar Breakup Dextrose Powder. 2/3 cup desiccated coconut. 1 egg yolk. 1/4-1/3 cup jam. Putting it together: 1 Preheat oven to 170°C. 2 Line baking trays with baking paper. 3 Using an electric beater mix the butter, dextrose and vanilla until light and creamy. 4 Add the egg yolk and beat until mixed. 5 Add the flour and coconut and mix on a very low setting until it just comes together <P> 1 Beat butter and sugar with an electric mixer until pale and creamy, add egg and vanilla extract, cinnamon powder and pinch of salt and beat until light and fluffy, turn speed to low and add sifted flour, almond meal, baking powder and 1/2 cup coconut, beat until just combined into a soft dough. Makes 20. 1 1 cup desiccated coconut, fine or coarse. 2 1/4 cup almond meal. 3 125g unsalted butter, softened. 4 1/2 cup caster sugar. 5 1 egg. 6 1 teaspoon vanilla extract. 7 Sprinkling of cinnamon powder, to taste. 8 1 cup plain flour, sifted. 9 1 teaspoon baking powder. 10 2 tablespoons (raspberry) jam. 11 Toast desiccated coconut in a pan on the cooktop, till golden.
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Preheat oven to 180C (350F). Combine sifted flour, coconut and sugar in a large mixing bowl. Mix well and make a well in the flour mixture and stir in melted butter and milk. Mix well. Don't worry if the batter looks a bit crumbly. Using your hands, shape, rather than roll, level tablespoons of the mixture into balls.
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why feed raspberry leaves to horses
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<P> I've been doing research on feeding mares dried raspberry leaves and it seems to be a big help to them! Has anyone had experience with it? My general findings say to feed 1/4 cup once a day, do you feed that? And what about capsules? They may be cheaper/ easier to feed? (Such as these http://www. amazon ... And what about capsules? They may be cheaper/ easier to feed? (Such as these http://www. amazon .com/Natures-Way-Raspberry-Leaves-Capsules/dp/B000AR8PXW/ref=sr_1_2?ie=UTF8&qid=1372275291&sr=8-2&keywords=raspberry+leaves but how much should I feed?) My mare is a 21 year old, 1200 pound Thoroughbred. <P> Frequency and Duration. One dose of raspberry leaf daily is the maximum required for any horse. While some of the supplements may be safe to feed year round, pure raspberry leaves should not be fed year round. Calculating Dosage of Raspberry Leaves. When starting a horse on raspberry leaves it is important to calculate the correct amount of the dried leaves to add to feed. Dosage for the leaves can be calculated according to weight, with 1/2 a teaspoon being the recommended dosage for every 150 pounds the animal weighs <P> Loading dose is 3.75 twice a day for two weeks. The raspberry leaves take about a month to start kicking in. This warning was posted on the site: One thing to watch out for is the selenium. It says on the site that raspberry leaves are high in selenium. If you are in a high-selenium area, or feed a selenium supplement (or any of your food/supplements have selenium in them), do make sure you aren't feeding a high dose. Horses need selenium, but too much will kill them. I bought raspberry leaf for an Arab cross mare, did absolutely nothing for her mareishness. I know people who say they see a difference with their mares though, it's cheap enough-worth a shot! I fed 1/2 cup morning and night. <P> There are a few mares at my barn that get Mare Magic (name brand raspberry leaves for horses) and their owners all swear by it. They get way less than 1/4 cup, I think the scoop that comes in the package is maybe 2 tablespoons. And what about capsules? They may be cheaper/ easier to feed? (Such as these http://www. amazon .com/Natures-Way-Raspberry-Leaves-Capsules/dp/B000AR8PXW/ref=sr_1_2?ie=UTF8&qid=1372275291&sr=8-2&keywords=raspberry+leaves but how much should I feed?) My mare is a 21 year old, 1200 pound Thoroughbred. <P> This Site Might Help You. RE: Raspberry leaf for horses? I've been reading around about raspberry leaf, and have noted its use in "Mare Magic" as a calming agent for hormonal and stressed mares. I've also noticed, in reading, that a raspberry leaf tea is beneficial for pregnant women, and helps to ease labor <P> show more I've been reading around about raspberry leaf, and have noted its use in Mare Magic as a calming agent for hormonal and stressed mares. I've been reading around about raspberry leaf, and have noted its use in "Mare Magic" <P> Raspberry leaf (Rubus idaeus). Raspberry for horses is best-known for its beneficial effects on pregnant mares and its ability to tackle the moodiness sometimes caused by hormonal fluctuations in pregnant mares and young fillies coming into season for the first time. <P> Raspberry leaf can be found in prepared supplements or it can be given in dried leaf form. Calculating Dosage of Raspberry Leaves When starting a horse on raspberry leaves it is important to calculate the correct amount of the dried leaves to add to feed. Dosage for the leaves can be calculated according to weight, with 1/2 a teaspoon being the recommended dosage for every 150 pounds the animal weighs. Frequency and Duration One dose of raspberry leaf daily is the maximum required for any horse.
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Raspberry for horses is best-known for its beneficial effects on pregnant mares and its ability to tackle the moodiness sometimes caused by hormonal fluctuations in pregnant mares and young fillies coming into season for the first time.
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what chakra does moonstone
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<P> Moonstone. Learn about the metaphysical and healing properties of moonstone, a crystal of intuition, hope, and more. Moonstone is said in crystal healing to help calm responses and stress, and avoid overreaction. It is a stone of calm and relief from emotional stress. It is also associated with love of all kinds. Physically moonstone is used in crystal healing to aid the pituitary gland and digestive system, obesity, water retention, hormonal problems, menstrual problems. <P> White Moonstone carries the energy of the new moon at the height of its power, stimulating psychic perception, vision and dream work. It can magnify one's emotions, activating the kundalini energy in women and emotional balance in men, and is supportive in children to drive away nightmares or insomnia. To women, Moonstone reveals their feminine power and abilities of clairvoyance, and gives rise to the kundalini energy. Moonstone helps men become more in-tune with the feminine aspects of their nature, and stimulates the right side of the brain, encouraging nonlinear thinking and emotional balance. <P> Translucent with white, pink, yellow, soft sheen. Metaphysical: Moon stone helps to soothe and balance the emotions. They assist in the master of your emotions by bringing them under control of your will, instead of repressing or expressing them. Moonstone represents the great Mother Goddess. Meaning of crystals, healing stones, power stones, crystal energy, chakra healing, chakra balancing, chakra cleansing, reiki healing. <P> Scientific Gemstone Properties. Mohs Hardness of 6 with a monoclinic crystal structure. Moonstone is the opalescent variety of Orthoclase, which is an alkali feldspar. With a blue or white sheen, (referred to as a “schiller”), it has an appearance rather like the shine of the moon, hence it’s name. The sheen is created by the reflection of light from the internal structure of very thin layers of Albite. <P> It is also said to bring strong energies of abundance to one's life. Moonstone is a stone of protection, especially during childbirth, pregnancy, and travel at sea. It is a stone of calm and relief from emotional stress. It is also associated with love of all kinds. Physically moonstone is used in crystal healing to aid the pituitary gland and digestive system, obesity, water retention, hormonal problems, menstrual problems. <P> As the name suggests, Moonstone is strongly connected to moon and to intuition as well. It is also first and foremost a women’s stone, directly associated with the Mother Goddess. Like the moon, this stone’s reflective schiller reminds one that as the moon waxes and wanes through a natural cycle, as do we. Moonstone is the opalescent variety of Orthoclase, which is an alkali feldspar. With a blue or white sheen, (referred to as a “schiller”), it has an appearance rather like the shine of the moon, hence it’s name. The sheen is created by the reflection of light from the internal structure of very thin layers of Albite. <P> Moonstone Chakra Healing and Balancing Energy. The white crystal energies present in all Moonstones have an association with the Crown Chakra and our spiritual center. They represent personal identification with the Infinite, and oneness with God, peace and wisdom. To women, Moonstone reveals their feminine power and abilities of clairvoyance, and gives rise to the kundalini energy. Moonstone helps men become more in-tune with the feminine aspects of their nature, and stimulates the right side of the brain, encouraging nonlinear thinking and emotional balance. <P> Moonstone is composed of Orthoclase and Albite, two species from the Feldspar group. Rainbow Moonstone is a name often given to Labradorite in a white matrix. Moonstone is a 3rd Anniversary gemstone. <P> The Chakra Wand Moonstone Healing is superbly handcrafted and adorned with silver. The size of the wand may vary from 7 to 8 in length. A genuine, clear quartz point stands at one end and the base is decorated by a polished clear quartz ball. <P> Because the Rainbow Moonstone meaning linked with the Crown Chakra, the strength of this stone will shine to give psychic protection, strengthening the senses and cleaning the negative thoughts. The Metaphysical powers of this colorful gemstones is said to be able to give a good dream and make sleep more soundly. This transparent gems, which has good vibrations with the number 4, also known as the ‘Rainbow Moonstone‘ because it can take color from its surroundings. This stone is considered a sacred stone by the Indians and believed to bring good fortune. This gemstone dull and translucent with white milk or bluish white.
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Moonstone Chakra Healing and Balancing Energy. The white crystal energies present in all Moonstones have an association with the Crown Chakra and our spiritual center. They represent personal identification with the Infinite, and oneness with God, peace and wisdom.
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is pond water safe for drinking
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<P> Water Treatment Systems for Private Water System Ponds: The water treatment system for a pond is designed to work in stages to maximize the effectiveness and make the water potable and safe for drinking. <P> A cased pond intake relies on the bank to filter water and can filter out some the algae before entering the treatment system. ¾ If the water appears green in the cased intake, then the filtration that is taking place through the bank is inadequate. <P> Drinking Water From Lakes & Rivers. Untreated surface water in rivers, streams, lakes, and ponds is not safe to drink unless it is treated to remove bacteria, viruses, and parasites. Drinking water contaminated by these organisms can cause diseases like cryptosporidium or giardia. Symptoms can include nausea, diarrhea, weight loss, gas, and energy loss. <P> Water that comes from ponds, streams or lakes should not be used for domestic drinking water unless it is boiled first, according to the Washington State Department of Health. Place your filtered water in a pan over high heat and bring it to a rolling boil. <P> Filtration: A slow sand filter, pressurized rapid sand filter, or pre-coat filter is the next step in treatment to filter out as many of the blue-green algae cells as possible before the water enters the disinfection system. ¾ Pressured rapid sand filters are the most common filters used for drinking water ponds. <P> Water Treatment. Treatment has two steps, filtration and disinfection. Both steps are necessary to remove or kill all bacteria, viruses, and parasites and make the water safe to drink. Step 1. Filtration removes soil particles and plant material that can interfere with <P> In some cases you may find it necessary to obtain your drinking water from a fresh water pond. Drinking the water from the pond as it is can be dangerous to your health due to contaminants or microorganisms that may cause various harmful conditions such as E. coli infection or leptospirosis. <P> Algae in ponds can especially be a problem if the pond is used as a drinking water source or other household uses. Cyanobacteria, often called blue-green algae, are bacteria that are naturally found in Ohio lakes, ponds, and slow-moving streams.
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Yes, unless it is treated to remove bacteria, viruses, and parasites.
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when did solidarity take over
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<P> About. Occupy Wall Street is a people-powered movement that began on September 17, 2011 in Liberty Square in Manhattan’s Financial District, and has spread to over 100 cities in the United States and actions in over 1,500 cities globally. <P> The great majority of Solidarity activists are today between the ages of 25 and 35. They were born into a new industrial state rising out of the chaos and devastation of World War II. Their families, uprooted by the war, settled near new manufacturing complexes such as the Gdansk shipyards on the Baltic Seaboard. From their early childhoods, the future activists of Solidarity knew that someday they would take their places as workers in these factories. Thus, as a generation, they were just as important to the success of the new socialist state as were the recently constructed industrial plants. Growing Up In A Workers’ State. Officially, Poland has been a workers’ state for 35 years, run by and for workers. But, even before the rise of Solidarity, Polish workers themselves repeatedly challenged the Polish reality through strikes and street demonstrations. <P> Solidarity emerged on 31 August 1980 in Gdańsk at the Lenin Shipyards when the communist government of Poland signed the agreement allowing for its existence. On 17 September 1980, over 20 Inter-factory Founding Committees of free trade unions merged at the congress into one national organization NSZZ Solidarity. In the 1980s, Solidarity was a broad anti-bureaucratic social movement, using the methods of civil resistance to advance the causes of workers' rights and social change. <P> By the end of August, a Solidarity-led coalition government was formed. In December 1990, Wałęsa was elected President of Poland. Since then Solidarity has become a more traditional, liberal trade union. Its membership had dropped to 680,000 by 2010 and 400,000 by 2011. In the 1980s, Solidarity was a broad anti-bureaucratic social movement, using the methods of civil resistance to advance the causes of workers' rights and social change. <P> Families escaping from Mosul June 2014. It only took five days for the Sunni Muslim extremist organization known as the Islamic State of Iraq and Syria, or ISIS, to occupy the city of Mosul, capital of the province of Ninawa and one of the biggest cities in Iraq, around 395 km north of Baghdad. <P> ), a Polish non-governmental trade union, began on 14 August 1980, at the Lenin Shipyards (now Gdańsk Shipyards) at its founding by Lech Wałęsa and others. In the early 1980s, it became the first independent labor union in a Soviet-bloc country. Solidarity gave rise to a broad, non-violent, anti-communist social movement that, at its height, claimed some 9.4 million members. It is considered to have contributed greatly to the fall of communism. The Roundtable Talks between the government and the Solidarity-led opposition resulted in semi-free elections in 1989. By the end of August 1989, a Solidarity-led coalition government had been formed, and, in December 1990, Wałęsa was elected president. This was soon followed by the dismantling of the communist governmental system and by Poland's transformation into a modern democratic state <P> Since 1989 Solidarity has become a more traditional trade union, and had relatively little impact on the political scene of Poland in the early 1990s. In the 1980s, Solidarity was a broad anti-bureaucratic social movement, using the methods of civil resistance to advance the causes of workers' rights and social change. <P> Art and writing blossomed; over 600 Solidarity publications sprang to life in the first year of its existence. Every factory, every town, insisted on its own paper and took great pride in its production. The five-day work week was one of Solidarity’s earliest and hardest-fought victories. Growing Up In A Workers’ State. Officially, Poland has been a workers’ state for 35 years, run by and for workers. But, even before the rise of Solidarity, Polish workers themselves repeatedly challenged the Polish reality through strikes and street demonstrations.
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By the end of August 1989.
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typical size of a modern prison cell
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<P> Size of a Solitary Confinement Cell. During Tuesday's Senate Judiciary Subcommittee hearing on solitary confinement in U.S. prisons, Sen. Al Franken asked Charles Samuel, the director of the Federal Bureau of Prisons about the size of a cell. Here's the exchange as it happened. <P> What is the average size of a US home? According to the National Association of Home Builders, the average home size in the United States was 2,330 square feet in 2004, up from 1,400 square feet in 1970. <P> The Standard Size of a Jail Cell. The standard size of jail cells is 6 feet by 8 feet. To prevent prisoners from escaping, every cell is equipped with heavy-duty door locks, which can only be opened from the outside. The different fixtures and furnishings available inside are designed not to be broken easily. <P> A confined space where prisoners are detained, a jail cell is sometimes called a holding cell or a prison cell. Commonly, it only has a single door, plus the wall is usually made from either brick or plastic. In Great Britain, police stations have cells with every door equipped with a sliding hatch. The primary purpose of this important feature is to give police officers the capacity to observe the prisoners inside the cells. In addition to these basic facts, it is also good to know the standard dimensions of a jail cell. <P> The typical prison cell is eight by six feet (about 2.5 by 1.8 meters), with a metal bed tray (either bolted to the wall or free-standing on metal legs), a sink and a toilet. There may be a window allowing a view outside the prison. <P> We used 80 square feet as an average size – and boy is that a small, small area. The waiting room was roughly three and a half times that size and I don’t think I could keep my sanity after spending one day locked in that room. I can’t imagine what it would be like to spend just one day in your average prison cell.
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Prison cell is eight by six feet (about 2.5 by 1.8 meters).
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what are sesame seeds
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<P> Multigrain Seeded Bread. Sunflower seeds, sesame seeds, and pumpkin seeds are incorporated into the dough of this whole wheat bread and liberally sprinkled onto the crust, giving this bread a well rounded flavor and lots of texture. <P> Description. Sesame seeds are tiny, flat oval seeds with a nutty taste and a delicate, almost invisible crunch. They come in a host of different colors, depending upon the variety, including white, yellow, black and red. Sesame seeds are highly valued for their high content of sesame oil, an oil that is very resistant to rancidity <P> Together, these compounds help stave off harmful free radicals from the human body. Sesame is among the seeds rich in quality vitamins, and minerals. They are very good sources of B-complex vitamins such as niacin, folic acid, thiamin (vitamin B1), pyridoxine (vitamin B6), and riboflavin. 100 g of sesame contains 97 µg of folic acid, about 25% of recommended daily intake. <P> Sesame has one of the highest oil contents of any seed. With a rich, nutty flavor, it is a common ingredient in cuisines across the world. Like other nuts and foods, it can trigger allergic reactions in some people. The world harvested about 4.8 million metric tonnes of sesame seeds in 2013. Sesame seed is one of the oldest oilseed crops known, domesticated well over 3000 years ago. Sesame has many species, most being wild and native to sub-Saharan Africa. <P> In addition, sesame seeds contain many health benefiting compounds such as sesamol (3, 4-methylene-dioxyphenol), sesaminol, furyl-methanthiol, guajacol (2-methoxyphenol), phenylethanthiol and furaneol, vinylguacol, and decadienal. Sesamol and sesaminol are phenolic anti-oxidants. Sesame is among the seeds rich in quality vitamins, and minerals. They are very good sources of B-complex vitamins such as niacin, folic acid, thiamin (vitamin B1), pyridoxine (vitamin B6), and riboflavin. 100 g of sesame contains 97 µg of folic acid, about 25% of recommended daily intake. <P> Calcium, iron, manganese, zinc, magnesium, selenium, and copper are especially concentrated in sesame seeds. Many of these minerals have a vital role in bone mineralization, red blood cell production, enzyme synthesis, hormone production, as well as regulation of cardiac and skeletal muscle activities. Sesame is among the seeds rich in quality vitamins, and minerals. They are very good sources of B-complex vitamins such as niacin, folic acid, thiamin (vitamin B1), pyridoxine (vitamin B6), and riboflavin. 100 g of sesame contains 97 µg of folic acid, about 25% of recommended daily intake. <P> Sesame seeds add a nutty taste and a delicate, almost invisible, crunch to many Asian dishes. They are also the main ingredients in tahini (sesame seed paste) and the wonderful Middle Eastern sweet call halvah. They are available throughout the year. Sesame seeds may be the oldest condiment known to man. Sesame seeds are tiny, flat oval seeds with a nutty taste and a delicate, almost invisible crunch. They come in a host of different colors, depending upon the variety, including white, yellow, black and red. <P> Sesame (/ˈsɛsəmiː/ ; Sesamum indicum) is a flowering plant in the genus Sesamum. Numerous wild relatives occur in Africa and a smaller number in India. It is widely naturalized in tropical regions around the world and is cultivated for its edible seeds, which grow in pods. Sesame seed is one of the oldest oilseed crops known, domesticated well over 3000 years ago. Sesame has many species, most being wild and native to sub-Saharan Africa. <P> Sesame seed is one of the first recorded seasonings. It grows widely in India and Asia. These tiny seeds come in shades of brown, red and black, but the most common color is a pale grayish-ivory. Sesame seeds have a nutty, sweet aroma with a milk-like, buttery taste. Plural: Sesame seeds. Season: available year-round <P> Hindi Name: Kale Til, Safed Til. These seeds from the sesame plant have a nutty flavor. The husked ones are called white sesame and the un-husked are black. They are widely used in Indian, Chinese, Japanese and Korean cooking. With a crunchy texture and a nutty taste, they are added to many dishes for the extra flavor. Black sesame seeds: The best to make oil from, the black variety also has higher medicinal value and flavor. They also have a nutty taste and are used in several dishes and as crispy garnish. Red sesame seeds: Their iron content gives them the red color, they are very healthy.
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Are tiny, flat oval seeds with a nutty taste and a delicate, almost invisible crunch. They come in a host of different colors, depending upon the variety, including white, yellow, black and red.
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where is the scorched slab located
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<P> Scorched Slab is modeled after one of the real-life locations that is claimed to be Ama-no-Iwato, the cave where the sun goddess Amaterasu shut herself up for a long time in Japanese mythology. This explains why there was nothing to find in Scorched Slab in Generation III but TM11 (Sunny Day). <P> Scorched Slab is a tiny cave in the middle of an indented lake in Route 120. There is a small opening in the rock which lets the lake's water in the cave. About two-thirds of the cave is filled with water; the other third is a dry slab of rock, giving the cave its name. <P> Scorched Slab is an incredibly small cave located in Route 120. This cave is accessed only by Surf and has just one thing within it; the TM for Sunny Day. Special Moves used in Scorched Slab: <P> Scorched Slab is a small cave in northern Hoenn. It is located on Route 120, but you will need Surf to reach it. You can use Flash to better explore the cave, but it is not necessary. Near the entrance is TM11 Sunny Day. Head down the stairs and walk north to find a Full Heal. <P> Please help the Pokemon Pokémon wiki by adding. One The Scorched (Slab: japaneseひでりのいわ と Drought) slab is a cave located in The hoenn. Region it can be accessed by Using surf on the small lake in the northern part Of route, 120 east Of Fortree. City the only point of interest is THE, Tm11 Sunny, day located within. it <P> This article is missing an image. Please help the Pokemon Pokémon wiki by adding. One The Scorched (Slab: japaneseひでりのいわ と Drought) slab is a cave located in The hoenn. Region it can be accessed by Using surf on the small lake in the northern part Of route, 120 east Of Fortree. city <P> Hoenn Scorched Slab (location). This is the Pokemon Pokémon location guide For Scorched slab In. Hoenn choose which generation of games'you re playing to see The pokemon pokémon and. capture methods <P> The Scorched Slab (Japanese: ひでりのいわと Drought Slab) is a cave located in the Hoenn region. It can be accessed by using Surf on the small lake in the northern part of Route 120, east of Fortree City. The only point of interest is the TM11, Sunny Day, located within it.
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Hoenn region
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what causes clubfoot in pregnancy
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<P> Overview. Clubfoot is a birth defect that causes a child’s foot to point inward instead of forward. The condition is normally identified after birth, but doctors can also tell if a fetus has clubfoot during an ultrasound. Although the condition normally affects only one foot, it can affect both feet. <P> A doctor can also diagnose clubfoot in a fetus by using an ultrasound. Do not assume that your child has clubfoot if his or her foot appears to be turned inward. Deformities affecting the leg or the bones in the foot may also cause the foot to appear abnormal. <P> Clubfoot (also called talipes equinovarus) is a birth defect of the foot. Birth defects are health conditions that are present at birth. Birth defects change the shape or function of one or more parts of the body. They can cause problems in overall health, how the body develops or in how the body works. <P> 1 You have clubfoot in your family health history. 2 This is a record of any health conditions and treatments that you, your partner and everyone in your families have had. 3 If you, your partner or one of your children has clubfoot, your baby’s risk of having clubfoot increases. <P> Clubfoot is painless in a baby, but it can eventually cause discomfort and become a noticeable disability. Left untreated, clubfoot does not straighten itself out. The foot will remain twisted out of shape, and the affected leg may be shorter and smaller than the other. <P> Clubfoot can happen in one foot or in both feet. In almost half of affected infants, both feet are involved. Although clubfoot is painless in a baby, treatment should begin immediately. Clubfoot can cause significant problems as the child grows. <P> The exact cause of clubfoot is unknown, but doctors agree that a family history of clubfoot increases the likelihood that a child will be born with the condition. In addition, mothers who smoke and drink during pregnancy are more likely to give birth to a child with a clubfoot or clubfeet.
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If mothers who smoke and drink during pregnancy
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normal hemoglobin ranges
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<P> You must have noticed that the normal hemoglobin level varies according to the age and gender. Babies tend to have a higher hemoglobin range, as their bodies are trying to grow and get the organs into a fully functioning mode. Thus, the respiratory rate is also very high in newborns. The normal hemoglobin range for women is slightly on the lower side compared to that of men. This is because, women lose blood during menstruation. Normal hemoglobin level tends to rise slightly during pregnancy, as there is an increased need for oxygen in the body. <P> The normal range of hemoglobin (also haemoglobin) varies in men, women, and children. The normal range of hemoglobin in male is 13.5 to 18gm/dl (gram per deciliter). For female it is 12 to 16gm/dl (gram per deciliter). In a children 11 to 16gm/dl (gram per deciliter). And for a pregnant woman 11 to 12g/dl (gram per deciliter) is the normal range of hemoglobin. If the hemoglobin is below normal, this is called anemia. <P> MICROCYTIC ANEMIAS. The most prevalent and preventable form of microcytic anemia is iron deficiency anemia. 1 The prevalence of iron deficiency anemia in the United States ranges from 3 to 10 percent and may be as high as 30 percent in low-income populations. <P> Description. Hemoglobin is the main component of red blood cells and serves as the transporter for oxygen and carbon dioxide in the blood. Hemoglobin concentration (Hb) is usually reported as grams of hemoglobin per deciliter of blood (g/dL). Hb is commonly measured by the cyanhemoglobin (hemoglobin cyanide) method. <P> High/Low Hemoglobin Levels. Some people have a naturally high hemoglobin level, which is mostly seen as an adaptive change. For example, people who live at high altitudes tend to have higher levels of hemoglobin, to make up for the insufficient amount of oxygen in the atmosphere. The normal hemoglobin range for women is slightly on the lower side compared to that of men. This is because, women lose blood during menstruation. Normal hemoglobin level tends to rise slightly during pregnancy, as there is an increased need for oxygen in the body. <P> Hemoglobin is the protein molecule in red blood cells that carries oxygen from the lungs to the body's tissues and returns carbon dioxide from the tissues back to the lungs. Hemoglobin is made up of four protein molecules (globulin chains) that are connected together. Embedded within the heme molecule is iron that is vital in transporting oxygen and carbon dioxide in our blood. The iron contained in hemoglobin is also responsible for the red color of blood. Hemoglobin also plays an important role in maintaining the shape of the red blood cells. <P> Normal Hemoglobin Range. The hemoglobin level is an important indicator of the health condition of a person. This article provides some information about the normal hemoglobin level in kids and adults. The normal hemoglobin range for women is slightly on the lower side compared to that of men. This is because, women lose blood during menstruation. Normal hemoglobin level tends to rise slightly during pregnancy, as there is an increased need for oxygen in the body. <P> HbA1c facts. 1 Hemoglobin A1c, often abbreviated HbA1c, is a form of hemoglobin (a blood pigment that carries oxygen) that is bound to glucose. 2 The blood test for HbA1c is routinely performed in people with type 1 and type 2 diabetes mellitus. <P> Reference ranges for blood tests, sorted logarithmically by mass above the scale and by molarity below. Hormones predominate at the left part of the scale, shown with a red at ng/L or pmol/L, being in very low concentration.
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The normal range of hemoglobin in male is 13.5 to 18gm/dl (gram per deciliter).For female it is 12 to 16gm/dl (gram per deciliter). In a children 11 to 16gm/dl (gram per deciliter)
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descriptive colors for urine
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<P> Common description of urine (normal). pale yellow, yellow, dark yellow, and amber. . the yellow pigment that gives color to urine. . a pink (or red) pigment in urine that is thought to derive from melanin metabolism. Uroerythrin deposits on urate crystals to produce a precipitate described as brick dust. <P> The Color, Smell and Turbidity of Urine The color of normal urine ranges from colorless through straw, yellow, amber and brown and depends on the concentration of various pigments (urochrome, uroerythrin, urobilin). The color of urine can be influenced by: - pH: acidic urine usually darker. <P> My doctor suggested I keep a log of urine output and description of the urine. Could you suggest other words to describe how healthy, infected, colonized (bladder) urine can look: Color: Yellow, Straw, Lt. Yellow, Dk. <P> Cause: globin (blood) melanin (urine darkens on standing and reacts with nitroprusside and ferric chloride). . pale yellow, yellow, dark yellow, and amber. . the yellow pigment that gives color to urine. . a pink (or red) pigment in urine that is thought to derive from melanin metabolism. <P> Anuria refers to a total lack of urine production. The normal color of urine ranges from light yellow to dark amber, depending on the concentration of solutes in the urine. Urechrome is the name of the pigment that gives urine its characteristic yellow color. Many medications cause the urine to change color. <P> Normal urine color ranges from pale yellow to deep amber — the result of a pigment called urochrome and how diluted or concentrated the urine is. Pigments and other compounds in certain foods and medications may change your urine color. Beets, berries and fava beans are among the foods most likely to affect urine color. Many over-the-counter and prescription medications give urine vivid tones, such as raspberry red, lemon yellow or greenish blue. An unusual urine color can be a sign of disease. For instance, deep red to brown urine is an identifying characteristic of porphyria, a rare, inherited disorder of red blood cells. 1 Symptoms.
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Pale yellow to deep amber.
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what is shilajit good for
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<P> Shilajit is a very potent antioxidant that helps fight free radicals and oxidation of the body’s cells. For this reason, it is thought to promote longevity. This substance is said to be able to reduce pain, treat all types of arthritis, treat joint and muscle pain and treat inflammation. Shilajit is beneficial to the digestive system, stomach and intestines. It can relieve indigestion, gastritis, constipation, and pain in the abdomen. It protects and enhances the workings of the kidneys, pancreas and thyroid gland. It increases blood circulation, as well. <P> I’m really not sure how many supplements use it. At least dozens use shilajit, but all shilajit is not PrimaVie. I found a couple options for you. There’s Shilajit Fulvic Acid Complex available at Swanson Vitamins for $13.68 and Two-Per-Day Tablets from LifeExtension at $20 for a two month supply. <P> RUDRAMANI SHILAJIT-Special formula from the shilajit plant for anti-aging and energy. Raw Shilajit harvested from Himalayan mountains is purified and processed as per patented process conforming to ISO 9002 and Good Manufacturing Procedure (WH0-GMP) norms. A closely guarded secret of Indian Yogis. Shilajit contains 85+ minerals in ionic form, Vitamins, Fulvic acid and very important phytonutrients. The fulvic acid in shilajit is in it's most natural and purest form. Fulvic acid is required to dilate the cell walls and transport the minerals deep into the cells. <P> Dabur Shilajit Gold is a unique combination of Shilajit, Gold, Kesar and other important herbs like Ashwagandha, Kaunch Beej and Safed Mushali. Benefits and action of Dabur Shilajit Gold. 1 Shilajit: Shilajit is a form of mineral that drips from the cracks of rocks in the Himalayas during hot weather. 2 Shilajit rich in medicinal powers is formed by the mating of rock with plant matter for thousands of years under heat and pressure. <P> Shilajit is a dark brown mineral substance and Ayurvedic powder that has deeply nourishing and energizing effects on the body. It contains triterpenes, over 85 minerals and is high in fulvic acid. Learn more about why we consider it a top superfood. Dragon Herbs High Mountain Shilajit 60caps-http://bit.ly/U7Wq8D. <P> Shilajit comes from the Sanskrit compound word shilajatu meaning rock-invincible, which is the regular Ayurveda term. It is also spelled shilajeet (Hindi: शिलाजीत) and salajeet (Urdu: سلاجیت ). Once cleaned of impurities and extracted, shilajit is a homogeneous brown-black paste-like substance, with a glossy surface, a peculiar smell and bitter taste. Dry shilajit density ranges from 1.1 to 1.8 g/cm 3. <P> Shilajit, is an aphrodisiac. It has been found that the use of shilajit is beneficial to increase the libido in an individual. It is also called as Indian Viagra or an alternative to Viagra. Shilajit is an aphrodisiac which is used for the treatment of impotency and infertility in both men and women. <P> As mentioned on the homepage of this site, the list of the benefits of shilajit is extraordinary. There are a great number of research supported positive health benefits of shilajit, and the traditional Ayurvedic benefits associated with shilajt are even greater in number. 1 Because of shilajit’s androgen-like properties, it helps to balance out stress-causing hormones, making it easier for both your mind AND body to deal with stress signals in a healthier, calmer manner. 2 Immune Booster. <P> Shilajit is perhaps the most potent rejuvenator and anti aging block buster ever known to the mankind. Attributed with many magical properties, shilajit is found predominately in the Himalayan region bordering India, China, Tibet and parts of central Asia. The existence and use of Shilajit was a closely guarded secret of the Yogis of Himalayas for many centuries. Shilajit contains 85+ minerals in ionic form, Vitamins, Fulvic acid and very important phytonutrients. The fulvic acid in shilajit is in it's most natural and purest form. Fulvic acid is required to dilate the cell walls and transport the minerals deep into the cells. <P> Shilajit is an exudate that is pressed out from layers of rock in sacred Altai Mountains. It is composed of humus and organic plant material that has been compressed by layers of rock. Humus is formed when soil microorganisms decompose animal and plant material into elements usable by plants.
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It is a very potent antioxidant that helps fight free radicals and oxidation of the body’s cells and it reduce pain, treat all types of arthritis, treat joint and muscle pain and treat inflammation.
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propofol dosage for moderate sedation
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<P> The propofol dosage typically was an initial bolus of 20 to 40 mg, followed by 10 to 20 mg boluses to maintain sedation. Sipe reported that propofol achieved faster time to sedation, greater depth of sedation and faster recovery than midazolam/meperidine sedation. Complication rates were similar. <P> OBJECTIVES. The purpose of this study was to determine the total propofol dose (mg/kg) for non-emergent pediatric procedural sedation and evaluate dosing differences with regard to a patient's sex, age, and body mass index. <P> 0 I have never read a standard regarding maximum dosage of propofol for moderate sedation. I've read mean dosages, and policies regarding such average dosages, specifically for endoscopic procedures, but I have never read anything regarding a max dose of propofol for endoscopic procedures requiring <P> Propofol is 98% plasma-protein bound, and is metabolized primarily in the liver. The drug is lipophilic and is prepared as an oil/water emulsion consisting of 1% propofol, 10% soybean oil, 2.25% glycerol, and 1.2% egg lecithin. Propofol is contraindicated in patients with hypersensitivity to eggs or soybean. <P> Lorazepam (Ativan) is another benzodiazepine that may be used for mild-to-moderate sedation; however, unlike midazolam, its onset of action does not peak until 15-20 minutes after administration. The duration of action of lorazepam is longer (ie, 6-8 h) than that of midazolam (30-60 min). <P> Sedation Definitions. Understanding the various depths of sedation is essential to provide safe and effective procedural sedation and analgesia. The ASA has defined the various sedation depths. As defined below, minimal sedation or moderate sedation is used for PSA. <P> This study was a retrospective observational pilot study including patients 0 to 18 years of age admitted between January 2008 and November 2009 for non-emergent gastrointestinal endoscopic procedures or radiologic imaging, who received propofol for procedural sedation. <P> Another nurse who was trained in the use of moderate sedation, but not deep sedation or anesthesia, assisted the gastroenterologist. After questioning the physician about the dose (100 mg is a high dose), she began administering the propofol via an infusion pump. The patient suddenly experienced respiratory arrest.
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20 to 40 mg
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where in xinjiang china is k2
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<P> The Karakoram Range. The Karakoram is a large mountain range spanning the borders between Pakistan, India and China, located in the regions of Gilgit-Baltistan (Pakistan), Ladakh (India), and Xinjiang (China). It is actually the northwestern extension of the Himalaya. <P> Xinjiang is divided into the Dzungarian Basin in the north and the Tarim Basin in the south by a mountain range. Only about 4.3% of Xinjiang's land area is fit for human habitation. The autonomous region of the PRC was established on October 1, 1955, replacing the province. In 1955 (the first modern census in China was taken in 1953), Uyghurs were counted as 73% of Xinjiang's total population of 5.11 million. <P> K2, part of the Karakmoram mountain range, is located in the southwest corner of Xinjiang along the borders of Pakistan and China. The name literally means “mountains of gold” and the area is well-known for the minerals – including gold – that it provides. Josh is a writer, musician and entrepreneur who currently resides in Urumqi, capital of China's western province of Xinjiang. <P> En route to K2. K2 (28,251'), the second highest mountain on earth, is surrounded by some of the longest glaciers on earth. Bactrian camels carry our gear to K2 Base Camp at 12,900 feet, from where we don our backpacks for a 4-day trek to Advance Base Camp. We fly to Beijing, then on to Kashgar via Urumqi, the capital of China’s Xinjiang Province. Kashgar was once a fabled oasis on the Great Silk Route. We explore Kashgar’s photogenic Sunday marketplace, one of the largest in Central Asia. <P> Xinjiang is an autonomous region of the People's Republic of China. It is a large, sparsely populated area which takes up about one sixth of the country's territory. Xinjiang borders three provinces of China including the Tibet Autonomous Region to the south and Qinghai and Gansu provinces to the southeast. In addition, it borders eight separate countries: Mongolia to the east, Russia to the north, and Kazakhstan, Kyrgyzstan, Tajikistan, Afghanistan, Pakistan, and India to the west. As part of the People's Republic of China, the official name of the region today is the Xinjiang Uyghur Autonomous Region, although it is often called Xin for short. Among Uyghur activists who seek independence from China, the region is also referred to as Uyghuristan. <P> K2 is in the Karakoram mountain range. It lies partly in the Uygur Autonomous Region of Xinjiang of China and partly in the Northern Areas, the portion of the disputed Kashmir … region under the administration of Pakistan. Some skis are made there, a few from China. 3 people found this useful. Edit. Share to: 1 Best Ski Vacations and Resorts in the United States Skiing is one of America's favorite pastimes. <P> Josh and the blogger who posted the pictures are right. Damo is wrong. the original blogger clearly stated that K2 is located along the “borders of China and Pakistan”. the geo political map clearly shows that. Damo was wrong to state that “K2 is in Pakistan” because it is not, it locates BOTH in Pakistan and China. The name literally means “mountains of gold” and the area is well-known for the minerals – including gold – that it provides. Josh is a writer, musician and entrepreneur who currently resides in Urumqi, capital of China's western province of Xinjiang. <P> #1 K2 in Xinjiang 乔戈里峰. You’d never know it from this picture, but K2 – the peak in the distant left – comes in second place for both the “world’s highest” category (after Mt. Everest) and the “world’s deadliest” (which is held by Annapurna). The name literally means “mountains of gold” and the area is well-known for the minerals – including gold – that it provides. Josh is a writer, musician and entrepreneur who currently resides in Urumqi, capital of China's western province of Xinjiang. <P> It contains the disputed territory of Aksai Chin administered by China. Xinjiang contains China's smaller border with Russia (which is 40 km/24 mi long; the remainder of the China-Russia border is 3,605 km/2,240 mi long, and is taken up by the Inner Mongolia and Heilongjiang provinces). The autonomous region of the PRC was established on October 1, 1955, replacing the province. In 1955 (the first modern census in China was taken in 1953), Uyghurs were counted as 73% of Xinjiang's total population of 5.11 million.
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K2, part of the Karakmoram mountain range, is located in the southwest corner of Xinjiang along the borders of Pakistan and China.
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what is fascism
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<P> fascism. The only official definition of Fascism comes from Benito Mussolini, the founder of fascism, in which he outlines three principles of a fascist philosophy. 1.Everything in the state. <P> Fascism is a form of government, in which the country is considered more important than any one person, group, liberty, or provision. A country under this kind of government is usually run by a person called a leader, who has the right of total control over the government and people. <P> Many on the political left wrongly equate Fascism with Capitalism. Again, Fascism is NOT Capitalism. Allow me to briefly explain: the primary goal of Capitalism is profit. On the other hand, the primary goal of Fascism is the well being of a nation's citizens and well being of the nation as a whole. <P> First and foremost, Fascism is an economic system in which a nation's government plays a central role in monitoring all banking, trade, production, and labor activity which takes place within the nation. Such monitoring is done for the sole purpose of safeguarding & advancing the nation and its people. <P> Examples of FASCISM. 1 the rise of Fascism in Europe before World War II. 2 From the first hours of Hitler's invasion of the Soviet Union, the propagandists on both sides of the conflict portrayed the struggle in stark, Manichaean language. <P> Word History: It is fitting that the name of an authoritarian political movement like Fascism, founded in 1919 by Benito Mussolini, should come from the name of a symbol of authority. <P> Fascism /ˈfaeʃɪzəm/ ˈfæʃɪzəm is a form of radical authoritarian nationalism that came to prominence in early-20th Century. Europe influenced by national, syndicalism fascism originated In italy During World War, i in opposition to, Liberalism, marxism And. anarchism
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A form of government, in which the country is considered more important than any one person, group, liberty, or provision.
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average military salary
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<P> As an example, the Army website broke down the annual $29,380 compensation of a military police sergeant into $29,380 for salary, $16,164 for housing, $3,900 for food allowances, $1,800 for special pay, and tax advantages of $2,716. Officer pay is divided into 10 grades, starting from the lowest O-1 and continuing to O-10. For example, as of 2012, the O-1 grade, or second lieutenant, earned $33,941 per year for less than two years of experience, $42,703 annually for four years and $42,703 yearly for six years. <P> Well there are a wide range of jobs in the Military category and their pay varies greatly. If you know the pay grade of the job you are searching for you can narrow down this list to only view Military jobs that pay less than $30K, $30K-$50K, $50K-$80K, $80K-$100K, or more than $100K. Browse Military jobs by salary range: , $30K-$50K, $50K-$80K, $80K-$100K, or. <P> Jobs. Bringing in the most money are Army Officers — their earnings average $96K annually. Helicopter Pilots are a close second at around $89K along with Operations Managers ($77K) and Logistics Managers (about $73K). U.S. Army hands out some of the smallest paychecks to Soldiers (approximately $38K on average). <P> All members of the Armed Forces, including those in the Army, receive salaries from the monthly basic pay table. For enlisted staff, this table is divided into nine pay grades starting from the lowest of E-1 to the highest of E-9, with each grade representing rank. The wages in each pay grade increase with experience. Officer pay is divided into 10 grades, starting from the lowest O-1 and continuing to O-10. For example, as of 2012, the O-1 grade, or second lieutenant, earned $33,941 per year for less than two years of experience, $42,703 annually for four years and $42,703 yearly for six years. <P> The median officer's monthly salary is $6,258.60 monthly, or $75,103 annually, as of fiscal 2010. This figure is for an O-5 -- a commander in the Navy and a lieutenant colonel in all other forces -- with eight years in the military. Median warrant officer pay is $4,254 monthly, or $51,048 annually, as of fiscal 2010, for a W-3 -- chief warrant officer in all branches -- with eight years in the service. <P> Recently ranges in US indicate that the average salary vary between $10 000 and $30 000, but it will depend of the category and the specialty that you choose of the career of field. We show a brief resume with the average salary and the main specialties of the military jobs. <P> Averages. As of 2010, a Congressional Budget Office report estimated that the average active duty soldier receives an average $99,000 per year in compensation that includes pay and benefits, with 60 percent of the total being non-cash compensation. Officer pay is divided into 10 grades, starting from the lowest O-1 and continuing to O-10. For example, as of 2012, the O-1 grade, or second lieutenant, earned $33,941 per year for less than two years of experience, $42,703 annually for four years and $42,703 yearly for six years. <P> The Congressional Budget Office recently estimated that the average active duty service member receives an Army benefits and pay compensation package worth $99,000. Noncash compensation represents almost 60 percent of this package. <P> For example the median expected annual pay for a typical E1 - Recruit-Basic Training (Army) in the United States is $16,510, so 50% of the people who perform the job of E1 - Recruit-Basic Training (Army) in the United States are expected to make less than $16,510. Source: HR Reported data as of October 2015. 1 Salary.
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$30K-$50K, $50K-$80K, $80K-$100K.
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is zanaflex a narcotic
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<P> Tramadol (Ultram) is narcotic-like pain reliever. Tizanidine (Zanaflex) is a drug that is used as a muscle relaxant. Some routes of admistration ma … y provide an increased desired effect from the typical oral reccomendation. This may exaggerate known side effects or can produce new ones and is not reccomended. <P> Zanaflex® (tizanidine hydrochloride) is a central alpha2-adrenergic agonist. Tizanidine HCl is a white to off-white, fine crystalline powder, which is odorless or with a faint characteristic odor. Tizanidine is slightly soluble in water and methanol; solubility in water decreases as the pH increases. Call your doctor at once if you have any of these serious side effects: 1 feeling light-headed, fainting, slow heart rate; 2 hallucinations, confusion, unusual thoughts or behavior; 3 nausea, stomach pain, low fever, loss of appetite, dark urine, clay-colored stools, jaundice (yellowing of the skin or eyes); or. <P> In some situations, it may endanger your physical safety to be in a state of reduced muscle tone. Cold or allergy medicine, narcotic pain medicine, sleeping pills, other muscle relaxers, and medicine for seizures, depression or anxiety can add to sleepiness caused by Zanaflex. Zanaflex is a short-acting medication that should be taken only for daily activities that require relief from muscle spasticity. Do not take Zanaflex if you are also taking the antidepressant fluvoxamine (Luvox), or the antibiotic ciprofloxacin (Cipro). <P> Do not take more than three doses (36 mg) of tizanidine in a 24-hour period. Too much of this medication can damage your liver. Cold or allergy medicine, narcotic pain medicine, sleeping pills, other muscle relaxers, and medicine for seizures, depression or anxiety can add to sleepiness caused by tizanidine. Tell your doctor if you need to use any of these other medicines together with tizanidine. Avoid drinking alcohol. <P> Tell your doctor or pharmacist if you are taking other products that cause drowsiness including alcohol, antihistamines (such as cetirizine, diphenhydramine), drugs for sleep or anxiety (such as alprazolam, diazepam, zolpidem), other muscle relaxants, and narcotic pain relievers (such as codeine). Be sure to discuss with your doctor how to take this medication to determine the best way to take your dose, especially when changes to your dose are being considered or if your doctor prescribes a different form of tizanidine (such as tablet or capsule). <P> Zanaflex® tablets are supplied as 4 mg tablets for oral administration. Zanaflex® tablets contain the active ingredient, tizanidine hydrochloride (4.58 mg equivalent to 4 mg tizanidine base), and the inactive ingredients, colloidal silicon dioxide, stearic acid, microcrystalline cellulose and anhydrous lactose. Call your doctor at once if you have any of these serious side effects: 1 feeling light-headed, fainting, slow heart rate; 2 hallucinations, confusion, unusual thoughts or behavior; 3 nausea, stomach pain, low fever, loss of appetite, dark urine, clay-colored stools, jaundice (yellowing of the skin or eyes); or. <P> Do not take more than three doses (36 mg) of Zanaflex in a 24-hour period. Too much of this medication can damage your liver. Cold or allergy medicine, narcotic pain medicine, sleeping pills, other muscle relaxers, and medicine for seizures, depression or anxiety can add to sleepiness caused by Zanaflex. Zanaflex is a short-acting medication that should be taken only for daily activities that require relief from muscle spasticity. Do not take Zanaflex if you are also taking the antidepressant fluvoxamine (Luvox), or the antibiotic ciprofloxacin (Cipro). <P> Tizanidine is a short-acting muscle relaxer that's marketed under the brand name Zanaflex. It is used to treat muscle spasms caused by certain conditions such as multiple sclerosis, ALS, or spinal cord injury. It is also prescribed off-label for certain headache disorders, symptoms of fibromyalgia, and as a sleep aid. Tizanidine works by blocking nerve impulses that are sent to your brain. Tizanidine (Zanaflex) Interactions. Do not take tizanidine if you are also taking the antidepressant fluvoxamine (Luvox) or the antibiotic ciprofloxacin (Cipro). Let your doctor know all other medicines you are taking before he prescribes tizanidine. <P> Zanaflex is a short-acting muscle relaxer. It works by blocking nerve impulses (pain sensations) that are sent to your brain. Zanaflex is used to treat spasticity by temporarily relaxing muscle tone. Zanaflex may also be used for purposes other than those listed in this medication guide. Zanaflex is a short-acting medication that should be taken only for daily activities that require relief from muscle spasticity. Do not take Zanaflex if you are also taking the antidepressant fluvoxamine (Luvox), or the antibiotic ciprofloxacin (Cipro). <P> Do not take more than three doses (36 mg) of tizanidine in a 24-hour period. Too much of this medication can damage your liver. Cold or allergy medicine, narcotic pain medicine, sleeping pills, other muscle relaxers, and medicine for seizures, depression or anxiety can add to sleepiness caused by tizanidine. Tell your doctor if you need to use any of these other medicines together with tizanidine. Avoid drinking alcohol.
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Do not take more than three doses (36 mg) of Zanaflex in a 24-hour period. Too much of this medication can damage your liver. Cold or allergy medicine, narcotic pain medicine, sleeping pills, other muscle relaxers.
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what is enhanced provision in early years
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<P> Your Continuous Provision must be linked to assessment and levelled around the ability of your children in that area. You would then enhance it with open ended resources that will encourage investigation, exploration and thinking as well as resources linked to children’s interests that will encourage engagement. Planning for Continuous Provision can be very time consuming and what gets written on paper often doesn’t translate into actual practice. <P> 1 Follow the link enhanced provision panel dates to find out the years panel dates and cut off deadlines for schools to submit the paperwork evidence to the Local Authority. 1 School/setting makes an application to the Statutory Assessment and Moderating Panel (STAMP) which usually meets twice per term. 2 <P> 1 If Enhanced Provision is declined, reasons are given to school and parents. 2 Sometimes other recommendations are made to the school advising them to access the range of services provided by the LA that schools’ can access at School Action Plus. 1 School/setting makes an application to the Statutory Assessment and Moderating Panel (STAMP) which usually meets twice per term. 2 Follow the link enhanced provision panel dates to find out the years panel dates and cut off deadlines for schools to submit the paperwork evidence to the Local Authority. <P> Inspecting early years provision made before or after school or during school holidays About this guidance The aim of this guidance is to assist inspectors to carry out inspections of provision where children only attend before or after school or in school holidays. Inspecting early years provision made before or after school or during school holidays 10 Grading provision As with other early years inspections, inspectors should use the four-point scale to grade each of the key and supplementary judgements set out in the early years evaluation schedule. <P> The pupils of the enhanced provision are all integrated within their mainstream setting to a greater or lesser extent – although due to the severity of individual needs of pupils coming into the enhanced provision in recent years this is becoming increasingly more difficult to work towards. Ballumbie Enhanced Provision has excellent facilities. There is a main active play classroom with enclosed outdoor play area, a soft play room, sensory studio, quiet small group working room,’ book bug’ room, resources room and lifeskills kitchen. <P> Previous Next. An attempt at continuous provision for display in different areas of EYFS classrooms; role play, sand and water area, writing area and snack table. Resource describes the continuous provision in our setting but most statements are likely to reflect the provision in most settings <P> ‘Continuous Provision’. It is my pleasure to have my colleague Alistair Bryce-Clegg as a guest blogger. Alistair enjoyed a successful 10 year career as the Head teacher of a three-form entry Infant school and Early Years unit in Cheshire. “My definition of Continuous Provision is not ‘the provision that is continually out’. It is far more rich and complex than that. If you just put random resources out within your environment then you are relying on a great deal of luck when it comes to children’s engagement and attainment. <P> Continuous Provision. As children move from reception to Year 1, or from early years classrooms to primary school, they often miss activities through which they learned in their previous settings. Continuous provision can enable children to explore recent learning, practice new skills, and follow their own interests. Teachers are able to enhance the continuously offered activities to make more overt links to adult-initiated and adult-directed, focused sessions. <P> Enhanced provision is additional funding the Local Authority (LA) puts into a school/setting to support a pupil whose needs cannot be met solely from within the school’s resources. 1 School/setting makes an application to the Statutory Assessment and Moderating Panel (STAMP) which usually meets twice per term. 2 Follow the link enhanced provision panel dates to find out the years panel dates and cut off deadlines for schools to submit the paperwork evidence to the Local Authority.
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Enhanced provision is additional funding the Local Authority (LA) puts into a school/setting to support a pupil whose needs cannot be met solely from within the school’s resources.
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what does cwt stand for
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<P> CWT is the unit of measurement used when referring to “centum weight”. The term “centum” is Latin for “hundred” and so CWT is also known as “hundredweight”. In specific terms, CWT is a unit of mass which is defined according to pounds. <P> Cwt stands for centium weight. The 'wt' in 'cwt' is obviously the abbreviation of 'weight'. The 'c' in 'cwt' probably refers to the Roman numeral for the number 100. <P> The abbreviation cwt stands for hundredweight. Unfortunately there are two different definitions of a hundredweight. In the United Kingdom, where it has been replace … d by the metric system, a hundredweight is 112 pounds, or 8 stone. In the United States, it is 100 pounds. <P> A unit of measurement for weight used in certain commodities trading contracts. In North America, a hundredweight is equal to 100 pounds and is also known as a short hundredweight. In Britain, a hundredweight is 112 pounds and is also known as a long <P> In the past, hundredweight was used as a unit of measure for buying and selling many more commodities. Its usage has gradually declined, however, in favor of contract specifications in pounds or kilograms. <P> BREAKING DOWN 'Hundredweight-Cwt'. Hundredweight is used as a unit of measure in trading livestock, grains and other commodities contracts. For example, on the Chicago Mercantile Exchange, the futures contract for rough rice is 2,000 hundredweights of long grain rough rice. <P> CWT stands for centum weight, which is another term for hundredweight.. Certain thin materials like sheet metal are sold by the CWT, which is the cost of the unit per 100 pounds. <P> Confidence votes 12.5K. The abbreviation cwt stands for hundredweight. Unfortunately there are two different definitions of a hundredweight. In the United Kingdom, where it has been replaced by the metric system, a hundredweight is 112 pounds, or 8 stone.
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centum weight
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how long can humulin r be unrefrigerated
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<P> Introduction. In August 2003, I wrote a commentary entitled How Long Can a Vial of Insulin be Used After It Is Started. The commentary included comments from each of the 3 insulin manufacturers, as well as the American Diabetes Association (ADA). As pointed out in a subsequent letter to the editor by Dr. Mark Molitch, the comments from the 3 insulin manufacturers were totally unsatisfactory and self-serving.. The recommendations for how long an opened vial of insulin can be used are inconsistent and not necessarily based on definitive studies. <P> Not in-use (unopened): Humulin R (insulin (human recombinant)) U-100 vials not in-use should be stored in a refrigerator (2° to 8°C [36° to 46°F]), but not in the freezer. The injection of Humulin R (insulin (human recombinant)) U-100 should be followed by a meal within approximately 30 minutes of administration. <P> Report Abuse. As long as it's kept at room temperature (about 65-70 degrees), it will last 28 days without refrigeration, then it starts losing potency. At cool but not cold temperatures (say 50 degrees), it will probably last a couple of months. If refrigerated, it will last until the expiration date on the package. Best Answer: If the insulin is Lilly's glargine (Lantus) or lispro (Humalog) or if the insulin is Novo Nordisk's detemir (Levemir) or aspart (Novolog) it will be effective for thirty days after being removed from refrigeration assuming it is not exposed to 'excessive heat' (greater than 80 degrees F or 26.7 degrees C). <P> Admixture: Infusion bags prepared with Humulin R (insulin (human recombinant)) U-100 as indicated under DOSAGE AND ADMINISTRATION are stable when stored in a refrigerator (2° to 8°C [36° to 46°F]) for 48 hours and then may be used at room temperature for up to an additional 48 hours. The injection of Humulin R (insulin (human recombinant)) U-100 should be followed by a meal within approximately 30 minutes of administration. <P> Expert: Tammy F. replied 10 years ago. You should be able to use an open vial for up to 28 days without refrigeration as long as you keep it away from direct heat and light and at a temperature of less than 86°F. Check with your vet in the morning just to be sure but it might be ok. Good luck! <P> Punctured vials: After initial use, the punctured vials should be stored in a refrigerator but not in a freezer. If refrigeration is not possible, the vial that you are currently using can be kept at room temperature up to 42 days, as long as it is kept below 30°C (86°F). Throw away unrefrigerated vials after 42 days from the first use, even if they still contain insulin.. As pointed out in a subsequent letter to the editor by Dr. Mark Molitch, the comments from the 3 insulin manufacturers were totally unsatisfactory and self-serving.. The recommendations for how long an opened vial of insulin can be used are inconsistent and not necessarily based on definitive studies. <P> In-use (opened): The Humulin R (insulin (human recombinant)) U-100 vial currently in-use can be kept unrefrigerated as long as it is kept as cool as possible [below 30°C (86°F)] away from heat and light. The injection of Humulin R (insulin (human recombinant)) U-100 should be followed by a meal within approximately 30 minutes of administration. <P> 1 Humulin R (insulin (human recombinant)) U-100 should only be mixed as directed by the physician. 2 Humulin R (insulin (human recombinant)) U-100 is short-acting and is often used in combination with intermediate-or long-acting insulins. The injection of Humulin R (insulin (human recombinant)) U-100 should be followed by a meal within approximately 30 minutes of administration. <P> Insulin products contained in vials or cartridges supplied by the manufacturers (opened or unopened) may be left unrefrigerated at a temperature between 59°F and 86°F for up to 28 days and continue to work. Regular insulins are to be injected approximately 30 minutes before the start of each meal. Rapid-acting insulins begin working more rapidly than regular insulin and are to be injected no more than 15 minutes before the start of each meal to avoid dangerously low blood glucose levels. <P> 1 If an intermediate insulin (e.g., Humulin N or Novolin N) or long-acting insulin (e.g., Lantus or Levemir) is available, the 24 units should be administered as two injections of 12 units, once in the morning and once in the evening. Regular insulins are to be injected approximately 30 minutes before the start of each meal. Rapid-acting insulins begin working more rapidly than regular insulin and are to be injected no more than 15 minutes before the start of each meal to avoid dangerously low blood glucose levels.
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As long as it is kept as cool as possible away from heat and light.
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what is a angina pectoris
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<P> Knowledge center. Angina-or angina pectoris (Latin for squeezing of the chest) - is chest pain, discomfort, or tightness that occurs when an area of the heart muscle is receiving decreased blood oxygen supply. It is not a disease itself, but rather a symptom of coronary artery disease, the most common type of heart disease. <P> Call 911 for emergency transport. Angina, or angina pectoris, is the medical term used to describe the temporary chest discomfort that occurs when the heart is not getting enough blood. 1 The heart is a muscle (myocardium) and gets its blood supply from the coronary arteries. 2 Blood carries the oxygen and nutrients the heart muscle needs to keep pumping. <P> Background. Angina pectoris is the result of myocardial ischemia caused by an imbalance between myocardial blood supply and oxygen demand. Angina is a common presenting symptom (typically, chest pain) among patients with coronary artery disease. Angina pectoris is the result of myocardial ischemia caused by an imbalance between myocardial blood supply and oxygen demand. It is a common presenting symptom (typically, chest pain) among patients with coronary artery disease (CAD). <P> Angina (angina pectoris-Latin for squeezing of the chest) is chest discomfort that occurs when there is a decreased blood oxygen supply to an area of the heart muscle. In most cases, the lack of blood supply is due to a narrowing of the coronary arteries as a result of arteriosclerosis. A. Angina (angina pectoris-Latin for squeezing of the chest) is chest discomfort that occurs when there is a decreased blood oxygen supply to an area of the heart muscle. In most cases, the lack of blood supply is due to a narrowing of the coronary arteries as a result of arteriosclerosis. Angina may be felt as: 1 pressure. <P> Angina (an-JI-nuh or AN-juh-nuh) is chest pain or discomfort that occurs if an area of your heart muscle doesn't get enough oxygen-rich blood. Angina may feel like pressure or squeezing in your chest. The pain also can occur in your shoulders, arms, neck, jaw, or back. Angina pain may even feel like indigestion. <P> Angina pectoris, commonly known as angina, is the sensation of chest pain, pressure, or squeezing, often due to ischemia of the heart muscle from obstruction or spasm of the coronary arteries. <P> Practice Essentials. Angina pectoris is the result of myocardial ischemia caused by an imbalance between myocardial blood supply and oxygen demand. It is a common presenting symptom (typically, chest pain) among patients with coronary artery disease (CAD).
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Angina pectoris, commonly known as angina, is the sensation of chest pain, pressure, or squeezing, often due to ischemia of the heart muscle from obstruction or spasm of the coronary arteries.
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what is exclusive jurisdiction
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<P> Exclusive jurisdiction is an element of the division between the state courts and the federal court. Each part of the courts has exclusive jurisdiction over certain issues; what this means is that only that court can hear certain types of cases. The state where the trial is held is the site of original jurisdiction, and the original jurisdiction is sometimes the site of exclusive jurisdiction. Court proceedings occur at the state and federal level. <P> Benefits. There are many benefits to giving the courts exclusive jurisdiction over certain types of cases. Cases involving federal crimes and issues of the Constitution should be decided at the federal level, since they are issues that affect all citizens. The state where the trial is held is the site of original jurisdiction, and the original jurisdiction is sometimes the site of exclusive jurisdiction. Court proceedings occur at the state and federal level. <P> Exclusive Jurisdiction Law & Legal Definition. Exclusive jurisdiction refers to power of a court to adjudicate a case to the exclusion of all other courts. It is the sole forum for determination of a particular type of case. Exclusive jurisdiction is decided on the basis of the subject matter dealt with by a particular court. For example, the U.S. district courts have exclusive jurisdiction on bankruptcy matters [28 USCS § 1334]. <P> Paul files a tort case against Dennis in a state trial court. There is no law which gives any court exclusive jurisdiction to hear this type of case. Therefore, the state trial court has subject-matter jurisdiction over this case. 2. Federal district courts are courts of limited jurisdiction. <P> (Redirected from Exclusive Jurisdiction). In civil procedure, exclusive jurisdiction exists where one court has the power to adjudicate a case to the exclusion of all other courts. It is the opposite situation from concurrent jurisdiction, in which more than one court may take jurisdiction over the case. For example, 28 U.S.C. § 1334 gives the United States district courts exclusive jurisdiction over all matters arising in bankruptcy (with few exceptions). On a Federal level, exclusive jurisdiction allows the Supreme Court to review the decisions in lower courts. <P> Exclusive jurisdiction is typically defined in terms of subject matter. For example, 28 U.S.C. § 1334 gives the United States district courts exclusive jurisdiction over all matters arising in bankruptcy (with few exceptions). On a Federal level, exclusive jurisdiction allows the Supreme Court to review the decisions in lower courts. <P> Federal courts have exclusive jurisdiction over cases in which the parties are from different states and disputing over more than $75,000. These cases are heard at the federal level due to the diversity of citizenship and amount of money, according to the United States Courts website. The state where the trial is held is the site of original jurisdiction, and the original jurisdiction is sometimes the site of exclusive jurisdiction. Court proceedings occur at the state and federal level. <P> exclusive jurisdiction-Legal Definition. n. The provision, made in the United States Constitution, in legislation, or in a contract, that a particular court is the sole forum in which a certain type of case may be brought. <P> State courts have concurrent jurisdiction in most cases. Federal courts have exclusive jurisdiction in a limited number of cases, such as federal criminal, antitrust, bankruptcy, patent, Copyright, and some admiralty cases, as well as suits against the U.S. government.
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Exclusive jurisdiction refers to power of a court to adjudicate a case to the exclusion of all other courts. It is the sole forum for determination of a particular type of case.
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how is catherine different when she returns from her five-week stay at the grange
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<P> For the next thirteen years, Nelly Dean stays at Thrushcross Grange to raise Catherine, a feisty daddy's girl. Edgar and Nelly make sure that Catherine knows nothing of Wuthering Heights or its master. But, like her mother, Catherine is drawn to adventure and wants to explore the moors and all of its craggy, windswept spots. When Nelly forbids her to leave the property of Thrushcross Grange, Catherine goes off on her own. She ends up at Wuthering Heights, where she meets Hindley's son Hareton. Heathcliff's despicable treatment of the young man has turned Hareton into a grunting, uneducated oaf <P> Catherine and Isabella begin to visit Wuthering Heights quite often, and Heathcliff returns the favor by calling at the Grange. Isabella begins to fall in love with Heathcliff, who, despite his obvious love for Catherine, does nothing to discourage her sister-in-law’s affections. The next day, at the Grange, Nelly observes Heathcliff embracing Isabella. In the kitchen, Catherine demands that Heathcliff tell her his true feelings about Isabella. She offers to convince Edgar to permit the marriage if Heathcliff truly loves the woman. <P> When a dog bites Catherine, she is forced to stay at the Grange for five weeks to recuperate. While there, she captures the affections of young Edgar. Back at Wuthering Heights, life without Catherine has been miserable for Heathcliff, but with Edgar in the picture things will never be the same. Edgar and Nelly make sure that Catherine knows nothing of Wuthering Heights or its master. But, like her mother, Catherine is drawn to adventure and wants to explore the moors and all of its craggy, windswept spots. When Nelly forbids her to leave the property of Thrushcross Grange, Catherine goes off on her own. <P> During her weeks of recovery at Thrushcross Grange, Catherine is made into a groomed and civilized young lady. She returns to Wuthering Heights a true prima donna. This is the future Catherine Linton: a privileged and indulged lady of the house. Heathcliff longs Catherine Earnshaw; her decision to marry Edgar means that she and Heathcliff will never be together, as they were as children. Catherine's choice of husband is the pivotal choice of the novel, changing everyone's destiny and bringing the two houses – the Grange and Wuthering Heights – together. <P> Chapter 10. Heathcliff returns to Thrushcross Grange a few months after Catherine and Edgar were married. While Heathcliff stays at Wuthering Heights, Catherine and Isabella visit him; Isabella falls for Heathcliff in the process. While at Wuthering Heights, Heathcliff demands to speak to Nelly alone about Catherine, and then convinces her to carry a letter to Catherine. Chapter 15. When Nelly delivers the letter to Catherine, she is too ill to even hold it. Heathcliff comes out of hiding in the Grange and speaks to Catherine about their love. <P> While Catherine is wild, wilful and passionate, she also possesses a double character. Her five week sojourn at the grange awakens in her an appreciation of the civilised world. When she returns to the Heights, both manner and appearance have changed and is shocked in appearance of Heathcliff and Edgar. If Heathcliff can be considered the main protagonist of the novel then Catherine Earnshaw is the dominant female spirit which prevails the novel. She is a character dominated by obsession and her single greatest obsession is her love for Heathcliff. <P> Edgar and Catherine marry, and go to live together at Thrushcross Grange. Six months later Heathcliff returns, now a wealthy gentleman. Catherine is delighted, but Edgar is not. Edgar's sister, Isabella, soon falls in love with Heathcliff, who despises her, but encourages the infatuation as a means of revenge. After Catherine's funeral Isabella leaves Heathcliff, takes refuge in the South of England and gives birth to a son, Linton. Hindley dies six months after Catherine and Heathcliff thus finds himself master of Wuthering Heights. <P> Upon their return, Hindley threatens Heathcliff with banishment if he ever speaks to Catherine again. Chapter 7. Catherine returns to Wuthering Heights after a five week transformation from wild girl to young lady, all Mrs. Linton's work. Upon her return, Heathcliff is upset at her changes in appearance and attitude. The Linton's are invited to dinner by Hindley, and Heathcliff is forbidden to join them. While at Wuthering Heights, Heathcliff demands to speak to Nelly alone about Catherine, and then convinces her to carry a letter to Catherine. Chapter 15. When Nelly delivers the letter to Catherine, she is too ill to even hold it. Heathcliff comes out of hiding in the Grange and speaks to Catherine about their love. <P> Now master of both Wuthering Heights and Thrushcross Grange, and Cathy's father-in-law, Heathcliff insists on her returning to live at Wuthering Heights. Soon after she arrives Linton dies. Hareton tries to be kind to Cathy, but she withdraws from the world. After Catherine's funeral Isabella leaves Heathcliff, takes refuge in the South of England and gives birth to a son, Linton. Hindley dies six months after Catherine and Heathcliff thus finds himself master of
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Heathcliff is upset at her changes in appearance and attitude.
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normal dosage of abilify
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<P> ABILIFY can be given without regard to meals. The recommended target dose of ABILIFY is 15 mg/day, as monotherapy or as adjunctive therapy with lithium or valproate. The dose may be increased to 30 mg/day based on clinical response. The safety of doses above 30 mg/day has not been evaluated in clinical trials. ABILIFY has been systematically evaluated and shown to be effective in a dose range of 10 to 30 mg/day, when administered as the tablet formulation; however, doses higher than 10 or 15 mg/day were not more effective than 10 or 15 mg/day. <P> For adolescents age 13 to 17 years old, the recommended starting Abilify dose for schizophrenia is Abilify 2 mg once daily. Within a week or so, your healthcare provider should try to increase your dose to Abilify 10 mg once daily. If necessary, your healthcare provider may increase the dose up to 30 mg per day. The recommended starting dose of Abilify for bipolar disorder in adults is 15 mg once daily. If necessary to control your bipolar disorder symptoms, your healthcare provider may increase your dose up to 30 mg once daily. <P> For children and adolescents age 10 to 17 years old, the recommended starting Abilify dose for bipolar disorder is Abilify 2 mg once daily. Within a week or so, your healthcare provider should try to increase your dose to Abilify 10 mg once daily. If necessary, your healthcare provider may increase the dose up to 30 mg per day. The recommended starting dose of Abilify for bipolar disorder in adults is 15 mg once daily. If necessary to control your bipolar disorder symptoms, your healthcare provider may increase your dose up to 3 <P> A: Abilify is used for many different conditions such as schizophrenia, bipolar disorder and depression. The recommended starting dose for treating major depression (when used along with an antidepressant) in adults is 2 mg to 5 mg once daily. The effective dose is usually Abilify 5 to 10 mg once daily. A: Abilify is an atypical antipsychotic and antidepressant used in the treatment of schizophrenia, bipolar disorder, and clinical depression. It has many reported side effects, but the less common ones include blurred vision, dry mouth, weight gain, stiffness, myalgia (muscle pain), and muscle spasms. <P> The recommended target dose of ABILIFY is 10 mg/day. Aripiprazole was studied in adolescent patients 13 to 17 years of age with schizophrenia at daily doses of 10 mg and 30 mg. ABILIFY has been systematically evaluated and shown to be effective in a dose range of 10 to 30 mg/day, when administered as the tablet formulation; however, doses higher than 10 or 15 mg/day were not more effective than 10 or 15 mg/day. <P> Dosage of Abilify for Schizophrenia. The recommended starting Abilify dose for schizophrenia in adults is 10 mg to 15 mg once daily. If necessary, your healthcare provider may increase your dose up to 30 mg per day. If necessary, your healthcare provider may increase the dose up to 30 mg per day. The recommended starting dose of Abilify for bipolar disorder in adults is 15 mg once daily. If necessary to control your bipolar disorder symptoms, your healthcare provider may increase your dose up to 30 <P> The recommended starting dose for ABILIFY as adjunctive treatment for patients already taking an antidepressant is 2 to 5 mg/day. The recommended dosage range is 2 to 15 mg/day. Dosage adjustments of up to 5 mg/day should occur gradually, at intervals of no less than 1 week [see Clinical Studies ]. ABILIFY has been systematically evaluated and shown to be effective in a dose range of 10 to 30 mg/day, when administered as the tablet formulation; however, doses higher than 10 or 15 mg/day were not more effective than 10 or 15 mg/day. <P> The tablets are available in various doses including 2 mg, 5 mg, 10 mg, 15 mg, 20 mg and 30 mg. The disintegrating tablets are available in both 10 mg and 15 mg doses. This is good because it allows for more dosing flexibility. The form and size you take will depend on the Abilify dosage. Abilify Dosages. As indicated above the Abilify dosage depends on several patient specific criteria. However, it also depends on the condition in which you are trying to treat as it is different for each type of psychosis. The medication should be taken once daily and can be taken with or without food. <P> For adolescents age 13 to 17 years old, the recommended starting aripiprazole dose for schizophrenia is aripiprazole 2 mg once daily. Within a week or so, your healthcare provider should try to increase your dose to aripiprazole 10 mg once daily.
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10 mg/day
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common uses for hornblende
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<P> Amphibole minerals’ defining characteristics are their dark color, hardness and well-developed cleavage. These usually serve to distinguish them from most other common rock-forming minerals with the exception of the pyroxene mineral group. Amphibole comes from the Greek word amfibolos, which means ‘ambiguous’ or ‘doubtful’. Ambiguity also surrounds the older name for part of the mineral group. Although it is no longer used as a mineral name, the most common rock-forming amphiboles were once called ‘Hornblende’. <P> As noted above, hornblende is a name used for a number of dark-colored amphibole minerals that are compositional variants with similar physical properties. These minerals can not be distinguished from one another without laboratory analysis. The mineral hornblende has very few uses. Its primary use might be as a mineral specimen. However, hornblende is the most abundant mineral in a rock known as amphibolite which has a large number of uses. It is crushed and used for highway construction and as railroad ballast. It is cut for use as dimension stone. <P> Spodumene is the only lithium pyroxene. It is a white or pale-colored mineral that forms in some pegmatites. Their typical dark color, hardness and well-developed cleavage usually serve to distinguish these minerals from most other common rock-forming minerals, except for those of the amphibole (hornblende) group. <P> The hornblende Mineral Group. Hornblende is a group name used to describe Ferro-hornblende and Magnesio-hornblende, but the term is generally more inclusive for all calcium aluminum amphibole s. Hornblende is major constituent of the earth and is extremely common. It forms in a host of different mineral environment s, and is often a major constituent of the rock type it forms in. <P> Introduction PropertiesCommon rock-forming mineralsEconomic minerals. Hornblende is a member of the amphibole group of more complex silicates, in which the tetrahedra are linked to form a continuous chain twice the width of the pyroxene chains. For this reason they are often referred to as double chain silicate <P> Hornblende is a complex inosilicate series of minerals (ferrohornblende – magnesiohornblende). It is not a recognized mineral in its own right, but the name is used as a general or field term, to refer to a dark amphibole. Hornblende is an isomorphous mixture of three molecules; a calcium-iron-magnesium silicate, an aluminium-iron-magnesium silicate, and an iron-magnesium silicate. <P> Hornblende is a very common mineral found in many geologic environments. It is found in many intrusive igneous rocks ranging in composition from granites to diorite to gabbros to syenites. It occurs as phenocrysts in several varieties of extrusive igneous rocks, such an andesite. — Small needle-like crystals of hornblende occur in gneisses and amphibolite in outcrops in Big Falls County Park along the Eau Claire River in the NW SE Sec. 13 T.27N R.8W (Cummings, 1984; Myers, 1974). Some of the amphibolite has been used to make bookends, tie tacks and pendants. (Lovvik, 1976). <P> The pyroxene minerals typical dark color, hardness and well-developed cleavage usually serve to distinguish them from most common rock-forming minerals, with the exception of the hornblende (amphibole) mineral group. Their typical dark color, hardness and well-developed cleavage usually serve to distinguish these minerals from most other common rock-forming minerals, except for those of the amphibole (hornblende) group. <P> Hornblende is a field and classroom name used for a group of dark-colored amphibole minerals found in many types of igneous and metamorphic rocks. These minerals vary in chemical composition but are all double-chain inosilicates with very similar physical properties. The mineral hornblende has very few uses. Its primary use might be as a mineral specimen. However, hornblende is the most abundant mineral in a rock known as amphibolite which has a large number of uses. It is crushed and used for highway construction and as railroad ballast. It is cut for use as dimension stone.
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A number of dark-colored amphibole minerals that are compositional variants with similar physical properties.
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what is autonomous flight
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<P> Autonomous Flight Systems Laboratory. The mission of the Autonomous Flight Systems Laboratory at the University of Washington is to support advances in guidance, navigation, and control (GN&C) technology relevant to autonomous vehicles and their payload. <P> Problem of transition flight to/from autonomous flight airspace. The complexity of air traffic and quantum of in–flight conflicts between aircraft in the AFA (or FFA) and its non–AFA neighborhood can be investigated using the theory of airspace fractal dimensions proposed by Mondoloni and Liang in [ 11 ]. <P> This is a joint development project with Freewing Flight Technologies Inc., its primary technology provider and funding partner, and Autonomous Flight Systems Inc., its sole developer. The objective is to develop a vertical takeoff reconnaissance, autonomous flight-capable, pilot-less aircraft. <P> Autonomous Flight Systems Inc., is the R&D arm of the project, supported by notable consulting firms in the aircraft field. All fabrication is done by its sister company Zero Time Aircraft Corporation, and several key subcontractors. <P> Autonomous Flight Isn’t Science Fiction. Consider for a moment what it takes to deliver critical supplies, such as food and medicine, to a remote village in a country divided by civil unrest. <P> KEY CONTRACTORS. This is a joint development project with Freewing Flight Technologies Inc., its primary technology provider and funding partner, and Autonomous Flight Systems Inc., its sole developer. The objective is to develop a vertical takeoff reconnaissance, autonomous flight-capable, pilot-less aircraft. <P> The Autonomous Flight Airspace (AFA) [ 9 ] is the evolutional offspring of the Free Flight Airspace (FFA), and enabler of integrated flight operations of aircraft with autonomous flight capabilities (for instance, Unmanned Aircraft Systems (UAS)). <P> ardrone-autonomy. An autonomous flight library for the ARDrone, built on top of the node-ar-drone library. Instead of directly controlling the drone speed, you can use Autonomy to plan and execute missions by describing the path, altitude and orientation the drone must follow.
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Is the R&D arm of the project, supported by notable consulting firms in the aircraft field.
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how much msm powder to add to colloidal silver water
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<P> Also take 2 TABLEspoons of colloidal silver water,Three hours later take 2 TABLEspoons of MSM water (1.4 grams of MSM) plus 2 TABLEspoons of colloidal silver water,Three hours later take 3 TABLEspoons of MSM water (2.1 grams of MSM) plus 2 TABLEspoons of colloidal silver water. Total for Day 5 and Thereafter: 35.0 grams of MSM (750 ml. of “MSM Water”) and 24 TABLEspoons (which is 360ml.) of colloidal silver water. You need total of 1260 ml of colloidal silver & 91 gm. Of MSM (1950ml of MSM water) during these 5 days. Continue at Day 5 dose from 6th day onward <P> Whereas the original version of the OCC used 25 TABLEspoons of DMSO over a twelve hour period, this version only uses 12 TABLEspoons of DMSO. The dosage for MSM is also well within safe limits. The dosage of chlorine dixode is the same as it was for the first version of the OCC. You will be taking two TABLESpoons of MSM each hour. While the TABLEspoon of DMSO is 70% DMSO and 30% water, the MSM Water is mostly water. You will put the two TABLEspoons on your skin and take the MSM transdermally. <P> What happens is that instead of making colloidal silver, you will make 100% silver chloride or other salts (from the salt, or chlorine in the water, or silver fluoride from the fluoridation). As the silver chloride builds up it begins precipitating out (it has a solubility of only about .89 ppm). EIS is a combination of ionic silver and colloidal silver. It is typically about 90% ionic and 10% colloidal by weight, but can vary between 5% and 20% colloidal depending on how it is made. <P> Making and Using the MSM Water. Here is how you make a gallon of MSM Water: 1) Take a gallon of DISTILLED water, 2) Pour out about 2 cups of the distilled water, 3) PUT 1 and 1/2 CUPS of MSM granules into the gallon jug. It will take about half-an-hour for the MSM to totally dissolve in the water. You will be taking two TABLESpoons of MSM each hour. While the TABLEspoon of DMSO is 70% DMSO and 30% water, the MSM Water is mostly water. You will put the two TABLEspoons on your skin and take the MSM transdermally. <P> Where DMSO was noted for bad breath and dry itchy skin (often experienced from ingesting too much yellow sulphur), MSM seems to provide all the benefits and advantages without the troublesome side effects of its predecessor. MSM is a snow white, crystalline, water soluble, odorless and almost tasteless powder. It is neither a drug or food additive but what could be termed 'a nutritional mineral', such as sodium or sulphur required by the body for life processes. <P> I regularly use a nebuliser with Colloidal Silver but have not used it with DMSO in a nebuliser. And I regularly use DMSO when I want it to act as a carrier. Also DMSO can be used as described on the Jacobs/60 Minutes/Youtube site. Started inhaled steroids 30 years ago. Was put on nebulizer steroids to use with my usual does of nebulizer albuterol and Advair 500/50. In researching my options, I found the idea of using DMSO and Colloidal Silver in a nebulizer. I mix 7 cc of Colloidal Silver, 3 cc DMSO, 3 cc distilled water. This mix lasts me for 6 treatments, plus a little. I do three or four treatments a day with 2 cc of my mixed solution <P> In true colloidal silver, the majority of the silver content is in the form of silver particles. True colloids will typically contain more than 50% particles (often 50 – 80%), while the balance (20% to 49%) will be silver ions. When referring to colloidal silver, the word colloid means silver particles. 1 Product Name: These are the colloidal silver products listed in the Product Reports. 2 Click on the product name in the table below for the complete lab analysis. 3 Particle Surface Area: In the table below, Column 2 (Particle Surface Area) provides the best means for a direct comparison of the various products.
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2 TABLEspoons of colloidal silver water
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How Many Calories are in a Tomato
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<P> Calories in Red Tomatoes. A medium raw red tomato, about 2 1/2 inches in diameter, weighs in at 44 calories, and cooking it without oil doesn’t change the calorie count. If you use plum or Italian tomatoes to make sauce or salsa, each supplies just 11 calories. <P> 1 A 3.5 oz serving of crushed canned tomatoes - 32 calories. 2 1 oz of tomato flesh - 5 calories in. 3 10 g of tomato flesh - 3 calories in. 4 100 g of tomato flesh - 18 calories. <P> Just to be clear we are talking about a tomato that is red and ripe and the raw edible fruit. 1 1 whole small tomato weighing approx 3.2 oz - 16 tomato calories in it. 2 1 whole medium tomato weighing approx 4.3 oz - 22 calories. 3 1 whole large tomato weighing approx 6.4 oz - 33 calories. <P> 1 1 whole large tomato weighing approx 6.4 oz - 33 calories. 2 1 Italian tomato weighing approx 2.2 oz - 11 calories in tomato. 3 1 plum tomato weighing approx 2.2 oz - 11 calories in tomato. 4 A thin slice of tomato weighing approx 0.5 oz contains <P> The calorie content in an Italian tomato of approximately 2.2 oz has 11 calories and a plum tomato of around 2.2 oz also has 11 calories. One oz of tomato flesh has 5 calories, 10 grams of tomato flesh has 3 calories and a 3.5 oz of crushed canned tomatoes contains 32 calories. Tomatoes can be had in different forms; you may consume tomato in raw form, have tomato juice, tomato soup, tomato sauce, etc. <P> A Tomato of a Different Color. Like bell peppers, tomatoes come in a rainbow of colors, each with a different calorie count. For example, a medium raw orange tomato has 18 calories, and a yellow tomato of the same size has 32 calories.
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18 calories
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symptoms of hydatid disease
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<P> Pressure effects are initially vague. They may include nonspecific pain, cough, low-grade fever, and the sensation of abdominal fullness. As the mass grows, the symptoms become more specific because the mass impinges on or obstructs specific organs. <P> by Dr. Benteu · December 1, 2011. Hydatid cysts – symptoms, tests, treatment. Hydatid cyst is a cystic tumor that occurs in the liver (it can be located in lungs, kidneys, spleen, brain, bone, muscle, eye but with a much lower frequency) after infestation with the parasite called Taenia echinoccocus. Cysts with superior evolution give pleuro-pulmonary symptoms (dry cough, mild dyspnoea = shortness of breath, pain point that radiates to the right shoulder or stabbing). Also in the evolution of these cysts it can be seen some enlargement of the chest base. <P> Disease. Persons with cystic echinococcosis often remain asymptomatic until hydatid cysts containing the larval parasites grow large enough to cause discomfort, pain, nausea, and vomiting. <P> Alveolar echinococcosis (AE) disease is caused by infection with the larval stage of Echinococcus multilocularis, a ~1-4 millimeter long tapeworm found in foxes, coyotes, and dogs (definitive hosts). Small rodents are intermediate hosts for E. multilocularis. Echinococcosis is a parasitic disease caused by infection with tiny tapeworms of the genus Echinocococcus. Echinococcosis is classified as either cystic echinococcosis or alveolar echinococcosis. <P> Hydatid disease in humans is produced by cysts that are the larval stages of the tapeworm Echinococcus. Brood capsules are formed within cysts,cysts containing 30–40 protoscoleces. Each of these is capable of developing into a single tapeworm. <P> In tumour stage symptoms depend on the location of the cyst. Cysts with superior evolution give pleuro-pulmonary symptoms (dry cough, mild dyspnoea = shortness of breath, pain point that radiates to the right shoulder or stabbing). Also in the evolution of these cysts it can be seen some enlargement of the chest base. <P> Echinococcosis is infection with larvae of Echinococcus granulosus or E. multilocularis (alveolar hydatid disease). Symptoms depend on the organ involved—eg, jaundice and abdominal discomfort with liver cysts or cough, chest pain, and hemoptysis with lung cysts. Cyst rupture can cause fever, urticaria, and serious anaphylactic reactions. Diagnosis is with imaging, examination of cyst fluid, or serologic tests. <P> Echinococcosis, also called hydatid disease, hydatidosis, or echinococcal disease, is a parasitic disease of tapeworms of the Echinococcus type. The two main types of the disease are cystic echinococcosis and alveolar echinococcosis. Less common forms include polycystic echinococcosis and unicystic echinococcosis. The symptoms and signs that occur depend on the cyst's location and size. Alveolar disease usually begins in the liver but can spread to other parts of the body, such as the lungs or brain. When the liver is affected the person may have abdominal pain, weight loss, and turn yellow. <P> Cystic echinocccosis (CE) , also known as hydatid disease, is caused by infection with the larval stage of Echinococcus granulosus, a ~2-7 millimeter long tapeworm found in dogs (definitive host) and sheep, cattle, goats, and pigs (intermediate hosts). Echinococcosis is a parasitic disease caused by infection with tiny tapeworms of the genus Echinocococcus. Echinococcosis is classified as either cystic echinococcosis or alveolar echinococcosis.
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Symptoms depend on the organ involved—eg, jaundice and abdominal discomfort with liver cysts or cough, chest pain, and hemoptysis with lung cysts.
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what is conventional hydrocarbons
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<P> Conventional Oil. Conventional oil is a mixture of mainly pentanes and heavier hydrocarbons recoverable at a well from an underground reservoir and liquid at atmospheric pressure and temperature. Unlike bitumen, conventional oil flows through a well without stimulation and through a pipeline without processing or dilution. Oil Sands. The oil sands are a thick, viscous mixture of bitumen hydrocarbons combined with water, sand, heavy metals and clay. The bitumen is separated from the oil sands through heating processes and is then upgraded into higher valued products for end-use markets. <P> These are known as “non conventional” hydrocarbons because, in order to extract them, special techniques are required, such as extraction by mining, appropriate processing of the rocks that contain these hydrocarbons, or procedures to decrease their viscosity, so that it is easier to extract them. However, out of all the estimated reserves, conventional oil is only a small part (approximately 0.5 x 10 12 m 3): the more consistent part (approximately 1.3 x 10 12 m 3) consists of oil with a high viscosity, that is less valuable and more difficult to extract. <P> In the oil and gas industry today there is a great mixture of both conventional and unconventional drilling. Finding fields that will produce a million barrels of oil per day is hard to find and does not come along very often. For example, in the Eagle Ford Shale, an underlying reservoir to the conventional sands that were being produced is in an area where there is very old production. At first, companies were only pumping small amounts of oil per day. <P> Global petroleum exploration is currently undergoing a strategic shift from conventional to unconventional hydrocarbon resources. Unconventional hydrocarbons in tight reservoirs show characteristics distinct from those of conventional hydrocarbon sources hosted in structural and stratigraphic traps. If there is only oil (gas) in the trap, it is called an oil (gas) pool, whereas if there are both oil and gas, it is called a petroleum pool. A conventional hydrocarbon accumulation is a three-dimensional (3D) geological entity with clear boundaries. The bulk of a pool can be described through defined parameters, e.g., seep point, altitude and area of entrapment <P> 2. Geological characteristics of conventional hydrocarbon accumulation in a trap. Conventional hydrocarbon accumulation is the key to traditional petroleum geology and usually refers to an individual hydrocarbon accumulation in a single trap with a uniform pressure system and oil–water contact. If there is only oil (gas) in the trap, it is called an oil (gas) pool, whereas if there are both oil and gas, it is called a petroleum pool. A conventional hydrocarbon accumulation is a three-dimensional (3D) geological entity with clear boundaries. The bulk of a pool can be described through defined parameters, e.g., seep point, altitude and area of entrapmen <P> Other unconventional liquid hydrocarbons include production from oil sands, ultra-heavy oils, gas-to-liquids technologies, coal-to-liquids technologies, biofuel technologies, and shale oil. Unconventional natural gas can be of several types. <P> Conventional oil is a category that includes crude oil-and natural gas and its condensates. Crude oil production in 2011 stood at approximately 70 million barrels per day. Unconventional oil consists of a wider variety of liquid sources including oil sands, extra heavy oil, gas to liquids and other liquids. In general conventional oil is easier and cheaper to produce than unconventional oil. However, the categories “conventional” and “unconventional” do not remain fixed, and over time, as economic and technological conditions evolve, resources hitherto considered unconventional can migrate into the conventional categor <P> Unconventional oil is petroleum produced or extracted using techniques other than the conventional (oil well) method. Oil industries and governments across the globe are investing in unconventional oil sources due to the increasing scarcity of conventional oil reserves. Unconventional oil consists of a wider variety of liquid sources including oil sands, extra heavy oil, gas to liquids and other liquids. In general conventional oil is easier and cheaper to produce than unconventional oil. <P> 1 Estimated Resources of Crude oil & Natural Gas Conventional Hydrocarbon Resources The prognosticated conventional hydrocarbon resources in 15 sedimentary basins and deepwater areas of the country are of the order of 28.1 billion tonnes (oil and oil equivalent of gas).
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A conventional hydrocarbon accumulation is a three-dimensional (3D) geological entity with clear boundaries.
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how long does it take water to pass through your body
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<P> Digestion time varies between individuals and between men and women. After you eat, it takes about six to eight hours for food to pass through your stomach and small intestine. Food then enters your large intestine (colon) for further digestion, absorption of water and, finally, elimination of undigested food. <P> it takes approximately 6 hours, but it can take up to 12 hours if you have an 'infection' ... I 'know this' because I've had infections and the 'pills' they gave me changed the COLOR of my urine, and that is how long it took to get from 'ingesting' the pill with water, to 'peeing out that color' ... Depending on your level of activity, body heat, how warm it is outside, etc will effect the actual output. Some of the fluids may be output by perspiration and is not necessarily all expelled in urine or to soften fecal material etc. Source(s): amycrnmsn · 8 years ago. <P> http://wiki.answers.com/Q/How_long_does_it_take_for_water_to_pass_through_the_body. It takes around 45 minutes for water to pass through but if its a slightly thicker liquid it takes around 46 minutes. It takes between 2-4 hrs for food to leave the stomach & it takes less time with water; absorption of water takes approx. 30 min. <P> it takes around 45 minutes for water to pass through but if its a slightly thinker liquid it takes around 46 minutes it takes around 45 minutes for water to pass th … rough but if its a slightly thinker liquid it takes around 46 minutes. Previous answer: It takes 28 hours for food to pass through the human gut Improved answer: That would depend on the type of food, the quantity and who's gut. As an example; … meat is more difficult to digest and therefore takes longer. <P> Dear ruhl, All else being equal, it is normal for a person to pass water every two hours. And if you've drunk water, you'd have to wait for four to five hours before you can be put to sleep for surgery. This is the time it takes for the water to clear. <P> Confidence votes 39. It takes around 62 hours for water to pass through, but if its a slightly thicker, liquid it takes around 46 hours. (The thinner the substance, the longer it takes). Previous answer: It takes 28 hours for food to pass through the human gut Improved answer: That would depend on the type of food, the quantity and who's gut. As an example; … meat is more difficult to digest and therefore takes longer. <P> Answered by The Community. Making the world better, one answer at a time. it takes around 45 minutes for water to pass through but if its a slightly thinker liquid it takes around 46 minutes it takes around 45 minutes for water to pass through but if its a slightly thinker liquid it takes around 46 minutes. How long does it take for liquids-like water-to pass through the body-from the time it is consumed? <P> But here is where the aforementioned ’conditions’ are in play. If you drink water on an empty stomach, it can pass through the stomach into the large intestine and enter your bloodstream within 5 minutes(especially if the water is colder, compared to warm!). <P> Best Answer: Normal healthy kidney's produce approximately 30mL of urine every hour even with minimal intake of fluids. Therefore in order for water to go through your system and by processed by your kidney's it takes at least 30 minutes to a maximum of 2 hours. Depending on your level of activity, body heat, how warm it is outside, etc will effect the actual output. Some of the fluids may be output by perspiration and is not necessarily all expelled in urine or to soften fecal material etc. Source(s): amycrnmsn · 8 years ago.
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At least 30 minutes to a maximum of 2 hours.
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yearly tuition cost for ua
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<P> Tuition and Fees. Tuition at the University of Arizona for out-of-state students is about $31,600 per year ($15,800 per semester). Additional, mandatory university fees equal to around $1,000 per year. More information about mandatory fees and what they entail can be obtained here. *Guaranteed Tuition Policy. <P> For courses offered at the UA Gadsden Center, tuition rates for 2015-2016 are as follows: In-State: Undergraduate Rate: $339.00 per credit hour. Graduate Rate: $360.00 per credit hour. Out-of-State**: Undergraduate Rate: $932.00 per credit hour. Graduate Rate: $1,018.00 per credit hour. **NOTE: Departmental grants are offered to cover the difference between in-state and out-of-state tuition. Please call 1-888-223-4131 for an application. <P> Future projections are based on past four years' data averaging 8.46% annual change in in-state tuition and fees and 3.64% change in out-of-state tuition and fees. Amounts shown are estimates only and not guaranteed. For a better estimate, contact the college directly. <P> Future projections are based on past four years' data averaging 6.18% annual change in in-state tuition and fees and 5.33% change in out-of-state tuition and fees. Amounts shown are estimates only and not guaranteed. For a better estimate, contact the college directly.
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$31,600 per year.
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what age can child be left home alone
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<P> The official website of Erie County, Pennsylvania, recommends never leaving a child under 10 home alone. Parents must decide for themselves whether a child can be left home alone, rather than decide strictly by age, according to the U.S. Administration for Children & Families. Parents should consider how safe their neighborhood is when making the decision. <P> The law on leaving your child on their own. The law doesn’t say an age when you can leave a child on their own, but it’s an offence to leave a child alone if it places them at risk. Use your judgement on how mature your child is before you decide to leave them alone, eg at home or in a car. <P> 1 Children under 8 years old should never be left alone, even for short periods of time. 2 Children between the ages of 9 and 12, based on level of maturity, can be left home alone for brief periods of time. 1 It is not recommended, however, that 13 year olds baby sit infants, small children and children that require special attention due to medical conditions. 2 Children 15 and older can be left home alone overnight, depending on the level of maturity of the child. <P> The following table lists legal age restrictions for children left at home alone categorized by state within the U.S. Please note that city and county ordinances within each state may have more definitive and restrictive laws. The following is a state by state listing of specific age restrictions on home alone children. This list was obtained from information on the web as well as contacts within certain state agencies. Where no information can be found, the age restriction is listed as unknown. <P> Georgia’s Guidelines for leaving a child without adult supervision: 1 Children under 8 years old should never be left alone, even for short periods of time. 2 Children between the ages of 9 and 12, based on level of maturity, can be left home alone for brief periods of time. 1 It is not recommended, however, that 13 year olds baby sit infants, small children and children that require special attention due to medical conditions. 2 Children 15 and older can be left home alone overnight, depending on the level of maturity of the child. <P> 8 to 10 years-Should not be left alone for more than 1½ hours and only during daylight and early evening hours. 11 to 12 years-May be left alone for up to 3 hours but not late at night or in circumstances requiring inappropriate responsibility. 13 to 15 years-May be left unsupervised, but not overnight. 16 to 17 years-May be left unsupervised (in some cases, for up to two consecutive overnight periods). Laws for Leaving a Child Home Alone. Only a couple of states have laws that specify the age when a child can be left home alone, including Maryland (age 8) and Illinois (age 14). However, most states have guidelines with the Department of Health and Human Services or other child protective agencies that test a child's ability to be left home alone <P> A parent who leaves a child home alone before he is ready may face charges of neglect in Pennsylvania. Although Pennsylvania doesn't have a set minimum age at which it's legal for children to be left home alone, a parent is still responsible for knowing when her child may be safely left home without supervision. A young babysitter must be able to handle the responsibility of the child as well. Parents must decide for themselves whether a child can be left home alone, rather than decide strictly by age, according to the U.S. Administration for Children & Families. Parents should consider how safe their neighborhood is when making the decision. <P> The National SAFEKIDS Campaign recommends that no child under the age of 12 be left at home alone. However, consider a child's age and maturity level. For example, if a child is extremely impulsive, it might be best to wait until he or she is older than 12. The following is a state by state listing of specific age restrictions on home alone children. This list was obtained from information on the web as well as contacts within certain state agencies. Where no information can be found, the age restriction is listed as unknown. <P> Please watch your kids. The legal age when you can leave a kid home is 12. But that is the legal requirement, parents should always think twice before leaving a small kid in the hands of a 12 year old. 12 year old is still a small kid and giving a responsibility of a an even younger kid to a 12 year can be dangerous.
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Under the age of 12.
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cost to construct a parking garage
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<P> Parking garages are often budgeted on a cost per space. In most cases that cost averages $15-20,000 per parking spot. More efficient layouts with more parking per square foot are more affordable and smaller, taller or complex layouts tend to be more expensive. <P> The capital and operating costs of a garage are highly dependent on the design of the facility and its site, and the anticipated revenue is highly dependent on the market. The cost of structured parking ranges from $15,000 to $30,000 per space, and the revenue derived from each space varies from $60 to $300 per month. <P> Perhaps the best way to estimate the cost of a new parking garage is to look at the number of spaces it contains. In 1996, the International Parking Institute estimated that new parking garages cost between $4,500 and $15,000 per space (depending, of course, on the type of construction, special features, etc.). A reliable average is approximately $7,000 per space for multi-level garages. <P> For example, the average cost of constructing anunderground garage in Boston is $95 per square foot, and the average spaceoccupies 330 square feet, so the average cost of a parking space is $31,000($95 × 330). <P> Giosa: For a parking garage to pay for itself, the owners would have to charge people more than $150 per month or $7.50 per day to park. While these charges are common in some cities, they are not customary on Long Island. However, the Intermodal parking garage at the Mineola train station comes close at $6.00 per day. <P> The increased market price per housing unit that includes a parking space compared to housing that does not. $50,700 Design, administration, construction and financing Two new parking garages in downtown Palo Alto providing 905 spaces cost a total of $45.9 million. <P> 1 Such a building would run at an average of $8.56 million to complete. 2 This does not include acquisition of the land or any demolition costs, however. 3 The above figures place this construction at a $59 per square foot cost, though a national average of stands between $50 to $70 for most projects. <P> At a construction cost of $32,000 per apartment and $18,100 per parking spot, it would have cost $22,600 to provide parking for each $32,000 apartment, 71% as much as the cost of building the apartments. <P> 1 Most parking garage projects should use materials and techniques that fall under the highest quality ratings possible in order to ensure stability, safety and longevity. 2 Such a building would run at an average of $8.56 million to complete. 3 This does not include acquisition of the land or any demolition costs, however.
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$15-20,000 per parking spot
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how to connect a dvd player to a vizio tv
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<P> 1 If the video is not showing up, ensure that the Yellow plug is connected to the correct Input on the TV and Output on the DVD player. 2 If the audio is not coming through, ensure that the Red and White cables are plugged into the correct Input on the TV and the correct <P> OK, here's how to connect....... On the side of the TV is an input with 5 RCA jacks called COMPONENT. The three red/blue/green connect to the component out on the back of the DVD player. The the bottom 2 red/white RCA connections connect to the DVD player audio out jacks of the same color. <P> Instructions. Unplug the DVD player and the Vizio flat screen TV from the electrical outlet while connecting the two components. Insert the plugs on one end of the composite A/V cables into the Video and Audio OUT jacks on the back of the DVD player. <P> 1 Use the Vizio remote control to select the set of jacks connecting the TV with the DVD player. 2 Press the Input button repeatedly until the DVD player signal appears on screen. <P> 1 Set the DVD player on a shelf near the TV. 2 Make sure the DVD cables will reach the TV from the shelf you choose. 3 Because the player has a motor inside, it creates heat. 4 Placing the DVD on top of your TV may cause overheating [source: Fleischmann 5 ]. Connect your DVD player by plugging in the audio/video input jacks. <P> Plug the other ends of the cables into the Video and Audio IN jacks on the back of the Vizio flat screen TV, following the same color codes for the connections. Plug the DVD player and the Vizio electrical cords into a surge protector power strip, then plug the power strip into a wall outlet. <P> A DVD player connects with composite audio/video cables to the jacks on the back of a Vizio flat screen TV. The RCA-type plugs on both ends of the cables are color coded for fast connections between the two components. <P> Tips & Warnings. 1 Use the Vizio remote control to select the set of jacks connecting the TV with the DVD player. 2 Press the Input button repeatedly until the DVD player signal appears on screen. 3 Unplug the equipment from the power while connecting A/V cables.
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here's how to connect....... On the side of the TV is an input with 5 RCA jacks called COMPONENT. The three red/blue/green connect to the component out on the back of the DVD player. The the bottom 2 red/white RCA connections connect to the DVD player audio out jacks of the same color.
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what is wheezing a symptom of
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<P> It is a common symptom. There are various causes. If you have any breathing difficulty or other alarming symptoms in addition to wheezing-and you do not know what to do-then see a doctor immediately. This leaflet discusses the main causes of wheezing. Wheezing is a whistling sound that occurs during breathing when the airways are narrowed. <P> Wheezing results from a narrowing of the airways and typically indicates some difficulty breathing. The narrowing of the airways can be caused by inflammation from asthma, an infection, an allergic reaction, or by a physical obstruction, such as a tumor or a foreign object that's been inhaled. The most common cause of recurrent wheezing is asthma. Possible causes of wheezing include: 1 Allergies. 2 Anaphylaxis (a severe allergic reaction, such as to an insect bite or medication) <P> Wheezing is a whistling sound made during inhalation or exhalation. Wheezing can result from either of two respiratory conditions: reduced airflow resulting from narrowing of the airways or congestion in the lungs. Causes of wheezing include asthma and infection and inflammation of the lungs (pneumonia) or bronchi (bronchitis). Another less common cause of wheezing is a serious allergic reaction (anaphylaxis), which may be accompanied by severe shortness of breath, chest pain, and sudden swelling of the throat, face and lips. In some cases, wheezing can be a sign of a serious or life-threatening condition. <P> The symptoms of wheezing include a musical or whistling sound and labored breathing, particularly when exhaling; sometimes they're accompanied by a feeling of tightening in the chest. You can hear wheezing more loudly if you plug your ears and exhale rapidly, or by using a stethoscope held at the neck or over the lungs. 1 Wheezing is accompanied by a fever of 101° or above; you may have a respiratory infection such as acute bronchitis, sinusitis, or pneumonia. 2 Your wheezing and coughing worsen, especially if you notice a change in the color of your mucus; you may have chronic bronchitis, emphysema, or COPD. <P> Wheezing is an abnormal sound made during breathing that can be compared to a high-pitched whistling sound. Wheezing is a type of breathing difficulty can be a symptom of a variety of disorders, diseases or conditions. Wheezing can result from infection, inflammation, and airway obstruction and other abnormal processes. Wheezing is made as air passes through narrowed areas in the respiratory tract. <P> Wheezing: Symptoms. Symptoms that accompany wheezing vary depending on the underlying cause. Common symptoms include shortness of breath, labored breathing, anxiety, fever, stridor and chest pain. Other coexisting symptoms may include flu-like symptoms, fatigue, weakness, paleness and blueness of the skin (cyanosis). Wheezing is an abnormal sound made during breathing that can be compared to a high-pitched whistling sound. Wheezing is a type of breathing difficulty can be a symptom of a variety of disorders, diseases or conditions. Wheezing can result from infection, inflammation, and airway obstruction and other abnormal processes. Wheezing is made as air passes through narrowed areas in the respiratory tract <P> Wheezing: Causes, symptoms and treatment. Wheezing is a whistling sound that can be made while breathing that may be a symptom of a Congestive heart failure illness or other causes or conditions. If wheezing is accompanied with difficulty breathing, this may be a medical emergency. The symptoms of wheezing include a musical or whistling sound and laboured breathing, particularly when exhaling; sometimes accompanied by a feeling of tightening in the chest. <P> The most common causes of wheezing include: 1 Asthma (a chronic respiratory condition that causes spasms in the bronchial tubes). 2 Bronchitis (inflammation of the lining of the bronchial tubes). 3 Bronchiolitis (most common in young children). 4 Smoking. 5 Emphysema (a condition in which the air sacs of the lungs are damaged). <P> Wheezing may be a symptom of hayfever, COPD, asthma, acute bronchitis, bronchospasm, swelling in the airways, mucous in the airways, something stuck in the throat or a growth in the airway. Less commonly, wheezing may also be caused by these health problems: 1 Cystic fibrosis. The symptoms of wheezing include a musical or whistling sound and laboured breathing, particularly when exhaling; sometimes accompanied by a feeling of tightening in the chest.
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Congestive heart failure illness
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what is the tundra
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<P> Tundra. Introduction: The word tundra derives from the Finnish word for barren or treeless land. The tundra is the simplest biome in terms of species composition and food chains. Vegetation: lichens, mosses, sedges, perennial forbs, and dwarfed shrubs, (often heaths, but also birches and willows). <P> The tundra biome. Tundra is the coldest of all the biomes. Tundra comes from the Finnish word tunturi, meaning treeless plain. It is noted for its frost-molded landscapes, extremely low temperatures, little precipitation, poor nutrients, and short growing seasons. Dead organic material functions as a nutrient pool. <P> In physical geography, tundra is type of biome where the tree growth is hindered by low temperatures and short growing seasons. The term tundra comes through Russian тундра from the Kildin Sami word tūndar tūndâr, uplands treeless mountain. tract <P> Tundra comes from the Finnish word tunturi, meaning treeless plain. It is noted for its frost-molded landscapes, extremely low temperatures, little precipitation, poor nutrients, and short growing seasons. Dead organic material functions as a nutrient pool. <P> Tundra is the coldest of all the biomes. Tundra comes from the Finnish word tunturia, meaning treeless plain. It is noted for its frost-molded landscapes, extremely low temperatures, little precipitation, poor nutrients, and short growing seasons. Dead organic material functions as a nutrient pool. <P> Tundras are among Earth's coldest, harshest biomes. Tundra ecosystems are treeless regions found in the Arctic and on the tops of mountains, where the climate is cold and windy and rainfall is scant. Tundra lands are snow-covered for much of the year, until summer brings a burst of wildflowers.
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Type of biome where the tree growth is hindered by low temperatures and short growing seasons.
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average cost fencing per foot
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<P> 1 Chain-link fence prices fluctuate with the cost of steel, but an average residential chain link fence with do-it-yourself installation typically costs $3-$6 a linear foot for 4' high and $8-$15 a foot for 6' high; with a gate or other options DIY materials can be $400-$2,000 for a 100' fence. 1 Do-it-yourself installation of a high tensile electric fence to control livestock or wildlife costs about $0.05-$0.75 a foot, or $50-$650 to enclose a square acre. 2 With professional installation costs can be $0.20-$3 a foot, or $200-$2,500 to enclose an acre. <P> 1 Average maximum cost of a 6-foot privacy fence (materials): $15 per linear foot. 2 Average minimum cost of a 6-foot privacy fence (installation): $3 per linear foot. 3 Average maximum cost of a 6-foot privacy fence (installation): $13 per linear foot. 1 Average minimum cost of a 6-foot privacy fence (installation): $3 per linear foot. 2 <P> 1 The prices below reflect an average fence height of 5-6 feet tall. 2 Wood fence installation costs $15-$25 per linear foot. 3 Vinyl fence installation costs $25-$35 per linear foot. 4 Chain link fence installation costs $7.50-$15 per liner foot. Fence Installation Costs: 1 When receiving an estimate from a contractor, most will give a price per linear foot and not differentiate between materials and labor. 2 The prices below reflect an average fence height of 5-6 feet tall. 3 <P> 1 With professional installation a rail fence can cost $8-$25 or more a foot, or $900-$3,000 for 100' and $6,800-$21,000 to enclose a square acre, depending on local rates, the number of rails and the terrain (sloping properties or those with difficult access will cost more). <P> 1 With professional installation it can cost $0.50-$4 a foot, depending on materials and terrain, or $450-$3,500 to enclose a square acre. 2 Do-it-yourself installation of a high tensile electric fence to control livestock or wildlife costs about $0.05-$0.75 a foot, or $50-$650 to enclose a square acre. 1 Do-it-yourself installation of a high tensile electric fence to control livestock or wildlife costs about $0.05-$0.75 a foot, or $50-$650 to enclose a square acre. 2 With professional installation costs can be $0.20-$3 a foot, or $200-$2,500 to enclose an acre. <P> 1 The cost for a wooden fence can vary from $3 -$9 a foot for do-it-yourself installation of a ranch-style rail fence, to $10 -$30 or more a foot for professional installation of a basic 6' wood privacy fence. 2 For details, see How Much Does a Wood Fence Cost. 1 Do-it-yourself installation of a high tensile electric fence to control livestock or wildlife costs about $0.05-$0.75 a foot, or $50-$650 to enclose a square acre. 2 With professional installation costs can be $0.20-$3 a foot, or $200-$2,500 to enclose an acre. <P> Other costs could include metal fasteners, concrete to fill in and secure post holes and any paint or decor that embellishes the fence. On average, the cost of materials alone for a privacy fence will run somewhere between $7 and $15 per linear foot. 1 Average minimum cost of a 6-foot privacy fence (installation): $3 per linear foot. 2 Average maximum cost of a 6-foot privacy fence (installation): $1 <P> How much does it cost to install a fence? Cost of fence installation vary from $15 per linear foot for standard 4’ high chain link on 2-3/8” in diameter 16-gauge galvanized steel posts fence to $460 / Ln. Ft. or even more for custom build 6 Ft. high stone fence. Accurate estimate can be provided only after on-site inspection and analyzing work complexity. <P> Since the cost for fencing can vary widely, it's important to estimate cost per project, keeping the specific materials and dimensions in mind. Nationally, costs range from about $1,500 to $4,000 for new fence installation. On average, homeowners spend $2,550, but prices can vary slightly by region. Continue Reading. Average price per foot : $20 to $30. Not only is wrought iron the most secure type of fencing, but it's also considered to be the most traditionally beautiful. This heavy-duty material also makes for a very effective fence that will keep your yard secure from unwanted human, animal, and other guests.
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$20 to $30
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did nato cause the berlin airlift
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<P> The Berlin Blockade (1 April 1948 – 12 May 1949) was one of the first major international crises of the Cold War. During the multinational occupation of post–World War II Germany, the Soviet Union blocked the Western Allies ' railway, road, and canal access to the sectors of Berlin under Western control. The Soviets did not disrupt the airlift for fear this might lead to open conflict. By the spring of 1949, the airlift was clearly succeeding, and by April it was delivering more cargo than had previously been transported into the city by rail. On 12 May 1949, the USSR lifted the blockade of West Berlin. <P> The Berlin Airlift, 1948–1949. At the end of the Second World War, U.S., British, and Soviet military forces divided and occupied Germany. Also divided into occupation zones, Berlin was located far inside Soviet-controlled eastern Germany. The United States, United Kingdom, and France controlled western portions of the city, while Soviet troops controlled the eastern sector. <P> On May 11, 1949, Moscow lifted the blockade of West Berlin. The Berlin Crisis of 1948–1949 solidified the division of Europe. Shortly before the end of the blockade, the Western Allies created the North Atlantic Treaty Organization (NATO). Two weeks after the end of the blockade, the state of West Germany was established, soon followed by the creation of East Germany. Also divided into occupation zones, Berlin was located far inside Soviet-controlled eastern Germany. The United States, United Kingdom, and France controlled western portions of the city, while Soviet troops controlled the eastern sector. <P> The Origins of the North Atlantic Treaty Organization (NATO). The fear of Soviet expansion into Western Europe was among the reasons for the formation of the North Atlantic Treaty Organization. NATO was also a product of the experiences of the Berlin Airlift. Visit the U.S. State Department page on the origins of NATO for a detailed American perspective complete with pictures of the Marshall Plan and the Berlin Airlift. The U.S. State Department on NATO. The Office of the State Department Historian presents a resource on understanding NATO. <P> USA decided to airlift goods between West Berlin and West Germany. The causes of the Berlin Blockade and Airlift we the Yalta Conference, the American policy of containment and the growing mistrust and tension between the USA and the USSR. One cause of the Berlin Blockade and Airlift was the Yalta Conference. The Yalta Conference was a conference held by the ‘Big Three’- USA, Britain and the USSR. It was held in Yalta (USSR) in February 1945. This conference was to decide the future of Europe <P> Primarily, the Berlin Blockade was an episode in the Cold War Stalin was taking over eastern Europe by salami tactics, and America had just adopted the Truman Doctrine. Secondly, America and Russia had different Aims for Germany. Stalin wanted to destroy Germany, and was stripping East Germany of its wealth. Stalin claimed the new currency was an attempt to wreck the East German economy. The main cause of the Berlin Blockade was the Cold War, which was just getting started. Stalin was taking over eastern Europe by salami tactics and Czechoslovakia had just turned Communist (March 1948). On the other side, the USA had just adopted the Truman Doctrine to contain the USSR <P> The Berlin Blockade and Airlift began on the 23rd of June 1948 and ended on the 12th of May 1949. It was the first major conflict to occur during the Cold War between USA and the USSR. During this conflict Western Berlin who was under the control of the Western Allies was blocked off from the West Germany by the USSR. One cause of the Berlin Blockade and Airlift was the Yalta Conference. The Yalta Conference was a conference held by the ‘Big Three’- USA, Britain and the USSR. It was held in Yalta (USSR) in February 1945. This conference was to decide the future of Europe
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Berlin Blockade and Airlift was the Yalta Conference. The Yalta Conference was a conference held by the ‘Big Three’- USA, Britain and the USSR It was held in Yalta (USSR) in February 1945.
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how long can a person survive without water
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<P> How long you can survive without water also depends on how much total body water content you have. Total body water varies by age, gender and body fat. Men's bodies are composed of about 60 percent water, and women's bodies are composed of about 55 percent. Babies' bodies are composed of about 78 percent water. <P> The human body cannot survive without food and water for long periods of time. In fact, according to SurvivalTopics.com, the longest a person can go without water is 10 days--without food, it's four to six weeks. However, due to certain other variables, these numbers can vary. Second to oxygen, water is the most important compound that the human body needs for survival. <P> A person can survive only three to five days without water, in some cases people have survived for an average of one week. It is not recommended that anyone try this at home. Once the body is deprived of fluids the cells and organs in the body begin to deteriorate. <P> You can live 3 minutes without air, though we don't recommend trying. In a harsh environment — it's snowing, say — you have 3 hours to survive without shelter. After 3 days, you need water or you'll perish. You can make it 3 weeks without food, though we promise you that won't be fun. Despite this possibly helpful rule, some people have survived 8 to 10 days without water. <P> We can't live on air and sunshine alone. The human body needs food and water to survive. A human can go for more than three weeks without food (Mahatma Gandhi survived 21 days of complete starvation), but water is a different story. At least 60% of the adult body is made of it and every living cell in the body needs it to keep functioning. <P> Save. The human body cannot survive without food and water for long periods of time. In fact, according to SurvivalTopics.com, the longest a person can go without water is 10 days--without food, it's four to six weeks. However, due to certain other variables, these numbers can vary. Second to oxygen, water is the most important compound that the human body needs for survival.
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8-10 days
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How much does it cost per square foot to build a garage?
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<P> 1 Four car-Traditionally, the per square foot costs on larger structures will decrease, and it is safe to assume a $60 per square foot cost on the larger unit. 2 This translates to a total cost of $86,400. 1 The two car garage would have a total of 728 square feet for a cost of $700, and the four car garage would have a total of 1728 square feet at a cost of $1700 - both sets of prices are for materials only; <P> Custom construction of a new garage can’t be estimated per square foot or as an average. Everything will depend on the materials prices and labor expenses. Installation of cement siding and a slate roof might double the cost in comparison with vinyl siding and am asphalt shingles roof. $31. Typically the bigger garage you build the cheaper it cost per square foot for identically designed structures and same materials used. How much did you spend for building a garage? ----------------------------. * The numbers are a general idea what expect to pay for a particular remodeling project. <P> by Jay Behm-A very basic way to estimate the cost of building a detached garage is to simply apply a typical average per square foot construction of $30 to $40. That is for an average cost basis for having a contractor / builder build a basic one story garage for you on your property. If you are in an area with higher-than-average cost of living you can use $50 to $55. If there are complications or you prefer top quality materials and components the price can go up.So, generally speaking, a 24 ft.sq., two car, basic garage will cost in the range of $17,000 to $23,000. <P> How much does it cost to build a garage? Cost to build a new 2 car garage will vary from $30 to $41 per square foot for standard construction including labor cost and materials prices. $31. Typically the bigger garage you build the cheaper it cost per square foot for identically designed structures and same materials used. How much did you spend for building a garage? ----------------------------. * The numbers are a general idea what expect to pay for a particular remodeling project. <P> 1 Upgrading the quality of materials can bump the cost to $55 a square foot, or $13,200 for a minimum single-car structure, $21,000 for a two-car garage and $47,000 or more for the dream version. <P> A 20-by-20-foot garage totalling 400 square feet would cost between $16,000 and $24,000 without an apartment, and anywhere from $20,000 to $35,000 with an apartment. Homeowners who are skilled at construction and can do some or all of the work themselves can cut an enormous amount off of those numbers. <P> For this discussion we will assess the costs of building detached a two-car as well as a four car garage. The measurements of the average two car model is 26'x26'or 676 square feet. The average square footage of a four car garage is 48'x30' or 1440 square feet. 1 The two car garage would have a total of 728 square feet for a cost of $700, and the four car garage would have a total of 1728 square feet at a cost of $1700 - both sets of prices are for materials only; <P> If a foundation is needed for a prefabricated steel garage, its cost will add another $4 to $8 per square foot. In contrast, hiring a contractor to build a traditional (stick built) wooden 30x40 garage can cost from $35 to $45 per square foot, for a total cost of $42,000 to $54,000. This equates to a saving of around $20,000 (assuming you self-build). Other popular garage sizes include: 12x14, 20x20, 22x22 & 24x24. <P> 1 Vinyl siding and trim-Average price of $7 per square foot installed, and for the two car garage would need 1040 square feet at a cost of $7200, and for the four car garage it would take 1560 square feet at a cost of $10920; 2 Double-hung 30-by-48-inch vinyl windows-Average price of $300-$700 per window; 1 The two car garage would have a total of 728 square feet for a cost of $700, and the four car garage would have a total of 1728 square feet at a cost of $1700 - both sets of prices are for materials only; <P> 1 This translates to $86 per square foot; and. 2 Four car-Traditionally, the per square foot costs on larger structures will decrease, and it is safe to assume a $60 per square foot cost on the larger unit. 3 This translates to a total cost of $86,400. 1 The two car garage would have a total of 728 square feet for a cost of $700, and the four car garage would have a total of 1728 square feet at a cost of $1700 - both sets of prices are for materials only;
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$30 to $40
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what does an underactive thyroid mean
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<P> Hypothyroidism, also called underactive thyroid disease, is a common disorder. With hypothyroidism, your thyroid gland does not make enough thyroid hormone. The thyroid gland is located in the front lower part of your neck. Hormones released by the gland travel through your bloodstream and affect nearly every part of your body, from your heart and brain, to your muscles and skin. <P> Hypothyroidism means your thyroid is not making enough thyroid hormone. The thyroid is a butterfly-shaped gland in the front of your neck. It makes hormones that control the way your body uses energy. Having a low level of thyroid hormone affects your whole body. <P> Hypothyroidism. An underactive thyroid means your thyroid gland, located in the neck, does not produce enough hormones. Common signs of an underactive thyroid are tiredness, weight gain and feeling depressed. Medically known as hypothyroidism, an underactive thyroid is not usually serious. <P> Hypothyroidism. Hypothyroidism is an underactive thyroid gland. Hypothyroidism means that the thyroid gland can’t make enough thyroid hormone to keep the body running normally. People are hypothyroid if they have too little thyroid hormone in the blood. Common causes are autoimmune disease, surgical removal of the thyroid, and radiation treatment. <P> The thyroid is a gland situated in the lower part of your neck and is responsible for secreting growth hormone. People with an overactive thyroid gland tend to be thin whilst those with an underactive thyroid tend to be fat. There are many problems associated with under or overactive thyroid.
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The thyroid gland can’t make enough thyroid hormone to keep the body running normally.
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why did the australian gold rush start
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<P> The Victorian gold rush is also known as the Australian gold rush because it was the first major gold rush of Australia. A major find was first announced on 12 February, 1851, when prospector Edward Hargraves claimed to have discovered a goldfield in Bathurst, New South Wales. People came to Victoria from far and wide-one of the first Chinatowns in Australia, and the second in the whole western world, was found in Melbourne by the many Chinese who came to Victoria with the gold rush. <P> The Western Australian gold rush began with the first discovery of gold in the late 1890s. News of the gold spread as fast as the region’s wildfires and soon gold prospectors were arriving to seek their fortune and set up gold rush towns in the dusty landscapes of the Kalgoorlie, Goldfields and Murchison regions. <P> Edward Hargraves did not specifically want to start a gold rush in Australia. He was merely responding to the government's invitation and incentives to find gold, to stem … the tide of Australians leaving for the Californian goldrushes. Que … ensland also experienced a gold rush when gold was found in Gympie, while Western Australia's gold rush came with the discovery of gold in the Coolgardie and Kalgoorlie regions. <P> The Australian gold rushes were periods of significant immigration of workers, both more locally and from overseas, to areas which had discoveries of gold deposits. A number of gold finds occurred in Australia prior to 1851, but only the gold found from 1851 onwards created gold rushes. The Australian gold rushes changed the convict colonies into more progressive cities with the influx of free emigrants. These hopefuls, termed diggers, brought new skills and professions, contributing to a burgeoning economy. <P> Between 1851 and 1871, the Australian population trebled as thousands of migrants – from Britain, China, America, France, Italy, Germany and Poland – arrived in search of gold. The first discoveries of payable gold were at Ophir in New South Wales and then at Ballarat and Bendigo Creek in Victoria. 1851: Gold rushes in New South Wales and Victoria begin. In 1851, gold-seekers from around the world began pouring into the colonies, changing the course of Australian history. The gold rushes greatly expanded Australia’s population, boosted its economy, and led to the emergence of a new national identity. <P> The first gold rush in Australia began in May 1851 after prospector Edward Hargraves claimed to have discovered payable gold near Orange, at a site he called Ophir. Hargraves had been to the Californian goldfields and had learned new gold prospecting techniques such as panning and cradling. The Australian gold rushes changed the convict colonies into more progressive cities with the influx of free emigrants. These hopefuls, termed diggers, brought new skills and professions, contributing to a burgeoning economy. <P> The discovery of gold was officially announced in May 1851, and this is what started the gold rush in Australia. The first payable gold strike occurred at Ophir, not far from … Bathurst, New South Wales, when Edward Hargraves, assisted by John Lister, found Australia's first payable gold. Less than three months later, on 9 August 1851, Victoria had its first major gold strike, and this is when the gold rush really took off. Que … ensland also experienced a gold rush when gold was found in Gympie, while Western Australia's gold rush came with the discovery of gold in the Coolgardie and Kalgoorlie regions. <P> In January 1851, before Hargraves' find of gold in February 1851 at Summerhill near Bathurst in New South Wales which started the first Australian gold rush, George Hermann Bruhn had left Melbourne to explore the mineral resources of the countryside of Victoria. The Australian gold rushes changed the convict colonies into more progressive cities with the influx of free emigrants. These hopefuls, termed diggers, brought new skills and professions, contributing to a burgeoning economy. <P> The Australian gold rush was a large number of gold discoveries in Australia. Thousands of people came to Australia in the hope of finding a lot of gold and becoming rich. The rush started in 1851 when gold was found near Bathurst, New South Wales and ended with the last rush in 1893 to Kalgoorlie, Western Australia. At each place gold was easily found in rivers and creeks. Gold had been found in Australia before the 1851 gold rush. At first people would not believe the stories. A convict who found gold near Bathurst in 1823 was given 150 lashes with a whip as it was believed he must have stolen it.
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The Australian gold rush was a large number of gold discoveries in Australia. Thousands of people came to Australia in the hope of finding a lot of gold and becoming rich.
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what is cytology
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<P> Ad. Another important aspect in the discipline of cytology is examining cell interaction. By studying how cells relate to other cells or to the environment, cytologists can predict problems or examine environmental dangers to cells, such as toxic or cancer-causing substances. Recognizing the similarities and differences of cells is of the utmost importance in cytology. Microscopic examination can help identify different types of cells. Looking at the molecules which form a cell, sometimes called molecular biology, helps in further description and identification. <P> Urine cytology is a test to look for abnormal cells in your urine. Urine cytology is used along with other tests and procedures to diagnose urinary tract cancers. Urine cytology is most often used to diagnose bladder cancer, though it may also detect cancers of the kidney, prostate, ureter and urethra. <P> Cytology, more commonly known as cell biology, studies cell structure, cell composition, and the interaction of cells with other cells and the larger environment in which they exist. The term cytology can also refer to cytopathology, which analyzes cell structure to diagnose disease. Recognizing the similarities and differences of cells is of the utmost importance in cytology. Microscopic examination can help identify different types of cells. Looking at the molecules which form a cell, sometimes called molecular biology, helps in further description and identification. <P> cytology. the branch of biology that studies the structure, function, multiplication, and life history of cells. — cytologist, n. — cytologie, cytological, adj. the branch of biology that studies the structure, growth, and pathology of cells. — cytologist, n. — cytologie, cytological, adj. <P> From Wikipedia, the free encyclopedia. Cytology (from Greek κύτος, kytos, a hollow; and -λογία, -logia) is the study of cells. Cytology is that branch of life science that deals with the study of cells in terms of structure, function and chemistry. Robert Hooke is sometimes seen as the father of cytology. Based on usage it can refer to: 1 Cytopathology: the study of cellular disease and the use of cellular changes for the diagnosis of disease. <P> exfoliative cytology microscopic examination of cells desquamated from a body surface or lesion as a means of detecting malignancy and microbiologic changes, to measure hormonal levels, etc. Such cells are obtained by aspiration, washing, smear, or scraping. (sī-tŏl′ə-jē). cytology. the study of cells, their origin, structure, function and pathology. aspiration biopsy cytology (ABC). the microscopic study of cells obtained from superficial or internal lesions by suction through a fine needle. <P> Cytology: The medical and scientific study of cells. Cytology refers to a branch of pathology, the medical specialty that deals with making diagnoses of diseases and conditions through the examination of tissue samples from the body. <P> Cytology is the examination of cells from the body under a microscope. In a cytology exam of urine, cells collected from urine are sent to a laboratory and examined to see how they look and function. The test is commonly used to check for infection, inflammatory disease of the urinary tract, cancer, or precancerous conditions <P> exfoliative cytology. microscopic examination of cells desquamated from a body surface or lesion as a means of detecting malignancy and microbiological changes, to measure hormonal levels, etc. cytology. the study of cells, their origin, structure, function and pathology. aspiration biopsy cytology (ABC). the microscopic study of cells obtained from superficial or internal lesions by suction through a fine needle. <P> exfoliative cytology microscopic examination of cells desquamated from a body surface or lesion, done to detect malignancy or microbiologic changes, to measure hormonal levels, and for other purposes. cytology. the study of cells, their origin, structure, function and pathology. aspiration biopsy cytology (ABC). the microscopic study of cells obtained from superficial or internal lesions by suction through a fine needle.
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It is the study of cells.
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what is your pituitary gland do
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<P> The pituitary gland is called the ‘master gland’ as the hormones it produces control so many different processes in the body. It senses the body’s needs and sends signals to different organs and glands throughout the body to regulate their function and maintain an appropriate environment. <P> The pituitary gland is a small pea-sized gland that plays a major role in regulating vital body functions and general wellbeing. It is referred to as the body’s ‘master gland’ because it controls the activity of most other hormone-secreting glands. Alternative names Hypophysis. <P> Your pituitary gland receives messages from another part of your brain (the hypothalamus), which has itself received messages from the environment or other areas of your body. For example, if one of your hormone levels gets too low, your hypothalamus will send a message via hormones to your pituitary gland. <P> The hormones from your pituitary gland then stimulate new hormone production out of the misbehaving gland. If a gland is overproducing hormones, then your pituitary gland will send the message to lower hormone production. <P> The pituitary gland is a pea-sized structure located at the base of the brain, just below the hypothalamus, to which it is attached via nerve fibers. It is part of the endocrine system and produces critical hormones, which are chemical substances that control various bodily functions. <P> The pituitary gland secretes and stores hormones, which it uses to stimulate your other glands. Your hormones regulate a variety of body functions, such as temperature, urine production, thyroid activity, growth in children, and the production of sex hormones (testosterone in men and estrogen in women). <P> The pituitary is an important gland in the body and it is often referred to as the 'master gland', because it controls several of the other hormone glands (e.g. adrenals, thyroid). <P> The pituitary gland is a gland in the brain which produces chemicals called hormones (an endocrine gland). Hormones are chemical messengers which help different organs in the body communicate with each other. The pituitary gland is one part of a messenger system. <P> The pituitary gland is often referred to as the master gland of the body, since it regulates many activities of other endocrine glands. Located above the pituitary gland is the hypothalamus. The hypothalamus decides which hormones the pituitary should release by sending it either hormonal or electrical messages. <P> The pituitary gland is a tiny organ, the size of a pea, found at the base of the brain. As the “master gland” of the body, it produces many hormones that travel throughout the body, directing certain processes or stimulating (causing) other glands to produce other hormones.
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The pituitary gland secretes and stores hormones, which it uses to stimulate your other glands.
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what internal temp to cook ham
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<P> 1 First, check the label for instructions. 2 It should be labeled 'fully cooked' or 'cook before eating.'. 3 Preheat the oven to 350°F. 4 If the ham is labeled 'fully cooked' (does not require heating), heat for 8 to 10 minutes per pound, or to an internal temperature of 140°F. <P> 1 275°F-Bake for 20 minutes per pound (about 2 to 2 1/2 hours total). 2 350 °F-Bake for 10 minutes per pound (about 1 to 1 1/2 hours total). 3 The ham is ready when it has reached an internal temperature of about 120°F to 140°F. <P> 1 Preheat the oven to 350°F. 2 If the ham is labeled 'fully cooked' (does not require heating), heat for 8 to 10 minutes per pound, or to an internal temperature of 140°F. 3 If the ham is labeled 'cook before eating,' heat to an internal temperature of 160°F. <P> 1 It should be labeled 'fully cooked' or 'cook before eating.'. 2 Preheat the oven to 350°F. 3 If the ham is labeled 'fully cooked' (does not require heating), heat for 8 to 10 minutes per pound, or to an internal temperature of 140°F. 4 If the ham is labeled 'cook before eating,' heat to an internal temperature of 160°F. <P> 5 Place ham in oven. Cook for about 1 1/2 hours (check after 1 hour, will take longer if the ham is not at room temp to begin with), or about 10 minutes per pound, until the internal temperature of the ham is 110°-120° (use a meat thermometer). <P> 1 For a whole 10- to 15-pound ham, allow 18 to 20 minutes per pound; for a half--5 to 7 pounds--about 20 minutes per pound; or for a shank or butt portion weighing 3 to 4 pounds, about 35 minutes to the pound. 2 In all cases, cook uncovered until the internal temperature reaches 160°F. <P> Cook until the ham reaches an internal temperature of 160 degrees F. Remove from oven, cover loosely with aluminum foil, and let sit approximately 15 to 20 minutes. NOTE: Cutting into the meat too early will cause a significant loss of juice. <P> 1 Preheat the oven to 325°F. 2 To heat the ham, place it on a rack in a shallow roasting pan, and bake uncovered. 3 For a whole ham, allow 15 to 18 minutes to the pound; for a half, 18 to 24 minutes per pound. 4 The ham will be ready when the internal temperature reaches 140°F. <P> Here's How: 1 First, check the label for instructions. 2 Preheat the oven to 350°F. 3 If the ham is labeled 'fully cooked' (does not require heating), heat for 8 to 10 minutes per pound, or to an internal temperature of 140°F. 4 If the ham is labeled 'cook before eating,' heat to an internal temperature of 160°F.
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160 degrees.
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political era of american policing was characterized by
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<P> The political era that took place between 1840-1930 was characterized by five points, which was the authority was coming from politicians and the law, a broad social service function, decentralized organization, an intimate relationship with the community, and the extensive use of foot patrol. <P> The reform era of policing America was heavily influenced by the Progressive political movement which emphasized government reform and regulation of society to improve the living conditions of citizens. The negative aspects of the Reform Era was the emphasis on defining policing as enforcing the law with insufficient regard for the impact of police methodology on the citizenry. <P> The origins of American policing are closely related the Anglo-Saxon model which gave a more communal responsibility. The four Eras’ of American policing that will be focused on are The Political, Professional, Community Policing, and Homeland Security. The Political era lasted from 1830-1900. <P> “a systemic approach to policingwith the paradigm of instilling and fostering a sense of community, within a geographical neighborhood, to improve the quality of life.”. Term. Problem-oriented policing. Definition. involves a four-step approach toaddressing specific crimes in the community. These steps include scanning communities to identify problems, analyzing the nature and extent of the problem, respondingto the problem, and assessing whether or not the problem is properly addressed. (1919–1933), which criminalized the sale, transport, and manufacturing of alcohol. It was during Prohibition that police officers sometimestook advantage of “favors” offered in exchange for them looking the other way while alcohol was served. <P> While the Political Era of policing emphasized close relationships and contact between police and the communities they served on foot patrol with very little oversight from command structure, the Reform era put police officers in patrol cars, with much closer supervision by their chain of command. The negative aspects of the Reform Era was the emphasis on defining policing as enforcing the law with insufficient regard for the impact of police methodology on the citizenry. <P> There are three specific periods of policing that the 19th and 20th centuries embraced: political era, reform era, and community era. During the political era (1840s-1930s) the functions of law enforcement were controlled by the local politicians. The third era of law enforcement is the community era (1980s-present). This era is characterized by the authority coming from the support of the community, law, and professionalism. A broad range of services provided a better hold on crime control in the community <P> Political Era & Policing. ~ During this era, police were used by politicians to maintain their power. ~ Police officers were considered a political reward. ~ They were driven by a community's interests in improving their quality of life, political influence was the reason they were so involved in their neighborhood. The belief that police officers should do more then merrily arrest offenders, and that they should actively seek to prevent crime by saving potential or actual offenders, were important themes in police reform. ~ In other words what this means is, The progressive era came along to cure all of Americas ills. <P> The downside to the political era was that the police got its authority from the politics and the law, the close tie with politics posed as a problem. In New York, for example, the first chief of police could not dismiss officers under his command. The tenure of the chief was limited to one year. <P> 3rd and final era. which is just beginning-is the era of community problem solving. The problem-solving approach to police work stresses the service role of police officers and envisions a partnership between police agencies and their communities. A style of policing marked by a strict concern with enforcing the presice letter of the law. Legalistic departments may take a hands-off approach to otherwise disruptive or problematic forms of behavior that are not violations of the criminal law. Example, someone going 56 MPH on a 55, gets ticketed.
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Close relationships and contact between police and the communities.
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transfer photos from phone to google drive
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<P> 4. Navigate to and select all of the photos that you want to copy to the drive folder. Choose the select link at the top right when done. Now all of your photos will upload to the drive folder. You can move to the parent folder, select the i, and turn on link sharing there. Google Drive has an app I can install on my PC. The app syncs the files from Drive to my PC. I want to sync my Google+ photos this way as well, particiularly because all photos on my phone are automatically backed up to Google+. <P> 1 Go to App Store & download Google Drive App on your iPhone. 2 Launch Google Drive app, then click the plus+ icon in the upper right. 3 Now on the screen that opens up, select Upload Photo or Video option. 4 You'll now be taken to you Camera Roll. So, for large uploads it is recommended to use a Wi-Fi connection. You can install PicBackMan's Google Drive uploader for Mac from the website and start backing up photos and videos. 1 Go to App Store & download Google Drive App on your iPhone. 2 Launch Google Drive app, then click the plus+ icon in the upper right. 3 Now on the screen that opens up, select Upload Photo or Video option <P> 1 To upload them to Google Drive, select the photos you want to upload, then tap the share button. 2 From the menu, tap “See all,” then select Drive from the list. 3 It’ll ask you to give the photo a title and to confirm which account you want to upload to, and where you want to put it on your drive. 1 The app can be downloaded from the Android Website. 2 Once it’s installed the app will automatically open whenever you attach an Android phone or tablet to your computer. 3 Your photos will be in one of two areas: The Pictures folder or the DCIM folder. <P> There is an app for the Mac, so I can access my Google Drive files directly in the Finder. Google Drive is built into Chrome OS, so I have access from the file manager on the Chromebook. The same iOS app used on the iPhone to upload the photos is used to access the Google Drive on the iPad. Google Drive folder on Mac Finder. There is no app for Windows 8 but Google Drive is accessible through the web browser. It's just as easy to use as on the native apps on the other OS's. <P> Once it is installed, simply sign in with the Google Account associated with your Google Drive storage. So once you have the Google Drive app you can upload pictures to Google Drive from your iPhone 5. Step 1: Open the Google Drive app. Step 2: Tap the + button at the top-right corner of the screen. Step 3: Select the Upload Photos or Videos option. Step 4: Select the album containing the picture that you want to upload from your iPhone 5 to Google Drive. Step 5: Select each picture that you want to upload, then tap the Upload button. <P> In Google+, you can change the settings to show your Drive folders with your photos. I agree that it is strange to have this missing feature, to move photos from a Drive folder to Google+ and back again. From using Google for 2 years now, Google has yet again gotten ahead of itself. Google Drive has an app I can install on my PC. The app syncs the files from Drive to my PC. I want to sync my Google+ photos this way as well, particiularly because all photos on my phone are automatically backed up to Google+. <P> Photo transfers involve two steps: getting the photos from the phone to my Google Drive storage in the cloud, and accessing them on the computer. Using Google Drive works well for me as I sometimes take photos with the iPhone 4S and other times with the Galaxy Note 2. The same iOS app used on the iPhone to upload the photos is used to access the Google Drive on the iPad. Google Drive folder on Mac Finder. There is no app for Windows 8 but Google Drive is accessible through the web browser. It's just as easy to use as on the native apps on the other OS's. <P> 1 Launch Google Drive app, then click the plus+ icon in the upper right. 2 Now on the screen that opens up, select Upload Photo or Video option. 3 You'll now be taken to you Camera Roll. 4 Tap and select the ones that you wish to upload to Google Drive. So, for large uploads it is recommended to use a Wi-Fi connection. You can install PicBackMan's Google Drive uploader for Mac from the website and start backing up photos and videos. 1 Go to App Store & download Google Drive App on your iPhone. 2 Launch Google Drive app, then click the plus+ icon in the upper right. 3 Now on the screen that opens up, select Upload Photo or Video option <P> You can share pictures from google+ to google drive using the android Photos app. This is what I usually do. It's far from perfect, but a little faster then downloading them to your computer and uploading back to drive in 2 steps. Google Drive has an app I can install on my PC. The app syncs the files from Drive to my PC. I want to sync my Google+ photos this way as well, particiularly because all photos on my phone are automatically backed up to Google+.
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Step 1: Open the Google Drive app.Step 2: Tap the + button at the top-right corner of the screen. Step 3: Select the Upload Photos or Videos option.Step 4: Select the album containing the picture that you want to upload from your iPhone 5 to Google Drive. Step 5: Select each picture that you want to upload, then tap the Upload button.
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what is hydrolyzed protein in dog food
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<P> Hydrolyzed protein diets help food-allergic dogs by providing such small protein molecules that an allergic reaction is virtually impossible. Your dog’s immune system should not perceive the miniscule protein molecules as a threat and therefore should not respond by creating an allergic reaction. In addition to helping alleviate food allergy symptoms, hydrolyzed protein diets can also help treat: 1 colitis. 2 idiopathic diarrhea. 3 inflammatory bowel disease. 4 otitis externa. <P> The hydrolyzed proteins are paired with carbohydrates that don't often cause allergic reactions such as potatoes or rice as opposed to corn or wheat. Hill’s Prescription Diet Z/D Canine is a hydrolyzed protein dog food using hydrolyzed chicken as its protein source and potatoes as the carbohydrate. Royal Canin Veterinary Diet Canine Hypoallergenic uses hydrolyzed soy as its protein source and rice as a carbohydrate. Certain companies producing hypoallergenic dog foods use meats -- called novel ingredients -- that are less common as allergens. Instead of using chicken, beef, lamb or other commonly used meats, a hypoallergenic dog food may use whitefish, buffalo, duck or similar rarely used protein sources. <P> Royal Canin uses hydrolyzed soy protein and rice to provide nutrition for both puppies and adult dogs with food allergies. It also contains ingredients to improve a dog’s skin and coat, as well as balancing a dog’s digestive system. This highly digestible diet is available in a dry formula only. In addition to helping alleviate food allergy symptoms, hydrolyzed protein diets can also help treat: 1 colitis. 2 idiopathic diarrhea. 3 inflammatory bowel disease. 4 otitis externa. <P> Depending on the food, hydrolyzed proteins are used for different purposes. Hydrolyzed yeast is used as both a flavor enhancer and a as a hypoallergenic alternative for yeast protein. Hydrolyzed soy and chicken are used as hypoallergenic alternatives to the whole food forms of these protein sources and are often used in prescription or sensitive skin diets to combat food allergies. Hydrolyzed yeast is by far the most common type of hydrolyzed protein in dog food and is in about 2% of all foods. Common Benefits or Risks of Hydrolyzed Protein. The idea behind using hydrolyzed proteins as a way to combat allergies is derived from the hydrolysis process, which breaks down the protein into small components. <P> According to Wikipedia, hydrolyzed protein is protein that has been hydrolyzed or broken down into its component amino acids. As the name implies, the process of hydrolysis will include adding water to separate the amino acids. Common Benefits or Risks of Hydrolyzed Protein. The idea behind using hydrolyzed proteins as a way to combat allergies is derived from the hydrolysis process, which breaks down the protein into small components. <P> For a food trial, it's best to have a single protein source and a single carbohydrate source (or a hydrolyzed protein diet) that the dog has NEVER eaten (referred to as a “novel protein” and “novel carbohydrate”). A commercial diet is not the best for a trial. For example, if you use a food with five protein sources (i.e., turkey, chicken, duck, salmon, and tuna) and your dog develops an allergy to it, you now have to find a food that doesn’t contain any of these protein sources. This can be challenging. <P> Hydrolyzed Protein Dog Food. Hydrolyzed protein dog food is made when the protein ingredients are broken down into tiny pieces -- so tiny that the dog's immune system doesn't trigger an allergic reaction. Certain companies producing hypoallergenic dog foods use meats -- called novel ingredients -- that are less common as allergens. Instead of using chicken, beef, lamb or other commonly used meats, a hypoallergenic dog food may use whitefish, buffalo, duck or similar rarely used protein sources. <P> Hydrolyzed protein dog food is a fairly new development in pet foods, and several manufacturers offer them as an option for dogs with food allergies. Let’s look at the different brands to see which ones may be best if your dog is diagnosed with a food allergy. In addition to helping alleviate food allergy symptoms, hydrolyzed protein diets can also help treat: 1 colitis. 2 idiopathic diarrhea. 3 inflammatory bowel disease. 4 otitis externa. <P> Another common recommendation by traditional vets is to feed a hydrolyzed protein diet. These diets are supposedly an alternative to novel protein diets, but I don't recommend them for a number of reasons. A hydrolyzed protein diet contains a single regular protein, let's say chicken, which is a common allergenic food. <P> Hydrolyzed Protein is also used in the manufacturing process of certain specially formulated Hypoallergenic Dog Foods for dogs and puppies that suffer from allergies caused by certain protein and carbohydrate types in standard commercial dog food brands. Hydrolyzed protein is protein that has been hydrolyzed or broken down into its component amino acids.
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It is a fairly new development in pet foods, and several manufacturers offer them as an option for dogs with food allergies.
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how much does a health information technologist make
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<P> In the United States, registered health information technicians earn an average salary of $33,880 as of May 2009, according to the Bureau of Labor Statistics. Most health information technicians are employed in medical facilities, though no hands-on patient care is required. Hospitals and the offices of physicians are the two largest employers of registered health information technicians, offering average salaries of $35,870 and $28,460, respectively. <P> (United States). Women make up the vast majority of Registered Health Information Technicians in the United States. The average pay in this industry is approximately $15.30 per hour. Compensation ranges between $11.58 per hour and $21.28. Career length is the biggest factor affecting pay for this group, followed by geography. On average, Registered Health Information Technicians make $40K following one to two decades on the job. Old hands boasting more than twenty years of relevant experience report pay that is more or less commensurate with that extensive experience; average earnings for this group come out to approximately $45K. <P> During their first five years in the workforce, individuals in this position earn $32K on average. Survey participants with five to 10 years under their belts see an only a slightly bigger average of $35K. On average, Registered Health Information Technicians make $40K following one to two decades on the job. Old hands boasting more than twenty years of relevant experience report pay that is more or less commensurate with that extensive experience; average earnings for this group come out to approximately $45K. <P> Registered health information technician salary and benefits. The registered health information technicians earn an average annual salary ranging from between $26,937 to $38,492 per year. An average annual salary bonus ranging from between $225 and $1,030 will be included as part of the salary package. Health information technician salary in USA. An average starting hourly wage for a health information technician in the United States ranges from between $9.90 – $17.52 per hour which gradually increases from $13.03 – $24.17 overtime. An average annual salary bonus of around $1,216 will be included in addition to Profit Sharing of about $1,965 per annum. The total annual salary ranges from between $20,856 – $40,479 per year. Based on percentiles, the median yearly salary for 90th percentile of health information technicians has been around $39,207. Similarly, about 75th percentile of them received $35,245, 25th percentile of them received $26,723 while 10th percentile received $22,928 per year <P> Health information technicians can obtain certifications such as the Registered Health Information Technician (RHIT) and the Certified Tumor Registrar (CTR). Cancer registrars in some states are required to have certification; requirements vary by state. 1 Most registered health information technicians have an associate degree in health information technology or attend schools that offer a similar degree. 2 Non-registered health information technicians usually need a postsecondary certificate. <P> Listed below is information that is specific to Health Information Technology job salaries that you can expect to receive in that state area. Our state by state breakdown allows you to see which state is best to get a job as a Health Information Technology. The salary information provided below is off of real-world job listings for Health Information Technologist and the pay offered for those jobs. We source Indeed, Simply Hired, PayScale and GlassDoor.com <P> The average wage for a Medical Records / Health Information Technician is $13.39 per hour. Most people with this job move on to other positions after 20 years in this field. Pay for this job does not change much between less experienced and more experienced workers. $23,944 - $50,979. <P> Health info tech: Health information technicians have an average salary of $34,160. HIT jobs are also expected to have above average growth in the realm of 20 to 28 percent. A large part of this growth is attributed to the aging baby boomer population.
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Between $9.90 – $17.52 per hour
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how much does panera pay hourly
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<P> Average Panera Bread hourly pay ranges from approximately $7.30 per hour for Dishwasher/Busser to $50.00 per hour for Hourly Manager/Shift Supervisor. The average Panera Bread salary ranges from approximately $15,000 per year for Sandwich Maker to $120,000 per year for Director of Operations. Salary information comes from 6,633 data points collected directly from employees, users, and jobs on Indeed <P> Welcome to your new associate portal designed to give you access to the information you need! Workday is your new source to access your personal, vacation and pay information-bring together several systems in a one-stop shop for you. If you need help navigating Workday, reach out to your manager or visit the Harvest page here. Since Workday has pay information for 2015 on, you can access your pay information from 2014 and earlier on the Ceridian page at www.panerabread.com/selfservice. <P> Panera Bread Company is a restaurant firm headquartered in Richmond Heights, Mo. that hires for Baker positions, Cashier roles, and more. Panera Bread Company laborers see wages hovering around $9.22 per hour. Adding overtime bumps the median up to $15.30. Though where you live and your experience level are influential salary factors for those at Panera Bread Company, what you do at the company turns out to have the greatest impact on paycheck size. This report is based on responses to the PayScale salary survey. (around $9.75) are the next top-paying cities. Mankato, Minn. is one of the lowest-paid cities, with earnings averaging $7.72. Across its U.S. offices, the state of Massachusetts pays Panera Bread Company the most — $11.25 per hour on average. <P> 1 You can only upload files of type 3GP, 3GPP, MP4, MOV, AVI, MPG, MPEG, or RM. 2 You can only upload photos smaller than 5 MB. 3 You can only upload videos smaller than 600MB. 4 You can only upload a photo (png, jpg, jpeg) or a video (3gp, 3gpp, mp4, mov, avi, mpg, mpeg, rm). 5 You can only upload a photo or a video. 1 You can only upload videos smaller than 600MB. 2 <P> 1 You can only upload photos smaller than 5 MB. 2 You can only upload videos smaller than 600MB. 3 You can only upload a photo (png, jpg, jpeg) or a video (3gp, 3gpp, mp4, mov, avi, mpg, mpeg, rm). 4 You can only upload a photo or a video. 1 You can only upload videos smaller than 600MB. 2 <P> Im applying for that job at panera. i dont know how much they earn. ergo, ive never had a j so i dont know how much pay i should 'desire' per hour. anyone whos got a hob, please, tell me how much i should put down for pay. thank you, and no douchbags or i will flag. Add your answer. Source. I applied at panera that long ago and that's what they said. min wage where I am (cincinnati OH) is like 7.40 I think so i usually just put 8. you can leave it blank and if they ask just say anything will do lol. Good luck! Jenn Ren · 4 years ago. <P> Im applying for that job at panera. i dont know how much they earn. ergo, ive never had a j so i dont know how much pay i should 'desire' per hour. anyone whos got a hob, please, tell me how much i should put down for pay. thank you, and no douchbags or i will flag. Follow. 3 answers. I applied at panera that long ago and that's what they said. min wage where I am (cincinnati OH) is like 7.40 I think so i usually just put 8. you can leave it blank and if they ask just say anything will do lol. Good luck! Jenn Ren · 4 years ago.
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Ranges from $7.30 per hour for Dishwasher/Busser to $50.00 for Manager/Shift Supervisor.
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what does origin mean
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<P> Other accounts say that Wylie has a more Celtic origin in Scotland or Ireland. The most widely accepted theory is that the last name Wylie started in Scotland and spread to Ireland and England. To find out what a person's heritage is, you should try back tracing their family history. <P> Wiktionary (0.00 / 0 votes) Rate this definition: country of origin (Noun). The country in which a person or thing is deemed to have originated for the purposes of laws and regulations. country of origin (Noun). The country where shipped goods are produced. <P> The term origin may have several different meanings. For example, when we talk about the 'origin' of a house, we may be referring to: <P> 1 beginning: the place where something begins, where it springs into being; the Italian beginning of the Renaissance; Jupiter was the origin of the radiation; Pittsburgh is the source of the Ohio River; communism's Russian root. <P> These nouns signify the point at which something originates. Origin is the point at which something comes into existence: The origins of some words are unknown. When origin refers to people, it means parentage or ancestry: He came ... of mixed French and Scottish origin (Charlotte Bronte). brontë <P> Answer by Ssarve2. Confidence votes 130. Origin means: 1 beginning: the place where something begins, where it springs into being; the Italian beginning of the Renaissance; Jupiter was the origin of the radiation; Pittsburgh is the source of the Ohio River; communism's Russian root. <P> beginning, origin, root, rootage, source (noun). the place where something begins, where it springs into being. the Italian beginning of the Renaissance; Jupiter was the origin of the radiation; Pittsburgh is the source of the Ohio River; communism's Russian root. origin, descent, extraction (noun). properties attributable to your ancestry.
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The place where something begins, where it springs into being,where it springs into being.
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average cost of college tuition
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<P> the situation is similar at private institutions the average tuition prices increased by 3 8 percent between 2012 13 and 2013 14 to $ 30090 but the average net price also increased from $ 11930 in 2012 13 to $ 12460 in 2013 14 some parents are able to provide their children with the financial resources necessary to pay tuition and fees <P> for the current academic year the average published in state tuition at public four year colleges and universities is $ 8893 and the average net price is about $ 3120 according to three college board reports on trends in higher education the average tuition prices increased by 3 8 percent between 2012 13 and 2013 14 to $ 30090 but the average net price also increased from $ 11930 in 2012 13 to $ 12460 in 2013 14 some parents are able to provide their children with the financial resources necessary to pay tuition and fees <P> pennsylvania state university had the highest in state tuition for a four year public university at $ 15250 during the 2010 11 school year when the costs of room board and other expenses are factored in the total rises to $ 19816 the fourth highest net price nationwide tuition room and board average $ 8085 at a public two year institution in 2010 while community colleges have mostly done their part there is much more the rest of us can and should be doing duncan said <P> colleges often report a combined tuition and fees figure according to the college board the average cost of tuition and fees for the 2014 2015 school year was $ 31231 at private colleges $ 9139 for state residents at public colleges and $ 22958 for out of state residents attending public universities the cost of room and board depends on the campus housing and food plans you choose the college board reports that the average cost of room and board in 2014 2015 ranged from $ 9804 at four year public schools to $ 11188 at private schools colleges also provide room and board estimates for living off campus based on typical student cost <P> the college board reports the average cost for books and supplies for the 2014 2015 school year was $ 1146 at public colleges and $ 1244 at private colleges the cost of room and board depends on the campus housing and food plans you choose the college board reports that the average cost of room and board in 2014 2015 ranged from $ 9804 at four year public schools to $ 11188 at private schools colleges also provide room and board estimates for living off campus based on typical student cost <P> question what are the trends in the cost of college education response for the 2012 13 academic year annual current dollar prices for undergraduate tuition room and board were estimated to be $ 15022 at public institutions $ 39173 at private nonprofit institutions and $ 23158 at private for profit institutions <P> assuming junior is going to opt for a value education from a public school you ll want to know what the cost of college will be in 2030 according to the us department of education the average annual cost of public school increased 6 5 percent each year over the last decade that means that by 2030 annual public tuition will be $ 44047 the total cost for a four year degree will be more than $ 205000 according to the us department of education the average cost of a year at public school is $ 15100 and $ 32900 for private institutions those costs are more than outpacing inflation and wage growth today there is more outstanding student loan debt than credit card debt <P> community colleges duncan noted remain one of the most consistently affordable options for higher education the average net price of a community college increased by less than 1 % between 2007 and 2009 tuition room and board average $ 8085 at a public two year institution in 2010 while community colleges have mostly done their part there is much more the rest of us can and should be doing duncan said
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$ 8893
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relationship between a gene and genome
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<P> In humans, there are 46 chromosomes, in the form of 23 pairs. Chromosomes are supercoiled and wound around storage proteins called histones so the DNA can be packaged very compactly. Most of DNA appears to be 'junk' - that is, the base sequences don't make any sense. Cells don't seem to use this for much. the nucleus contains chromosomes (23 pairs in human cell) the chromosomes consists of DNA molecules and proteins(histone and nonhistone proteins) the genes are specific sequence of nucleotides (the building unite of DNA) on the DNA. Little princess · 8 years ago. <P> The information in the genome is stored as DNA, a molecule with a sugar-phosphate backbone (which keeps the shape of the characteristic DNA helix) and the bases adenine (A), thymine (T), guanine (G) and cytosine (C). the nucleus contains chromosomes (23 pairs in human cell) the chromosomes consists of DNA molecules and proteins(histone and nonhistone proteins) the genes are specific sequence of nucleotides (the building unite of DNA) on the DNA. Little princess · 8 years ago. <P> A gene is a segment of DNA sequence which can fold in any orientation and hence will code for a particular protein. DNA molecule is a double helix structure formed by comple … mentary base pairing of nucleotides. Genes and DNAGenes are masses of DNA that direct certain things-think of genes as orders in the military and DNA as the words in those orders. <P> The coding sections are called exons, and a collection of exons make up a gene. Genes can then be read by the cell's machinery in a process called transcription. A process called translation then occurs, which as the name suggests 'translates' the sequence of DNA bases into a polypeptide chain, hence making a protein. the nucleus contains chromosomes (23 pairs in human cell) the chromosomes consists of DNA molecules and proteins(histone and nonhistone proteins) the genes are specific sequence of nucleotides (the building unite of DNA) on the DNA. Little princess · 8 years ago. <P> A) the genome means the entire collection of genes. B) genes are the proteins that package the genome. C) genomes are proteins that package genes. D) genes are the protein enzymes that are encoded by the genome. E) genomes are the A, T, C, G bases that contain information in genes. Add your answer. <P> Posted on. (Answer #1). Genes are the segments of DNA. DNA is the whole genome and it contains coding sequences as well as non-coding sequences and the coding sequences are the genes. A gene codes for a protein. Each gene, a distinct segment of DNA codes for a different protein. Proteins are important molecules as they are structural parts of an organism, can be enzymes or hormones. If a gene has a mutation, the protein may have limited or no function. <P> Genes. A gene is a length of DNA that codes for a specific protein. So, for example, one gene will code for the protein insulin, which is important role in helping your body to control the amount of sugar in your blood. Genes are the basic unit of genetics. Human beings have 20,000 to 25,000 genes. Genes are made of a chemical called DNA, which is short for 'deoxyribonucleic acid'. The DNA molecule is a double helix: that is, two long, thin strands twisted around each other like a spiral staircase.
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Genes are the segments of DNA. DNA is the whole genome and it contains coding sequences as well as non-coding sequences and the coding sequences are the genes.
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what is zyflamend
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<P> Zyflamend is not promoted by New Chapter as a product for the prevention, treatment, mitigation, or cure of breast cancer, prostate cancer, or any other specific disease or class of diseases. As with any dietary or herbal supplement, you should advise your health care practitioner of the use of this product. <P> Zyflamend is a product that is primarily to be used to treat joint pain and inflammation. It is a patented blend of 10 natural herbal extracts that are all included in what the company calls ‘supercritical’ states i.e. they are the purest and most potent concentrations available. Certainly New Chapter appears to have a good reputation in the industry and its products are recommended by several health care professionals. Zyflamend is widely available and the New Chapter website provides links to retailers that carry the product. While the price of Zyflamend varies from store to store, it seems to average at approximately $35.00 for a 120 capsule bottle which, if taken at the recommended 2 capsules per day would last two months <P> Zyflamend has not been shown to treat cancer. Zyflamend is an herbal supplement consisting of Holy basil, turmeric, ginger, green tea, rosemary, hu zhang, Chinese goldthread, barberry, oregano, and skullcap. Promoters of Zyflamend claim that it has anti-inflammatory and antiaging effects. <P> New Chapter is the manufacturing company for zyflamend prostate, a dietary supplement made with key ingredients that support prostate health and help patients acquire a normal urinary flow. <P> New Chapter, the manufacturers of Zyflamend, produce a range of health supplements that are all presented on their attractive and informative website. The New Chapter company obviously prides themselves on the fact that they are ecologically-friendly and use sustainable, organic ingredients. Certainly New Chapter appears to have a good reputation in the industry and its products are recommended by several health care professionals. Zyflamend is widely available and the New Chapter website provides links to retailers that carry the product. While the price of Zyflamend varies from store to store, it seems to average at approximately $35.00 for a 120 capsule bottle which, if taken at the recommended 2 capsules per day would last two month <P> Zyflamend’s proprietary 10-herb blend delivers the full-spectrum of whole herbs, not isolated compounds. The whole-food Ginger in Zyflamend supports flexibility and comfortable movement with complementary Rosemary, Turmeric and Green Tea.*. New Chapter ® uses only supercritical CO 2 or traditional techniques to deliver super-pure, super-potent herbal extracts in this 100% vegetarian formulation. Zyfla mend ™ helps balance and support the whole body's natural, healthy inflammation response after excercise.*. Zyflamend delivers full-spectrum Ginger to help relieve minor pain or soreness related to exercise, such as a workout or brisk walk.*. <P> Zyflamend is manufactured by New Chapter, a company that produces food and herb-based supplements that are filled with vitamins and nutrients crucial top good health. The company’s goal is to provide health and wellness the way nature intended. The following herbs and extracts are found in Zyflamend: 1 Rosemary – Is known as a powerful anti-inflammatory. 2 Turmeric – Enhances joint health by increasing the flexibility of muscles and tendons. 3 Ginger – Boosts immunity and circulation. 4 Holy Basil – Used in Ayurvedic medicine to combat arthritis. <P> Zyflamend is also sold as a supplement that supports healthy joints and heart function and slows aging. Zyflamend contains phytonutrients, which nourish the body and naturally occur in fruits and vegetables. An example is beta-carotene. One ingredient, Hu Zhang, is a rich source of resveratrol, the beneficial ingredient found in wine. The ingredients in Zyflamend have been studied for their positive effect on health. Significance. Zyflamend acts much like anti-inflammatory medicines known as COX-2 inhibitors but without the side effects associated with drugs such as Vioxx. The herbs can help detoxify the liver and reduce inflammation associated with arthritis and injuries. <P> Zyflamend is an herbal preparation touted for its anti-inflammatory properties. It can be purchased from health food stores and Internet retailers. Significance. Zyflamend acts much like anti-inflammatory medicines known as COX-2 inhibitors but without the side effects associated with drugs such as Vioxx. The herbs can help detoxify the liver and reduce inflammation associated with arthritis and injuries.
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Zyflamend is an herbal supplement consisting of Holy basil, turmeric, ginger, green tea, rosemary, hu zhang, Chinese goldthread, barberry, oregano, and skullcap.
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what is the temperature in guinea
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<P> 1 Of the population, 34.7% live in a tropical rainforest climate (Af), 65% live in a tropical wet and dry/ savanna climate (Aw), 0.3% live in a semi-arid/ steppe climate (BS). <P> Temperature: The ideal temperature range for guinea pigs is approximately 65-75 degrees Fahrenheit. Guinea pig housing should be located away from strong heat sources such as direct sun, wood stoves, fireplaces and heating vents. <P> Conakry Climate & Temperature. 1 Conakry, Guinea is at 9 34'N, 13 37'W, 26 m (85 ft). 2 See map. 3 Conakry has a tropical monsoonal climate (K ppen-Geiger classification: Am) with a dry season and a heavy monsoon the rest of year, no cold season. <P> 1 Of the land area, 8.4% has a tropical rainforest climate (Af), 90.4% has a tropical wet and dry/ savanna climate (Aw), 1.2% has a semi-arid/ steppe climate (BS). <P> Due to its compact, body guinea pigs can tolerate the cold more than we think they can. It can certainly tolerate the cold more than the heat. It has a normal body temperature of 38-40 degrees Celsius and so has a very similar air temperature to humans which is between 18-24 degrees Celsius. <P> Climate, Average Weather of Papua New Guinea. 1 Of the land area, 61.3% has a tropical monsoon climate (Am), 11.2% has a tropical wet and dry/ savanna climate (Aw), 27.5% has a alpine/ highland climate (H). <P> Climate, Average Weather of Guinea. 1 Of the land area, 8.4% has a tropical rainforest climate (Af), 90.4% has a tropical wet and dry/ savanna climate (Aw), 1.2% has a semi-arid/ steppe climate (BS). <P> 1 Conakry, Guinea is at 9 34'N, 13 37'W, 26 m (85 ft). 2 See map. 3 Conakry has a tropical monsoonal climate (K ppen-Geiger classification: Am) with a dry season and a heavy monsoon the rest of year, no cold season. <P> Papua New Guinea. The main variable of Papua New Guinea s climate is not temperature or air pressure, but rainfall. Papua New Guineas climate can be described as tropical climate, with the coastal plains averaging a Temperature of 28°C, the inland and mountain areas averaging 26°C, and the higher mountain regions, 23°C.
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65-75 degrees Fahrenheit
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what are the marketing classifications
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<P> Classifying products into meaningful categories helps marketers decide which strategies and methods will help promote a business’s product or service. Many types of classification exist. Considerations. The key is to categorize your products in ways that make sense for your business. This allows you to, for example, design separate marketing campaigns for each category of product you offer. <P> No simple recipe exists for categorizing products and services, but there are some common product classifications in marketing: convenience, shopping, specialty and unsought products, according to “The Advanced Dictionary of Marketing,” by Scott Dacko. Considerations. The key is to categorize your products in ways that make sense for your business. This allows you to, for example, design separate marketing campaigns for each category of product you offer. <P> Jupiterimages/Creatas/Getty Images. Classifying products into meaningful categories helps marketers decide which strategies and methods will help promote a business’s product or service. Many types of classification exist. For example, marketers might categorize products by how often they are used. Considerations. The key is to categorize your products in ways that make sense for your business. This allows you to, for example, design separate marketing campaigns for each category of product you offer. <P> 1 The review is based on the criteria set forth in the MSCI Market Classification Framework. 2 There are no country indexes currently under review for a potential reclassification to Developed Markets as part of the 2016 Annual Market Classification Review. <P> Related Topics: Research Methods and Tools. Marketers and marketing researchers have used standardized classifications for consumer demographics for some years. The principal reasons for doing so—comparing results across surveys and with known population distributions (e.g., Census data)—are well-known. <P> One-time-use products, such as vacation packages, require completely different marketing strategies than products customers use repeatedly, such as bicycles. Product classification helps a business design and execute an effective marketing plan. Considerations. The key is to categorize your products in ways that make sense for your business. This allows you to, for example, design separate marketing campaigns for each category of product you offer. <P> Classification or Types of Market. The classification or types of market are depicted in the following chart. Image credits © Prof. Mudit Katyani. Generally, the market is classified on the basis of: 1 Place, 2 Time and. 3 Competition <P> SHARE SHARE TWEET EMAIL. Product classifications help marketers focus their efforts using consumers’ buying behavior. Your business can use these buying habits to design your marketing efforts for a clearly defined target audience. Consumer products are often classified as convenience goods, shopping goods, specialty products or unsought goods. Although these classifications are named as types of products, focusing on how your customers buy these goods is equally important as you classify products and develop your marketing campaigns. Buyers for your specialty goods generally spend more time seeking the product they want than on comparing brands or products to make a value decision. Your marketing of specialty goods can be successful by promoting what you have on hand and where your costumers can find it. <P> Local Market. The market limited to a certain place of a country is called local market. This type of market locates in certain place of city or any area and supplies needs and wants of the local people. Perishable consumer products such as milk, vegetables, fruits, etc are sold and bought in local markets. On the basis of volume of business, type and size, market can be classified in wholesale market and retail market. i. Wholesale Market. If a large quantity of products are purchased from producers and sold to different retailers, this is called wholesale market. <P> caci acorn profiles of great britain. ACORN is a geodemographic (combining geographical and demographics analysis) classification of British social classes and is used by marketing professionals, entrepreneurs and researchers, to measure and target consumers and characteristics. The ACORN acronym meaning is 'A Classification Of Residential Neighbourhoods'.
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Local Market, wholesale market and retail market.
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ercp means
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<P> Definition. Endoscopic retrograde cholangiopancreatography (ERCP) is a technique in which a hollow tube called an endoscope is passed through the mouth and stomach to the duodenum (the first part of the small intestine). This procedure was developed to examine abnormalities of the bile ducts, pancreas, and gallbladder. <P> Endoscopic retrograde cholangiopancreatography (ERCP) is a technique in which a hollow tube called an endoscope is passed through the mouth and stomach to the duodenum (the first part of the small intestine). This procedure was developed to examine abnormalities of the bile ducts, pancreas, and gallbladder. <P> ERCP: Endoscopic retrograde cholangio-pancreatography, a diagnostic procedure used to examine diseases of the liver, bile ducts, and pancreas. ERCP is usually performed under intravenous sedation rather than general anesthesia. ERCP provides important information that cannot be obtained by other means. <P> endoscopic retrograde cholangiopancreatography (ERCP), an endoscopic test that provides radiographic visualization of the bile and pancreatic ducts. A flexible fiberoptic duodenoscope is placed into the common bile duct. A radiopaque substance is instilled directly into the duct, and serial x-ray films are taken. <P> A. ERCP (short for endoscopic retrograde cholangiopancreatography) is a procedure used to diagnose diseases of the gallbladder, biliary system, pancreas, and liver. The test looks upstream where digestive fluid comes from -- the liver, gallbladder, and pancreas -- to where it enters the intestines. <P> In this article. ERCP (short for endoscopic retrograde cholangiopancreatography) is a procedure used to diagnose diseases of the gallbladder, biliary system, pancreas, and liver. The test looks upstream where digestive fluid comes from -- the liver, gallbladder, and pancreas -- to where it enters the intestines.
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ERCP: Endoscopic retrograde cholangio-pancreatography, a diagnostic procedure used to examine diseases of the liver, bile ducts, and pancreas.
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what languages are spoken in germany
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<P> About Bavarian language, dialects and words. Bavarian (in German: Bayerisch pronounced Buyerish) belongs to the Upper German languages spoken in Bavaria the south of Germany. Several German dialects are spoken in Bavaria. <P> Sorbian is a protected minority language. Some Danish is spoken in Schleswig-Holstein. Germany has a large Turkish minority, which speaks Turkish. Danish, Sorbian, Romany and Frisian are the other minority languages. Many Germans also speak English, French, Latin, Dutch, and Russian as a second language. First-generation immigrants may, of course, speak the languages of their former countries. This includes over 2 million Turkish immigrants. <P> German Language. German is used as the official language of Germany and of Austria. It is also used as one of the four official languages of Switzerland (along with French, Italian, and Romansh). As a result the German language, although of great importance for the historical literature of science and technology (in which Germany was preeminent up to 1933), does not today play a major role in global commerce. <P> The main language spoken in Germany, the national language, is German. (German has many dialects including Bavarian, Swabian, Hessian, Plattdeutsch, and Saxon). English is taught in schools, often to a respectable or even high standard. Sorbian is a protected minority language. There are 4 main minority languages, each spoken by less than .1% of the population: Sorbani, Romani, Danish, and North Frisian. Many Germans also speak English, French, Latin, Dutch, and Russian as a second language. <P> Germany. The official language of Germany is German, with over 95% of the population speaking German as their first language. Minority languages include Sorbian, spoken by 0.09% in the east of Germany and North Frisian spoken in Nordfriesland by around 10,000 people, or 0.01%, who also speak German. Danish is spoken by 0.06%, mainly in the area along the Danish border. Romani, an indigenous language is spoken by around 0.08%. Immigrant languages include Turkish, which is spoken by around 1.8%, and Kurdish, by 0.3%. BBC News Online country profile. <P> The main language spoken in Germany, the national language, is German. (German has many dialects including Bavarian, Swabian, Hessian, Plattdeutsch, and Saxon). English is t … aught in schools, often to a respectable or even high standard. Many Germans also speak English, French, Latin, Dutch, and Russian as a second language. First-generation immigrants may, of course, speak the languages of their former countries. This includes over 2 million Turkish immigrants. <P> They are spoken in parts of the Alsace, southern Germany, Liechtenstein, Austria, and the German-speaking parts of Switzerland and Italy. Wymysorys is a High German dialect of Poland native to Wilamowice, and Sathmarisch and Siebenbuergisch siebenbürgisch Are High german dialects Of. romania For example, Hutterite German resembles dialects of Carinthia. Texas German is a dialect spoken in the areas of Texas settled by the Adelsverein, such as New Braunfels and Fredericksburg. In the Amana Colonies in the state of Iowa, Amana German is spoken. <P> One of the major languages of the world, German is the first language of about 95 million people worldwide and the most widely spoken native language in the European Union. For example, Hutterite German resembles dialects of Carinthia. Texas German is a dialect spoken in the areas of Texas settled by the Adelsverein, such as New Braunfels and Fredericksburg. In the Amana Colonies in the state of Iowa, Amana German is spoken. <P> Over 95% of German residents speak German or German dialects. There are 4 main minority languages, each spoken by less than .1% of the population: Sorbani, Romani, Danish, and North Frisian. Many Germans also speak English, French, Latin, Dutch, and Russian as a second language. <P> German is the most widely spoken (and official) language in Germany, Austria, Switzerland, the Italian province of South Tyrol (Alto Adige) and Liechtenstein; it is also an official (but not majority) language of Belgium and Luxembourg. For example, Hutterite German resembles dialects of Carinthia. Texas German is a dialect spoken in the areas of Texas settled by the Adelsverein, such as New Braunfels and Fredericksburg. In the Amana Colonies in the state of Iowa, Amana German is spoken.
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German, Bavarian, Swabian, Hessian, Plattdeutsch, and Saxon
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what characteristics do mammals and birds have in common
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<P> Milk is produced in the mammary glands, a … nd it is from here mammals have gotten their name. 2. The lower jaw in mammals is a single bone on either side. In all other vertebrates there are more than one bone on each side of the jaw 3.The mammal middle ear, and only the mammal middle ear, contains 3 bones. 1 Most mammals give live birth, but there is a sub-group known as monotremes, which are the egg-laying mammals. 2 This group includes just the platypus and the echidna. 3 They are still mammals because, like all mammals, they feed their young on mothers' milk. <P> Birds and mammals have the following characteristics in common: they are vertebrates, meaning they have an internal skeletonthey are warm-bloodedthey breathe using lungs, so … have full respiratory systems they have circulatory systems. 1 Most mammals give live birth, but there is a sub-group known as monotremes, which are the egg-laying mammals. 2 This group includes just the platypus and the echidna. 3 They are still mammals because, like all mammals, they feed their young on mothers' milk. <P> Hair. Hair is one of the characteristics of a mammal that is unique to mammals—no other animals have true hair and all mammals have hair covering at least part of their body at some time during their life. An individual hair consists of a rod of cells that are reinforced by a protein known as keratin <P> Characteristics of Mammals. Mammals have the following distinctive characteristics that put them in the class of mammals: Mammals have backbone and spines i.e. they are vertebrates. Mammals have hair or fur on their bodies. Mammals are warm blooded animals. <P> Mammals differ from other vertebrates such as reptiles, birds and amphibians in that they have a single lower jaw bone that attaches directly to the skull. This bone is referred to as the dentary, due to the fact that it holds the teeth of the lower jaw. Hair is one of the characteristics of a mammal that is unique to mammals—no other animals have true hair and all mammals have hair covering at least part of their body at some time during their life. An individual hair consists of a rod of cells that are reinforced by a protein known as keratin <P> Mammals are all warm blooded vertebrates with a covering of fur, skin or hair. All mammals suckle their youngMost mammals give live birth, but there is a sub-group known as m … onotremes, which are the egg-laying mammals. This group includes just the platypus and the echidna. Mammals are a type of animals in the world. There are thousands of types of mammals. But certain characteristics are common in all the mammals. There are five things all mamm … als have in comman. These are the common characteristic <P> 1 Mammals are all warm blooded vertebrates with a covering of fur, skin or hair. 2 All mammals suckle their young. 3 Most mammals give live birth, but there is a sub-group known as monotremes, which are the egg-laying mammals. 4 This group includes just the platypus and the echidna. 1 Most mammals give live birth, but there is a sub-group known as monotremes, which are the egg-laying mammals. 2 This group includes just the platypus and the echidna. 3 They are still mammals because, like all mammals, they feed their young on mothers' milk. <P> In birds it curves to the right and in all other vertebrates there are more than one main artery leaving the heart. 5.Mammals have a diaphragm. A sheet of muscle and tendon that separates the body cavity into two sections. Mammals are a type of animals in the world. There are thousands of types of mammals. But certain characteristics are common in all the mammals. There are five things all mamm … als have in comman. These are the common characteristic
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They are vertebrates, meaning they have an internal skeletonthey are warm-bloodedthey breathe using lungs, so … have full respiratory systems they have circulatory systems.
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what types of bacteria are usually found on raw chicken
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<P> As on any perishable meat, fish or poultry, bacteria can be found on raw or undercooked chicken. Some bacteria associated with chicken are Salmonella Enteritidis, Staphylococcus aureus, Campylobacter jejuni, and Listeria monocytogenes. They multiply rapidly at temperatures between 40 ° F (4.4° C) and 140 ° F (60° C)--out of refrigeration and before thorough cooking occurs. <P> Salmonella. Salmonella bacteria are often found in raw or undercooked meat, raw eggs, milk, and other dairy products. The incubation period is usually between 12 and 72 hours. The symptoms usually last around four to seven days. Read more about salmonella infections. The bacteria are usually found on raw or undercooked meat (particularly poultry), unpasteurised milk and untreated water. The incubation period (the time between eating contaminated food and the start of symptoms) for food poisoning caused by campylobacter is usually between two and five days. <P> Bacteria in Raw Chicken & Poultry. 1 Salmonella Enteritidis may be found in the intestinal tracts of livestock, poultry, dogs, cats and other warm-blooded animals. 2 This strain is only one of about 2,000 kinds of Salmonella bacteria; it is often associated with poultry and shell eggs. 1 <P> Campylobacter and Salmonella were found on 43% and 10.8% of the samples, respectively. In addition, almost half of the samples (49.7%) tested positive for at least one type of multidrug-resistant (MDR) bacteria (resistant to three or more antibiotics), Consumer Reports said. We have been focusing on Salmonella and Campylobacter in chicken for some time now, and I think the results of this study are actually encouraging, he said. Referring to a graph in the report, he noted that the prevalence of Salmonella in the samples ranged from 0 to 16%, depending on the brand or product category. <P> In the UK, campylobacter bacteria are the most common cause of food poisoning. The bacteria are usually found on raw or undercooked meat (particularly poultry), unpasteurised milk and untreated water. The incubation period (the time between eating contaminated food and the start of symptoms) for food poisoning caused by campylobacter is usually between two and five days. <P> In less than a decade, the proportion of antibiotic-resistant salmonella bacteria found on raw chicken has dramatically increased-from 48 percent in 2002 samples to 74 percent in 2011 samples. About 20 percent of the salmonella microbes detected on chicken samples collected in 2002 were resistant to at least three drugs. By 2011, that number had risen to 45 percent. The proportion of antibiotic-resistant germs among all salmonella found on raw turkey rose from 62 percent in 2002 to 78 percent in 2011. <P> Enterococcus species were the most common bacteria, found in 79.8% of samples, the report said. E coli (only a few strains of which are pathogenic) was found in 65.2%, Campylobacter in 43%, K pneumoniae in 13.6%, Salmonella in 10.8%, and S aureus in 9.2%. We have been focusing on Salmonella and Campylobacter in chicken for some time now, and I think the results of this study are actually encouraging, he said. Referring to a graph in the report, he noted that the prevalence of Salmonella in the samples ranged from 0 to 16%, depending on the brand or product category. <P> (Photo: Flickr/ snowpea&bokchoi). Consumers Reports says that of 316 raw chicken breasts purchased at retail stores nationwide, 97 percent were contaminated with potentially harmful bacterial. The most common bacteria detected on the meat was enterococcus, which was found on nearly 80 percent of chicken samples. <P> 1 The bacteria are found in foods made by hand and improperly refrigerated, such as chicken salad. 2 Campylobacter jejuni is one of the most common causes of diarrheal illness in humans. 1 Salmonella Enteritidis may be found in the intestinal tracts of livestock, poultry, dogs, cats and other warm-blooded animals. 2 This strain is only one of about 2,000 kinds of Salmonella bacteria; it is often associated with poultry and shell eggs. <P> 1 This strain is only one of about 2,000 kinds of Salmonella bacteria; it is often associated with poultry and shell eggs. 2 Staphylococcus aureus can be carried on human hands, in nasal passages, or in throats. 3 The bacteria are found in foods made by hand and improperly refrigerated, such as chicken salad. 1 Salmonella Enteritidis may be found in the intestinal tracts of livestock, poultry, dogs, cats and other warm-blooded animals. 2
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Salmonella Enteritidis, Staphylococcus aureus, Campylobacter jejuni, and Listeria monocytogenes.
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what is varicella zoster
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<P> Chickenpox is a highly contagious illness caused by the varicella-zoster virus (VZV), a type of herpes virus. It is often a mild illness, characterized by an itchy rash on the face, scalp and trunk with pink spots and tiny fluid-filled blisters that dry and become scabs four to five days later. <P> Introduction. The varicella-zoster virus (VZV) can cause 2 diseases: chickenpox (varicella) and shingles (herpes zoster). Before a vaccine was developed in 1994, chickenpox was a common contagious childhood disease that produced itchy blisters, but rarely caused serious problems. Once you have had chickenpox, the varicella-zoster virus lies dormant in your nerves and can re-emerge as shingles. Shingles, which is characterized by a rash of blisters, can be very painful. But it is not life threatening. <P> Background. Varicella-zoster virus (VZV) is the cause of chickenpox and herpes zoster (also called shingles). Chickenpox follows initial exposure to the virus and is typically a relatively mild, self-limited childhood illness with a characteristic exanthem. Varicella-zoster virus (VZV) causes chickenpox and herpes zoster (shingles). Chickenpox follows initial exposure to the virus and is typically a relatively mild, self-limited childhood illness with a characteristic exanthem, but can become disseminated in immunocompromised children. <P> Shingles is caused by the same virus that causes chickenpox. Once you have had chickenpox, the varicella-zoster virus lies dormant in your nerves and can re-emerge as shingles. Shingles, which is characterized by a rash of blisters, can be very painful. But it is not life threatening. <P> Varicella is an acute infectious disease caused by varicella zoster virus (VZV). The recurrent infection (herpes zoster, also known as shingles) has been recognized since ancient times. Primary varicella infection (chickenpox) was not reliably distinguished from smallpox until the end of the 19th century. Exposure to a person with either primary varicella (chickenpox) or herpes zoster does not cause zoster in the exposed person. Herpes zoster vaccine has no role in the postexposure management of either chickenpox or zoster and should not be used for this purpose. <P> General Discussion. Varicella-zoster is an infectious disease caused by a common virus known as herpes virus, also known as the varicella-zoster virus (VZV). During childhood, the virus causes chickenpox (varicella), while, during adulthood, it causes shingles (herpes zoster). <P> (May 2012). Varicella zoster virus or varicella-zoster virus (VZV) is one of eight herpesviruses known to infect humans and vertebrates. VZV only affects humans, and commonly causes chickenpox in children, teens and young adults and herpes zoster (shingles) in adults and rarely in children. VZV is known by many names, including chickenpox virus, varicella virus, zoster virus, and human herpesvirus type 3 (HHV-3). VZV multiplies in the lungs, and causes a wide variety of symptoms. After the primary infection (chickenpox), the virus goes dormant in the nerves, including the cranial nerve ganglia, dorsal root ganglia, and autonomic ganglia. <P> Varicella-zoster virus (VZV), a herpesvirus, causes 2 distinct exanthematous (rash-associated) diseases: chickenpox (varicella) and shingles (herpes zoster). Chickenpox is a highly contagious, though typically benign disease, usually contracted during childhood. <P> Practice Essentials. Varicella-zoster virus (VZV) causes chickenpox and herpes zoster (shingles). Chickenpox follows initial exposure to the virus and is typically a relatively mild, self-limited childhood illness with a characteristic exanthem, but can become disseminated in immunocompromised children. <P> Diagnosis of complications of varicella-zoster, particularly in cases where the disease reactivates after years or decades of latency, are difficult. A rash (shingles) can be present or absent. Symptoms vary, and there is significant overlap in symptoms with herpes-simplex symptoms. VZV multiplies in the lungs, and causes a wide variety of symptoms. After the primary infection (chickenpox), the virus goes dormant in the nerves, including the cranial nerve ganglia, dorsal root ganglia, and autonomic ganglia.
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Varicella zoster virus or varicella-zoster virus (VZV) is one of eight herpesviruses known to infect humans and vertebrates.
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how long do tinctures last
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<P> 9 people found this useful. If you smoke it occasionally it will remain in your system for up to 10 days.If you smoke marijuana on a regular basis it will stay in your system for as long as 45 days, and … if you smoke marijuana at a constant pace, it can stay in the body for 90 days. Marijuana is fat soluble. <P> 1 Decide how much tincture you would like to make. 2 A ratio of 1 gram of weed to 35 mL (1 fluid ounce) of alcohol is the minimum, although some people use up to 6 grams per 35 mL. 3 Pick a moderate ratio for your first time, and see how it works for you. Instructions: 1 Decide how much tincture you would like to make. 2 A ratio of 1 gram of weed to 35 mL (1 fluid ounce) of alcohol is the minimum, although some people use up to 6 grams per 35 mL. 3 Pick a moderate ratio for your first time, and see how it works for you. 4 There are about 20-25 drops in 1 fluid ounce <P> Vegetable glycerine is also used to make non-alcohol tinctures – these tinctures are known as glycerites. They have a much longer shelf life than the apple cider vinegar - 3 to 5 years if stored in a cool, dark cupboard. For children under 12, please see our Children’s Dosage Guide for recommendations. With this standard dosing suggestion (for adults) of two droppersful three times a day, tincture bottles typically last this long: 1 1oz. tincture bottle will last about one week. 2 2oz. tincture bottle will last two weeks. 3 4oz. tincture bottle will typically last about a month <P> How to Make a Tincture. Also called an extract (in fact, the same process is used to make real vanilla extract), alcohol tinctures are the most common type and the easiest to make. First, pick which herbs you plan to use. Store the tincture in colored dropper bottles or clean glass jars. NOTE: The alcohol can be evaporated before use (see below) or a tincture can be made in the same way using apple cider vinegar, though it will need to be stored in the fridge and will only last 3-6 months. <P> 8. Store and use. A tincture can have a shelf life of up to 5 years owing to the fact that alcohol is a preservative. However, know the properties of the particular herbs you've used, and follow the guidance of the recipe from which you're making the tincture in terms of how long to keep the tincture for. 1 Tinctures last longer than dried herbs, usually up to 2-5 years. 2 You can make combinations of herbs if you have instructions to follow from a reputable source. 3 You can burn off the alcohol by putting the dose into a cup of boiling water and drinking as a tea <P> I make most tinctures in an alcohol base as this makes them the most long lasting, but tinctures can also be made with glycerine, vinegar or even with honey to make a syrup! To make a tincture, you will need the following supplies: 1 A clean glass jar (at least pint size) with lid. Store the tincture in colored dropper bottles or clean glass jars. NOTE: The alcohol can be evaporated before use (see below) or a tincture can be made in the same way using apple cider vinegar, though it will need to be stored in the fridge and will only last 3-6 months.
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2-5 years.
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how to calculate number of blocks in a wall
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<P> Brick Calculators and Block Calculators Before you can build a retaining wall or any other masonry wall you will need to be able to calculate the concrete masonry blocks you will need to order. Use this calculator to calculate the amount of concrete block needed to construct a masonry wall. <P> Calculate the surface area of a single block in the wall, including its mortar allowance. For example, if your standard concrete block is 1 foot by 0.5 feet and is separated from its neighbours by a half-inch of mortar, then each block accounts for 1.0417 x 0.5417, or 0.5643 square feet. The simplest and surest way to obtain that number, of course, is to count them all, but that could take a long time, and it isn't of any help to someone who wants to know how many blocks are needed to build a wall that isn't there yet. <P> Step 3. Multiply the total square footage of the wall surface by the blocks per square foot to find the amount of blocks for the wall. Multiply this number by 1.06 to add a 6 percent waste margin to find the total number of blocks needed for the wall. Multiply the length of the block you are going to use by its width to find its surface area. Divide 144 (the number of inches in a square foot) by the surface area of the block to calculate the number of blocks per square foot. <P> Step 2. Multiply the length of the block you are going to use by its width to find its surface area. Divide 144 (the number of inches in a square foot) by the surface area of the block to calculate the number of blocks per square foot. Example: An 8-inch by 16-inch concrete block has a surface area of 128 square inches; 144 divided by 128 is 1.125 blocks per square foot <P> Now, compute the total number of stone blocks needed with the formula. Number of Blocks = 144L(H + 0.5)/(AB). The factor of 144 is necessary convert feet to inches. Example: Suppose a wall is to be 20 feet long and 3 feet hight, built with stones that are 6 inches by 10 inches. Then the number of stones needed is. 144(20)(3 + 0.5)/[(6)(10)] = 10080/60 = 168. You should purchase stone blocks to spare in case of breakage. Multiply the wall's length by its height plus 1/2 a foot to find the total square footage of the wall. That is, calculate. Wall Area = L(H + 0.5) sq. ft, where L is the length of the wall in feet and H is the finished height of the wall in feet. <P> There are several formulas to figure out how many blocks are needed for a wall project, but the first step is to determine the width and height of the wall, in inches. Once you know the size of your wall, calculate the square footage by multiplying the width(in feet) times the height(in feet). Simply enter the dimensions for your wall project and the concrete block calculator will figure out how many blocks are needed. If you are interested in hiring a professional to estimate your material and installation costs then find a contractor and request a block wall installation estimate. <P> Add. Fill in all the boxes to find how many bricks or blocks are in a wall (or how many you need to build a specific wall). The wall thickness should be quoted in number of brick thicknesses (i.e. 2 in the diagram above). Standard UK bricks are 8.5 x 2.5 inches, and standard US bricks are 8 x 2.25 inches. <P> 0.5LH cubic feet, or. LH/54 cubic yards. For example, for a retaining wall that is 24 feet long and 2.5 feet high, we will need (24)(2.5)/54 = 1.111 cubic yards of gravel for backfill. Calculate the number of capstones needed by dividing the length of the wall in feet by the length of the capstones in inches. Then multiply by 12. <P> Step 1. Estimate the number blocks you need for each course. (length of the wall in inches) ÷ (length of a block) = blocks per course. Example: 228 in ÷ 11.5 in = approximately 20 blocks per course.
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The first step is to determine the width and height of the wall, in inches. Once you know the size of your wall, calculate the square footage by multiplying the width(in feet) times the height(in feet).
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what was the battle of bunker hill
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<P> Overview: On June 17, 1775 the Battle of Bunker Hill took place. It is one of the most important colonial victories in the U.S. War for Independence. Fought during the Siege of Boston, it lent considerable encouragement to the revolutionary cause. <P> The Battle of Bunker Hill took place on June 17, 1775, just a few months after the start of the American Revolutionary War. Boston was being besieged by thousands of American militia. The British were trying to keep control of the city and control its valuable sea ports. The Battle of Bunker Hill actually took place mostly on Breeds Hill. It's only called the Battle of Bunker Hill because the army thought they were on Bunker Hill. Sort of a funny mistake and it makes for a good trick question. <P> The Battle of Bunker Hill 17th June 1775. (c) Illustration by John Mackenzie 2009 - c lick to enlarge. Account: With the outbreak of the war General Gage, the British commander in chief, found himself blockaded in Boston by the American Continental Army, occupying the hills to the West of the city. Place: On the Charlestown Peninsula on the North side of Boston Harbour. Combatants: British troops of the Boston garrison against troops of the American Continental Army. <P> In response, 1,200 colonial troops under the command of William Prescott stealthily occupied Bunker Hill and Breed's Hill. The colonists constructed a strong redoubt on Breed's Hill, as well as smaller fortified lines across the Charlestown Peninsula. Bunker Hill, with an elevation of 110 feet (34 m), lay at the northern end of the peninsula. Breed's Hill, at a height of 62 feet (19 m), was more southerly and nearer to Boston. The town of Charlestown occupied flats at the sou <P> Introduction. On June 17, 1775, early in the Revolutionary War (1775-83), the British defeated the Americans at the Battle of Bunker Hill in Massachusetts. Despite their loss, the inexperienced colonial forces inflicted significant casualties against the enemy, and the battle provided them with an important confidence boost.attle of Bunker Hill: Legacy. The British had won the so-called Battle of Bunker Hill, and Breed’s Hill and the Charlestown Peninsula fell firmly under British control. <P> A+E Networks. On June 17, 1775, early in the Revolutionary War (1775-83), the British defeated the Americans at the Battle of Bunker Hill in Massachusetts. Despite their loss, the inexperienced colonial forces inflicted significant casualties against the enemy, and the battle provided them with an important confidence boost.attle of Bunker Hill: Legacy. The British had won the so-called Battle of Bunker Hill, and Breed’s Hill and the Charlestown Peninsula fell firmly under British control. <P> The battle is named for Bunker Hill, which was peripherally involved in the battle, and was the original objective of both the colonial and British troops, though the vast majority of combat took place on the adjacent Breed's Hill. Bunker Hill, with an elevation of 110 feet (34 m), lay at the northern end of the peninsula. Breed's Hill, at a height of 62 feet (19 m), was more southerly and nearer to Boston. The town of Charlestown occupied flats at the sou <P> Colonial forces bypassed Bunker Hill for Breed’s Hill, a smaller rise closer to Boston and more threatening to the British. (Gilbert Gates). John Trumball's The Death of General Warren at the Battle of Bunker's Hill, 17 June, 1775. In short, the nation’s memory of Bunker Hill is mostly bunk. Which makes the 1775 battle a natural topic for Nathaniel Philbrick, an author drawn to iconic and misunderstood episodes in American history. <P> The British had won the so-called Battle of Bunker Hill, and Breed’s Hill and the Charlestown peninsula fell firmly under British control.ritish General William Howe lands his troops on the Charlestown Peninsula overlooking Boston, Massachusetts, and leads them against Breed’s Hill, a fortified American position just below Bunker Hill, on this day in 1775.
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It is one of the most important colonial victories in the U.S. War for Independence. Fought during the Siege of Boston, it lent considerable encouragement to the revolutionary cause.n June 17, 1775 the Battle of Bunker Hill took place.
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mexico and what they are known for vanilla
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<P> Vanilla fragrans, as genuine vanilla is known, is native to Mexico, and well into the 19th century makers of high-quality Mexican vanilla had a lock on the business. Most of the vanilla sold in Mexico is synthetic, though it doesn't all have coumarin in it. Telltale signs of the fake stuff: clear, or dark and murky (the real stuff is amber colored and translucent), low alcohol content (genuine vanilla extract contains at least 35% ethyl alcohol), laughably low price. <P> Bourbon beans are botanically known as Vanilla planifolia or Vanilla fragrans and originally came from the Gulf Coast of Mexico. When grown in Mexico they're called Mexican beans. On the other hand, beans from the same plant stock are called Bourbon beans if they grow in Madagascar, Indonesia, and many other regions. 1 Until the late 19th century, Mexico had the monopoly on growing vanilla plants, but now Madagascar and Indonesia grow the majority of the world's crop. 2 Additional countries that grow vanilla include Guatemala, Costa Rica, Uganda, China, India, Papua New Guinea, Tonga, Fiji, Tahiti, and the Philippines. <P> However, not all of what is sold in Mexico as vanilla extract is what it purports to be, a solution derived from soaking actual vanilla beans in alcohol. In Mexico (as in the U.S. and elsewhere) synthetic or imitation vanilla, liquids artificially made to look and taste like the real thing, are also available. <P> Our Mexican vanilla beans have a very smooth, creamy flavor with a hint of spice. They are very delightful and commonly used for making extract. Mexican vanilla has the familiar natural vanilla flavor that we associate with vanilla bean ice cream and other vanilla-flavored desserts. These beans are cured using sun-wilting and oven-wilting procedures. These are remarkable beans and a popular favorite <P> Next to saffron and cardamom, vanilla is the worlds next most expensive spice. Growers are known to “brand” their beans with pin pricks before they can be harvested, to identify the owner and prevent theft. Vanilla is native to Mexico, where it is still grown commercially. <P> Vanilla is a sacred and very important part of their culture and their lives. Vanilla first left Mexico in the early 1500s on ships bound for Spain. It was originally believed only to have value as a perfume. It wasn’t until Cortes arrived in 1519 that they discovered that it was also used as a flavor. Until the late 19th century, Mexico had the monopoly on growing vanilla, but now Madagascar grows the majority of the world’s crop. Additional countries that grow vanilla include Costa Rica, Guatemala, Uganda, Kenya, China, India, Indonesia, Papua New Guinea, Tonga, Fiji, Tahiti, Hawaii and other Pacific Islands <P> Although the vanilla plant, an orchid, is native to Mexico, it is now widely grown throughout the tropics with Madagascar being the world's largest producer. Vanilla plants grow as a vine, climbing up an existing tree, pole, or other support. 1 Until the late 19th century, Mexico had the monopoly on growing vanilla plants, but now Madagascar and Indonesia grow the majority of the world's crop. 2 Additional countries that grow vanilla include Guatemala, Costa Rica, Uganda, China, India, Papua New Guinea, Tonga, Fiji, Tahiti, and the Philippines. <P> But Mexico was still known as the home of the world's best vanilla, so the producers didn't admit what they were doing. They disguised the artificial taste by adding coumarin, an extract of the tonka bean, Dipteryx odorata. Coumarin tastes and smells just like vanilla, only more so. Most of the vanilla sold in Mexico is synthetic, though it doesn't all have coumarin in it. Telltale signs of the fake stuff: clear, or dark and murky (the real stuff is amber colored and translucent), low alcohol content (genuine vanilla extract contains at least 35% ethyl alcohol), laughably low price. <P> Vanilla is a flavor derived from orchids of the genus Vanilla, primarily from the Mexican species, flat-leaved vanilla (V. planifolia). The word vanilla, derived from the diminutive of the Spanish word vaina (vaina itself meaning sheath or pod), translates simply as little pod. The majority of the world's vanilla is the V. planifolia species, more commonly known as Bourbon vanilla (after the former name of Reunion, Île Ile) île Bourbon or, madagascar vanilla which is Produced in madagascar and neighboring islands in The Southwestern, indian ocean And. in indonesia
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Bourbon beans are botanically known as Vanilla planifolia or Vanilla fragrans and originally came from the Gulf Coast of Mexico. When grown in Mexico they're called Mexican beans.
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what did the ancient chinese make when paper folding
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<P> As paper reached West Asia, people began to make it into books, instead of the scrolls that people used in China and India. That plan spread eastward, and by about 1000 AD, people were making books even in China and India. <P> The History of Paper. In few years, the Chinese began to use paper for writing. Around 600 A.D. woodblock printing was invented and by 740 A.D., The first printed newspaper was seen in China. To the east, papermaking moved to Korea, where production of paper began as early as the 6th century AD. The Arabs learned the paper making from the Chinese prisoners and built the first paper industry in Baghdad in 793 A.D. They, too, kept it a secret, and Europeans did not learn how to make paper until several centuries later. The Egyptians learned the paper making from the Arabs during the early 10th century. <P> The History Of Paper Airplanes. It is widely believed and accepted that the history of paper airplanes finds it roots in ancient China, where paper was used to create the first flying kites. We’ve all heard of Origami, the art of folding pieces of paper into works of art. <P> Once the folding paper fan was introduced into ancient Chinese society, it was immediately adopted. Everyone had to have a folded paper fan. Fans were embroidered and painted and decorated and hung. It was more than a fad. <P> Paper makers traveled great distances to pay their respects. Paper Folding in Chinese Culture. The name origami is a Japanese term from the words oru (to fold) and kami (paper). In China, the art of folding paper is referred to by the Chinese name zhezhi. Chinese paper folders tend to focus more on making inanimate objects, such as boats or small dishes. Japanese paper folders tend to favor examples of living things, such as the origami crane or a pretty paper flower. Paper folding was first used in China for ceremonial purposes. At funerals, people would burn folded paper representations of the golden nuggets used as currency until the 20th century. <P> Paper bills were first used by the Chinese, who started carrying folding money during the Tang Dynasty (A.D. 618-907) mostly in the form of privately issued bills of credit or exchange notes and used it for more than 500 years before the practice began to catch on in Europe in the 17th century. As a result, China eliminated paper money entirely in 1455 and wouldn't adopt it again for several hundred years. Another not-so-well-known fact: the word cash was originally used to describe the type of round bronze coins with square holes commonly used in the Tang Dynasty, called kai-yuans. <P> Paper was first invented by Cai Lun in the Eastern Han Dynasty in China. In the 6th century, Buddhist monks carried paper to Japan. The earliest document showing paper folding is a picture of a small paper boat in an edition of Tractatus de sphaera mundi from 1490 by Johannes de Sacrobosco. It is possible that paper folding came to Japan from China when paper was introduced but there is no evidence for this. The paper folding of China has typically been of objects like dishes, hats or boats rather than animals or flowers of Japan. <P> Origami: A Brief History of the Ancient Art of Paperfolding. No one really knows when and where origami was invented. Some origami historians argue that since the invention of paper is credited to Ts'ai Lun of China in A.D. 105, paper folding must have been invented soon after. Paper was then introduced to Japan in the late sixth century by Buddhist monks, and paper folding was brought along with it. However, since there are no known Chinese records of paper folding, and since the oldest Japanese records date only to the 18th century, other historians claim that origami is definitely a Japanese invention. <P> Origami is the ancient art of Japanese paper folding, an art form spanning over 1,000 years. Origami is unique among paper crafts in that it requires no materials other than the paper itself. Cutting, gluing, or drawing on the paper is avoided, using only paper folding to create the desired result. Ori means folded and kami means paper. Paper-folding as a traditional folding art pervaded the Japanese culture more strongly than any other. But traditional paper-folding did not exist in Japan alone. Papermaking was developed in China two thousand years ago but the Chinese did not readily share this knowledge.
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Chinese paper folders tend to focus more on making inanimate objects, such as boats or small dishes.
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what is aerobic respiration
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<P> Respiration is a series of reactions in which energy is released from glucose glucose: A simple sugar made by the body from food, which is used by cells to make energy in respiration. Aerobic respiration is the form of respiration which uses oxygen. It can be summarised by this equation: glucose + oxygen → carbon dioxide + water (+ energy). Energy is shown in brackets because it is not a substance. <P> Aerobic Respiration. Aerobic respiration is the release of energy from glucose or another organic substrate in the presence of Oxygen. Strictly speaking aerobic means in air, but it is the Oxygen in the air which is necessary for aerobic respiration. Anaerobic respiration is in the absence of air <P> Diffen › Science › Biology. Aerobic respiration, a process that uses oxygen, and anaerobic respiration, a process that doesn't use oxygen, are two forms of cellular respiration. Although some cells may engage in just one type of respiration, most cells use both types, depending on an organism's needs. Anaerobic respiration is respiration without oxygen; the process uses a respiratory electron transport chain but does not use oxygen as the electron acceptors. <P> Aerobic respiration is the cellular process through which humans obtain energy from food. The breakdown of glucose into cellular energy takes place mostly inside mitochondria. Weightlifting can increase anaerobic power. Cells store energy in a molecule called adenosine triphosphate (ATP). Aerobic respiration is when food substances break down in the presence of oxygen to release large amounts of energy. Carbon dioxide and water are also released. <P> Anaerobic respiration is a form of respiration using electron acceptors other than oxygen. Although oxygen is not used as the final electron acceptor, the process still uses a respiratory electron transport chain; it is respiration without oxygen. <P> Cellular respiration is the process by which living organisms obtain energy from food. There are two main methods. Aerobic respiration — employed by all multicellular and some unicellular life forms — uses oxygen in the atmosphere, or dissolved in water, as part of a complex process that releases and stores energy. Aerobic respiration is when food substances break down in the presence of oxygen to release large amounts of energy. Carbon dioxide and water are also released. <P> Respiration. Respiration is the process of releasing energy from the breakdown of glucose. Respiration takes place in every living cell, all of the time and all cells need to respire in order to produce the energy that they require. <P> Anaerobic respiration. Unlike aerobic respiration, anaerobic respiration does not need oxygen. It is the release of a relatively small amount of energy in cells by the breakdown of food substances in the absence of oxygen. <P> Cellular respiration is the set of metabolic reactions and processes that take place in the cells of organisms to convert biochemical energy from nutrients into adenosine triphosphate (ATP), and then release waste products.
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Aerobic respiration is the release of energy from glucose or another organic substrate in the presence of Oxygen.
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how much money does a rescue nurse make
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<P> Salary Range. Emergency room nurses earn a median salary of $64,994 per year as of March 2011, according to Salary.com. That translates to an hourly rate of about $31.25 per hour for full-time nurses. The pay rate is very similar to that of a registered nurse working as a typical staff nurse, which is $65,541 per year. <P> Drexel University states that those RNs who have less than one years of work experience earn an average of about $49,863. The University also states that the average salary for the nurses having 20 years of experience is somewhat around $70,087. <P> The data compiled by the Bureau of Labor Statistics suggested that the average yearly salary for the Registered Nurses remained around $62,450 as of May 2008. The salary of a Registered Nurse can be less than $43,410 or it could be more than $92,240 per year. Moreover, according to the Bureau, the RN’s may earn up to an average of $27.29 an hour. <P> Nurses with 10 to 19 years of neonatal nursing experience earn high annual salaries, averaging between $80,901 and $104,313 per year. The most experienced neonatal nurse practitioners, 20 or more years of work experience, on average earn more than $111,000 per year. <P> New graduate nurses in California make between $40 to $46 per hour, depending on geographic location. The highest starting salaries in California are around $83,000 per year. And in some areas, sign on bonuses are being advertised at up to $10,000. The more education and experience you have, the more money you can earn. For example nurse practitioners make over $89
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$64,994 per year or about $31.25 per hour for full-time.
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when does water boil in celsius
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<P> View full size image. Fahrenheit is a temperature scale that bases the boiling point of water at 212 and the freezing point at 32. It was developed by Daniel Gabriel Fahrenheit, a German-born scientist who lived and worked primarily in the Netherlands. <P> Here's the answer to this common question. Answer: Short Answer: The boiling point of water is 100°C or 212° F at 1 atmosphere of pressure (sea level). Better Answer: The boiling point of water depends on the atmospheric pressure, which changes according to elevation. The boiling point of water is 100 degrees Celsius or 212 degrees Fahrenheit at 1 atmosphere of pressure (sea level). Jody Dole, Getty Images. Anne Marie Helmenstine, Ph.D. <P> Kelvin Scale. Degrees Celsius (°C) and kelvins (K) have the same magnitude. The only difference between the scales is their starting points: 0 K is absolute zero, while 0°C is the freezing point of water. One can convert degrees Celsius to kelvins by adding 273.15; thus, the boiling point of water, 100°C, is 373.15 K. –273.1°. Absolute zero is theoretically the lowest possible temperature, the point at which all molecular motion would cease. To convert Fahrenheit to Celsius (Centigrade), subtract 32 and divide by 1.8. To convert Celsius (Centigrade) to Fahrenheit, multiply by 1.8 and add 32. <P> Relevance. Rating Newest Oldest. Best Answer: 100c but this is only true at sea level. if you are much higher above sea level the boiling point is lowered a bit. same with baking, when i moved to the west coast from the east coast i had to reduce my baking times because of the high elevation here in the mountains. <P> Water freezes at 0 degrees C and boils at 100 C. 2 people found this useful. Edit. Share to: 1 Best House Temperature Ranges for Babies and Toddlers When choosing the best house temperature for babies, you should consider the seasons. 100 degrees Celsius at standard pressure. At 1 atmosphere of pressure (that is: average pressure at sea level), pure water (that is: distilled water) boils at 100º Celsius or 212 degrees Fahrenheit. <P> You might have been told that water boils at 100 degrees Celsius (212 Fahrenheit) but the boiling point of water actually depends on the oxygen content and atmospheric pressure. The higher the altitude, the lower the temperature at which water boils. <P> This definition fixes the magnitude of both the degree Celsius and the Kelvin as precisely 1 part in 273.16 (approximately 0.00366) of the difference between absolute zero and the triple point of water. Thus, it sets the magnitude of one degree Celsius and that of one Kelvin as exactly the same.
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100 degrees
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what purpose was written into the constitution
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<P> A written constitution is a formal document defining the nature of the constitutional settlement, the rules that govern the political system and the rights of citizens and governments in a codified form. The UK's constitution is not written in a single document, but derives from a number of sources that are part written and part unwritten, including accumulated conventions, works of authority, Acts of Parliament, the common law, and EU law. <P> The United States Constitution is the supreme law of the United States of America. The Constitution, originally comprising seven articles, delineates the national frame of government. 1 When submitted to the states, ratification by thirteen states was required for it to become part of the Constitution; eleven had done so by early 1812. 2 However, with the addition of Louisiana into the Union that year (April 30, 1812), the ratification threshold rose to fourteen. <P> The Articles of Confederation and Perpetual Union was the first constitution of the United States. It was drafted by the Second Continental Congress from mid-1776 through late-1777, and ratification by all 13 states was completed in early 1781. 1 When submitted to the states, ratification by thirteen states was required for it to become part of the Constitution; eleven had done so by early 1812. 2 However, with the addition of Louisiana into the Union that year (April 30, 1812), the ratification threshold rose to fourteen. <P> Constitution of the United States of America (1787). Download PDF of the Constitution. The Constitution was written in the summer of 1787 in Philadelphia, Pennsylvania, by delegates from 12 states, in order to replace the Articles of Confederation with a new form of government. <P> The first capital under the Constitution of the United States was in New York, but in 1790 it was moved to Philadelphia. Here it was continued until 1800, when the permanent capital, Washington, in the new District of Columbia, was occupied. <P> The Constitution was written and signed in 1787. It was a charter of government that came to be ratified by the states, and it continues to be the supreme law of the land. Both documents have played an important role in American history and the spread of democratic ideals around the world. Because many of James Madison’s ideas made their way into the Constitution, he is often referred to as the “Father of the Constitution.” Indeed, he was a driving force of the convention throughout the summer of 1787, and his notes of the deliberations have provided valuable insights into the proceedings. <P> This was the same place the Declaration of Independence was signed. The Constitution was written during the Philadelphia Convention—now known as the Constitutional Convention—which convened from May 25 to September 17, 1787. It was signed on September 17, 1787. Because many of James Madison’s ideas made their way into the Constitution, he is often referred to as the “Father of the Constitution.” Indeed, he was a driving force of the convention throughout the summer of 1787, and his notes of the deliberations have provided valuable insights into the proceedings. <P> Amendments to the United States Constitution, unlike ones made to many constitutions world-wide, are appended to the end of the document. At seven articles and twenty-seven amendments, it is the shortest written constitution in force. 1 When submitted to the states, ratification by thirteen states was required for it to become part of the Constitution; eleven had done so by early 1812. 2 However, with the addition of Louisiana into the Union that year (April 30, 1812), the ratification threshold rose to fourteen. <P> In 1987, Americans celebrated the bicentennial, or 200th anniversary, of the signing of the Constitution of the United States. This document, which has served as the Supreme Law of the Land for more than two centuries, is the world's oldest written constitution still in use. On September 17, 1787, the Constitution was signed by 39 of the original 55 delegates. Several had left the convention altogether. Three others — Elbridge Gerry of Massachusetts and George Mason and Edmund Randolph of Virginia — refused to sign because they lacked confidence in the document's ability to rule the nation. <P> Why the Constitution Was Written. When the United States won its independence from England in 1781, a majority of Americans felt a stronger allegiance to their individual states than to their new country. On September 17, 1787, the Constitution was signed by 39 of the original 55 delegates. Several had left the convention altogether. Three others — Elbridge Gerry of Massachusetts and George Mason and Edmund Randolph of Virginia — refused to sign because they lacked confidence in the document's ability to rule the nation.
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A written constitution is a formal document defining the nature of the constitutional settlement, the rules that govern the political system and the rights of citizens and governments in a codified form.
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average cost per credit hour community college
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<P> Tuition & Fees. Kellogg Community College tuition and fee rates for the Summer and Fall 2015 semesters are below. Charges per credit hour include total fees of $13, including a $3 Student Services fee and $10 technology fee per credit hour. Students who don’t pay for their classes in full will need to set up a payment plan. *Please note: Online courses are charged an additional fee of $10 per credit hour at registration. <P> Tuition & Fees. The tuition structure for Owens Community College has changed, effective for the Fall 2015 semester. Please note, the lowest cost per credit hour is when a student is enrolled for 14 or 15 hours in a given semester. This is effective for in-state, out-of-state, and international student enrollment. <P> 1 For example, tuition and fees at community colleges in Texas for 2013-2014 are $1,630-$6,153 for state residents and $4,150-$16,683 for out-of-state students, with an average cost of $2,394 for Texas residents and $6,322 for nonresidents. 1 Tuition for state residents typically costs $45-$250 or more per credit unit/hour, or $135-$750 for a standard three-unit class. <P> 1 Full-time community college tuition and fees (typically for two 15-unit semesters) can cost $1,000-$12,000 or more a year for state residents, and $4,000-$30,000 or more for out-of-state students, depending on the school, the location and the program of study. 1 Tuition for state residents typically costs $45-$250 or more per credit unit/hour, or $135-$750 for a standard three-unit class. <P> 1 (Tuition = $75/credit hour, Fees = $16/credit hour). $ 2 106 per credit hour for other Kansas county residents. ( 3 Tuition = $90/credit hour, Fees = $16/credit hour). $ 4 214 per credit hour for out-of-state and *visa holders. Fall 2015 Tuition Cost Per Credit Hour. $ 1 91 per credit hour for Johnson County residents (Tuition = $75/credit hour, Fees = $16/credit hour). $ 2 106 per credit hour for other Kansas county residents ( <P> Type of Program. An online university's average cost of tuition might depend on the type of program you are enrolled in. For instance, courses in the online business management program at Capitol College cost $398 per credit hour according to the school's website for the 2013-2014 academic year. Hibbing Community College, for example, charged Minnesota residents $199.93 per credit hour for online courses and $239.33 for non-residents as of 2013-2014. <P> Several colleges and universities provide a discounted tuition rate for residents of the state in which the school is located. Hibbing Community College, for example, charged Minnesota residents $199.93 per credit hour for online courses and $239.33 for non-residents as of 2013-2014. <P> 1 (Tuition = $90/credit hour, Fees = $16/credit hour). $ 2 214 per credit hour for out-of-state and *visa holders. ( 3 Tuition = $198/credit hour, Fees = $16/credit hour). $ 4 16 per credit hour for Age 60+ see requirements. Fall 2015 Tuition Cost Per Credit Hour. $ 1 91 per credit hour for Johnson County residents (Tuition = $75/credit hour, Fees = $16/credit hour). $ 2 106 per credit hour for other Kansas county residents <P> Per-Credit Tuition for an Online University. The average cost per credit hour at Columbia College Online, Online University of Illinois-Springfield, Online University of Wisconsin and several other online universities is between $200 and $300. However, many factors can impact the cost of a complete online degree program. Hibbing Community College, for example, charged Minnesota residents $199.93 per credit hour for online courses and $239.33 for non-residents as of 2013-2014. <P> Tuition and Fees. Community College of Philadelphia seeks to make a college education accessible for all students by offering affordable tuition rates. These tuition rates vary based on residency: 1 Philadelphia residents pay $153 per credit hour.
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$153 per credit hour
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what is you've been flocked
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<P> Don’t Despair…. A friend of yours paid us to place these pink darlings in your yard. These flamingos will roost on your lawn until this evening when. they will mysteriously migrate to another friend’s (victim’s) lawn. <P> All I could think of was somebody's got it in for me and they're gonna have fun, said Sullivan. When Sullivan returned from her birthday dinner, 75 flamingo yard ornaments were placed in her front yard with a big sign that read You've Been Flocked.. The Center for Independence decided to get creative with their fundraising, by enlisting the help of a few pink birds. Instead of sending a birthday card, The Center for Independence suggests you 'flock' a yard. <P> 'You've been flocked' pink flamingo campaign spreading smiles for good cause. 'You've been Flocked' campaign lasts until April 18 (SOURCE: KTRE STAFF). All proceeds of the campaign will benefit the Joseph's House (SOURCE: KTRE STAFF). They're pink and they're bright and they're tacky and they're cute and it will bring a lot of attention and that's what we wanted. We want people to be like ‘hey, come flock us,' said Dawn Armstrong, the head of the paralegal department and member of the Rotaract Club at Angelina College. <P> A number of companies in locations throughout the country are involved in delivering the flamingo flocking service. Website support by Greencourt Software, Inc. Flamingo flocking refers to a form of lawn greeting. It involves the placement of a flock of plastic pink flamingoes in someone's yard. And of course, anyone can order a flocking for their own yard. Although flocks of flamingoes are commonly used, other creatures may be used, as well as temporary signs to help convey the desired message to the recipients. For example, a stork with appropriate signage can be used to announce the birth of a baby. <P> Tuesdays are the day that I highlight a particular fundraising event, sale, or process. Today, I am thrilled to bring you “Flamingo Flocking”! I have to admit, this is a variety of fundraiser that I was completely unaware of just a couple of days ago. But, in my pursuit to bring you creative options, I was struck by the audacity and simplicity of this idea and had to share. We are all familiar with the pink flamingo yard ornament. The more creative you get with this, the more fun your group will have. While a flamingo flocking fundraiser is a lot of fun, its potential to raise a large sum of money is limited. If your group managed one flock for thirty straight nights and received an average donation of $20 per night, you’d gross $600. If you spent $100 for the birds, your net is $500 <P> The flocking might be ordered by someone for placement in a friend or family member's yard, as a practical joke, or to wish someone a happy birthday or celebrate some other special occasion. And of course, anyone can order a flocking for their own yard. Although flocks of flamingoes are commonly used, other creatures may be used, as well as temporary signs to help convey the desired message to the recipients. For example, a stork with appropriate signage can be used to announce the birth of a baby. <P> But just because you've been flocked doesn't mean you have to give. The Rotaract Club are leaving cute, little ransom notes on the neck of the flamingos asking if you want to donate to The Joseph's House. But they say it's perfectly alright if you decide not to and are ready for the flock to move onto its new home. They're pink and they're bright and they're tacky and they're cute and it will bring a lot of attention and that's what we wanted. We want people to be like ‘hey, come flock us,' said Dawn Armstrong, the head of the paralegal department and member of the Rotaract Club at Angelina College. <P> Every year around this time, if you live on Camp Lejeune, you will notice houses that have a flock of pink flamingos in their yards. And no, they aren't real flamingos. They are the pink plastic kind on metal sticks. And everyone knows what they mean.....You've been flocked!. The OWC holds a fundraiser every year for Relay for Life, which is the signature fundraising activity for The American Cancer Society. They have teams that go out at night and flock people. They leave you with the cute little flamingos and a note letting you know what it's all about. <P> Pink yard flamingos are either purchased or rented depending on availability, and also whether your group plans on making this an annual event. Once everything is in place, all that remains is to stop talkin' and start flockin'. Next your teams will need lots of pink flamingos, and the bigger your list, the more pink yard flamingos you are going to need. Ideally each team should have between 6 and 12 pairs of birds in order to properly flock someone.
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It refers to a form of lawn greeting. It involves the placement of a flock of plastic pink flamingoes in someone's yard.
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the prefix para means
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<P> Confidence votes 1.5K. In French, the para prefix means protect against. For instance, parasol means against the sun (soleil), parachute against falling, etc. But most words starting with para just borrowed it from the Greek meaning by the side, parallel, as in paramedical. paramédical <P> 3. Prefix denoting adjacent, alongside, near. 4. In chemistry, an italicized prefix denoting two substitutions in the benzene ring arranged symmetrically, that is, linked to opposite carbon atoms in the ring. For words beginning with para-or p- , see the specific name. para-. word element. [Gr.] beside, beyond, accessory to, apart from, against. In chemistry, a prefix indicating the substitution in a derivative of the benzene ring of two atoms linked to opposite carbon atoms in the ring; abbreviated p-. 1 Facebook. <P> Para- (prefix): A prefix with many meanings, including: alongside of, beside, near, resembling, beyond, apart from, and abnormal. For example, the parathyroid glands are called para-thyroid because they are adjacent to the thyroid. For another example, paraumbilical means alongside the umbilicus (the belly button). <P> But most words starting with para just borrowed it from the Greek meaning by the side, parallel, as in paramedical. Paramédical the noun para also exists as short for, parachutiste meaning this special action force of the. military In French, the para prefix means protect against. For instance, parasol means against the sun (soleil), parachute against falling, etc. But most words starting with para just borrowed it from the Greek meaning by the side, parallel, as in paramedical. paramédical <P> But most words starting wit … h para just borrowed it from the Greek meaning by the side, parallel, as in paramedical. Paramédical the noun para also exists as short for, parachutiste meaning this special action force of the. military 3 people found this. useful For instance, parasol means against the sun (soleil), parachute against falling, etc. But most words starting wit … h para just borrowed it from the Greek meaning by the side, parallel, as in paramedical. paramédical <P> In French, the para prefix means protect against. For instance, parasol means against the sun (soleil), parachute against falling, etc. But most words starting wit … h para just borrowed it from the Greek meaning by the side, parallel, as in paramedical. paramédical <P> Writers in English often get words spelled incorrectly because the vowels in English often do not get an accent so that it is hard to tell the difference in everyday speech. This is notably the case in words that have the roots or prefixes of peri-and-para-. Peri-is a Greek prefix. That means that it will normally be associated with roots from the Greek language. (There may be some exceptions, but that will be the rule). It usually suggests something similar but not identical or something that aids or accompanies something else. The Latin root-para-is less common in English and means beyond.. For example, parachute literally means alongside a fall or with a fall, in the sense that a parachute accompanies someone falling.
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A prefix with many meanings, including: alongside of, beside, near, resembling, beyond, apart from, and abnormal.
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how much does it cost to rent a daycare center
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<P> 1 The cost of daycare can vary greatly from state to state and city to city. 2 Generally speaking, the busier the area, the more expensive the daycare rates will be. 3 According to babycenter, day care costs can average anywhere between $250 and $1200 per month. 4 The average national monthly cost of child care is $611. <P> According to Child Care Aware of America, an organization that advocates for quality child care, the average costs for infant care typically range from around $4,800 to $16,500 a year (or $400 to $1,375 monthly), depending on where you live and the quality of the center. <P> Expenses. Forbes says that the costs to start a childcare center if you're taking over an existing facility can run at least $30,000. Forbes also reveals that supplies and equipment can costs between $300 to $400 per child. According to Self-Help.org, educational supplies and equipment can total up to $4,100. <P> Families paid more for childcare in 2012 than in 2011, with the costs of center care rising by 2.7 percent for an infant and 2.6 percent for a four-year-old, according to a new report from Child Care Aware of America. <P> 1 According to babycenter, day care costs can average anywhere between $250 and $1200 per month. 2 The average national monthly cost of child care is $611. 3 Larger chains such as Kindercare may cost more than a local daycare center. <P> 1 Generally speaking, the busier the area, the more expensive the daycare rates will be. 2 According to babycenter, day care costs can average anywhere between $250 and $1200 per month. 3 The average national monthly cost of child care is $611. 4 Larger chains such as Kindercare may cost more than a local daycare center. <P> The average cost of center-based daycare in the United States is $11,666 per year ($972 a month), but prices range from $3,582 to $18,773 a year ($300 to $1,564 monthly), according to the National Association of Child Care Resource & Referral Agencies (NACCRRA).
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Average $11,666 per year
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tax on salary in india
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<P> Salary Tax Money which you earn from different sources is taxed differently. So if you are a salary earner, your salary income to be taxed will be calculated in a different way from gains. The term Salaries includes remuneration in any form for personal service, under an expressed or implied contract of employment or service. Section 17 of Income Tax Act defines salary to include:- # Wages # Pensions or Annuities # Gratuities # Advance of Salary # Any cess, commission, perquisites or profits in lieu of or in addition to salary or wages. # Any encashment of leave salary. <P> Tax slabs for men: in 2011-12 the tax exemption limit for men was INR 180,000. Between INR 180,001 and INR 500,000 the applicable tax rate was 10 percent and between 500,001 and 800,000 a tax rate of 20% was applied. The tax rate was 30% for any annual income that was more than INR 8 lakhs. Tax slabs for women: The tax exemption limit for women in 2011-12 was INR 190,000 a year. In case their annual income was anywhere between INR 190,000 and 500,000 a tax rate of 10 percent was applied. A tax rate of 20% was applied in case of yearly earnings between 500,001 and 800,000 rupees. <P> Income-wise number of corporate assessee in India. For companies, income is taxed at a flat rate of 30% for Indian companies(24.99% as per Budget 2015-16). Foreign companies pay income tax at the rate of 40%. An education cess of 3% (on both the tax and the surcharge) are payable. From 2005-06, electronic filing of company returns is mandatory. The Central Government has been empowered by Entry 82 of the Union List of Schedule VII of the Constitution of India to levy tax on all income other than agricultural income (subject to Section 10(1)). <P> # Salary paid tax free-Tax free salary means the salary on which income tax is borne not by the employee but by the employer. Tax free salary is also taxable in the hands of the employee. Salary is taxable in the year of receipt or in the year of earning of the salary income, whichever is earlier. i.e. if the salary has been received first, then it will be taxable in the year of receipt. If it has been earned first but not yet received then it will be taxable in the year of earning. Section 17 of Income Tax Act defines salary to include:- # Wages # Pensions or Annuities # Gratuities # Advance of Salary # Any cess, commission, perquisites or profits in lieu of or in addition to salary or wages. # Any encashment of leave salary. <P> If their annual income was in the range of INR 190,000 and 500,000 a tax rate of 10 percent was considered applicable. A tax rate of 20% was used if their yearly earnings were between 500,001 and 800,000 rupees. In case the annual income was more than INR 800,000 a tax rate of 30% was imposed. Tax slabs for women: The tax exemption limit for women in 2011-12 was INR 190,000 a year. In case their annual income was anywhere between INR 190,000 and 500,000 a tax rate of 10 percent was applied. A tax rate of 20% was applied in case of yearly earnings between 500,001 and 800,000 rupees. <P> Tax slabs for men: in 2010-11 the tax exemption limit for men was INR 160,000. Within INR 160,001 and INR 500,000 a tax rate of 10 percent was applied and for an amount between 500,001 and 800,000 the applicable tax rate was 20%. The tax rate went up to 30% for any annual income that was in excess of INR 8 lakhs. Tax slabs for women: The tax exemption limit for women in 2011-12 was INR 190,000 a year. In case their annual income was anywhere between INR 190,000 and 500,000 a tax rate of 10 percent was applied. A tax rate of 20% was applied in case of yearly earnings between 500,001 and 800,000 rupees. <P> Tax Manager Salary. (India). The average pay for a Tax Manager is Rs 1,022,315 per year. The skills that increase pay for this job the most are Tax Consulting, Tax Preparation, and Tax Compliance. People in this job generally don't have more than 20 years' experience. <P> The levy is governed by the Indian Income Tax Act, 1961. The Indian Income Tax Department is governed by CBDT and is part of the Department of Revenue under the Ministry of Finance, Govt. of India. Income tax is a key source of funds that the government uses to fund its activities and serve the public. The Central Government has been empowered by Entry 82 of the Union List of Schedule VII of the Constitution of India to levy tax on all income other than agricultural income (subject to Section 10(1)). <P> If their annual income was anywhere between INR 240,001 and INR 500,000 a tax rate of 10% was levied. For an annual income between 500,001 and 800,000 rupees the tax rate was 20% and for an amount more INR 800,000 a year a rate of 30% was applied. Tax slabs for women: The tax exemption limit for women in 2011-12 was INR 190,000 a year. In case their annual income was anywhere between INR 190,000 and 500,000 a tax rate of 10 percent was applied. A tax rate of 20% was applied in case of yearly earnings between 500,001 and 800,000 rupees.
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If their annual income was anywhere between INR 240,001 and INR 500,000 a tax rate of 10% was levied. For an annual income between 500,001 and 800,000 rupees the tax rate was 20%
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What is a beret
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<P> King Ferdinand II of Aragon (1452-1516), wearing a Renaissance beret. The French word beret, béret from which The english term, derives is based on The Bearnais, béarnais berret a sort of flat, woollen cap worn by the. Local peasants it was first mentioned 1835 in french and in the 19th Century. in english In Spain, depending upon the region, the beret is usually known as the boina (from the Latin abonnis to the Aragonese word boina which was adopted by Spanish) or chapela (from the Basque, txapela) and sometimes it is also called the chapo (from the French chapeau). <P> Made in France The Basque Beret is one of the most recognized hats in all of the world. Jaxon Hats collaborated with Laulhere, laulhère a company that has been in existence since, 1840 to design and produce a Beautiful Basque. beret The origin of the Basque beret is actually from the Bearn Shepherds of the same name, Bearn. They first hand knit the beret and then felted the wool in mountain waters to create a hat that protects against the sun and harsh winters. <P> Full Definition of BERET. : a visorless usually woolen cap with a tight headband and a soft full flat top. See beret defined for English-language learners. See beret defined for kids. ADVERTISEMENT. <P> King Ferdinand II of Aragon (1452-1516), wearing a Renaissance beret. The French word beret, béret from which The english term, derives is based on The Bearnais, béarnais berret a sort of flat, woollen cap worn by the. local peasants In Spain, depending upon the region, the beret is usually known as the boina (from the Latin abonnis to the Aragonese word boina which was adopted by Spanish) or chapela (from the Basque, txapela) and sometimes it is also called the chapo (from the French chapeau). <P> The Green Beret is a special operations group in US army though it is also the name of special cap and badge worn by these soldiers. It can be worn only by those soldiers who have qualified as Special Forces soldiers. Both the army rangers and the Green Berets are Special Forces groups in the US army. Both are considered elite members of the US armed forces and have specialized functions. Both, the rangers and the Green Berets, have served the interests of the US outside the country. <P> The informal use of beret-like headgear by the military of Europe dates back hundreds of years, one example being the Blue Bonnet, that became a de facto symbol of Scottish Jacobite forces in the 16th and 17th centuries. The maroon beret was adopted by the Parachute Regiment in 1941 and the green beret by the Commandos in late 1942. A khaki beret was worn by the Reconnaissance Corps from 1941 until 1944, and the Royal Air Force Regiment adopted a blue-grey beret in 1943. <P> A beret (UK /ˈbɛreɪ/ BERR-ay or US /bəˈreɪ/ bə-RAY; [beʁɛ]) is a soft, round, flat-crowned hat, usually of woven, hand-knitted wool, crocheted cotton, wool felt, or acrylic fibre. Mass production began in 19th century France and Spain, countries with which it remains associated. In Spain, depending upon the region, the beret is usually known as the boina (from the Latin abonnis to the Aragonese word boina which was adopted by Spanish) or chapela (from the Basque, txapela) and sometimes it is also called the chapo (from the French chapeau). <P> The green beret was the official headdress of the British Commandos of the Second World War. It is still worn by members of the Royal Marines after passing the Commando Course and men from other units attached to the Marines who have passed the All Arms Commando Course. Australian Commando berets are known as being Sherwood Green in colour. The corps badge on the beret is a black background and a gold combat dagger with the motto “Strike Swiftly underneath the dagger. <P> The Beret is a members-only land clothing item that is worn on the head. It is sold at Jam Mart Clothing. The Beret resembles a beret. When put on, it appears lopsided on the head. <P> An unusual form of beret is the camo beret, mostly issued to special forces. Countries that have issued camouflage berets include Argentina, Bolivia, Brazil, PRC, Denmark, Ecuador, Israel, Paraguay, Panama, Philippines, Portugal, South Africa, South Korea, and Thailand. The maroon beret was adopted by the Parachute Regiment in 1941 and the green beret by the Commandos in late 1942. A khaki beret was worn by the Reconnaissance Corps from 1941 until 1944, and the Royal Air Force Regiment adopted a blue-grey beret in 1943.
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A soft, round, flat-crowned hat, usually of woven, hand-knitted wool, crocheted cotton, wool felt, or acrylic fibre.
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what does strewn mean
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<P> The mountain formed the seaward boundary of a large island, and the narrow strip of rocky shore upon which we stood was strewn with the wreckage of a thousand gallant ships, while the bones of the luckless mariners shone white in the sunshine, and we shuddered to think how soon our own would be added to the heap. <P> Their means belonging to them.. The homophone of there/their/they're There refers to some place. Their is the possessive pronoun of them or themselves. … They're is a contraction or shortening of 'they are'. The homophone of there/their/they're There refers to some place. Their is the possessive pronoun of them or themselves. They're is a contraction or shortening of 'they are'. . Their means belonging to people or things previously mentioned or easily identified (Your parents do not look similar, except for their noses). <P> strew. tr.v. strewed, strewn (stro͞on) or strewed, strew·ing, strews. 1. To spread here and there; scatter or distribute: strewing flowers down the aisle. 2. To distribute something over (an area or surface): Italy ... <P> Their is the possessive pronoun of them or themselves. They're is a contraction or shortening of 'they are'. . Their means belonging to people or things previously mentioned or easily identified (Your parents do not look similar, except for their noses).
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To spread here and there; scatter or distribute: strewing flowers down the aisle.
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