query
stringlengths
8
144
context
stringlengths
398
6.25k
answer
stringlengths
3
990
what does it mean clear to close
<P> Back in the 20th century, cleared to close meant what it sounds like. Your lender had checked your financials, everything looked good and you only had to schedule your closing: then you'd get the mortgage. In the 21st century, however, even after your lender clears you to close, you may find roadblocks in your path. <P> The meaning “clear to close” doesn’t quite carry the weight it used to in the past. What your Lender is saying now in 2013, is that you can go ahead and schedule your closing and closing documents will be ordered for a close date that works for all parties involved. <P> Your lender may give you a clear to close. That is great! That means that your lender is satisfied with everything they have, but they are only one part of the equation. It does not mean you will be closing tomorrow. Once again, it will depend on if all the players are set and ready to go. <P> Clear to close simply means that your file has passed all requirements from the underwriter and your docs can be ordered and forwarded to the closing agent. (That is a good thing!!!!). Generally, the timing for clear to close runs the gamut between lenders. <P> BEST ANSWER. James Furlong, Agent, Brookline, MA. Clear to close means that the lender has completed all their work, are satisfied with everything and have OK'd the loan to proceed. Next thing they will prepare the closing papers, send them to the closing attorney and you will sign a ton of papers. <P> Clear to Close (CTC) means all conditions of your loan have been met and the loan underwriter has given his blessing to release instructions to the title company for the closing. If you’re buying a home and you’re purchasing the home through financing, this is your goal: clear to close. <P> Getting Clear. When you apply to your lender for a mortgage loan, the lender submits your documents -- pay stubs, tax records, student-loan payments, appraisal and so on -- to an underwriter, or runs it through underwriting software.
Clear to close simply means that your file has passed all requirements from the underwriter and your docs can be ordered and forwarded to the closing agent.
what is pycnogenol good for
<P> Heart Health. Heart health is one area in which pycnogenol has shown benefit as a preventive agent or as an adjunct to traditional treatment. A study in the December 2005 issue of the journal Biomedical Reviews explains exactly how pycnogenol functions for heart health. Pycnogenol is the name for pine bark extract that comes from the maritime pine tree Pinas pinaster, which grows in France. Pine bark extract contains proanthocyanidins, which are antioxidants. <P> Pycnogenol is POSSIBLY SAFE when taken by mouth in doses of 50 mg to 450 mg daily for up to one year, and when applied to the skin as a cream for up to 7 days or as a powder for up to 6 weeks. Pycnogenol can cause dizziness, gut problems, headache, and mouth ulcers. 1 Early research suggests that chewing at least 6 pieces of gum with added pycnogenol for 14 days reduces bleeding and prevents increased plaque. 2 Diabetes. 3 Early evidence suggests that taking 50-200 mg of pycnogenol daily for 3-12 weeks slightly decreases blood sugar in people with diabetes. <P> What pycnogenol (pine bark extract) is: Pycnogenol, is a patented mixture of 40 or more plant chemicals, including flavonoids and antioxidants. Side effects: Pycnogenol can have unpleasant side effects (such as irritability and fatigue) and can interact with a number of drugs. Bottom line: More good clinical trials are needed. It’s not known how Pycnogenol compares to other pine bark extracts. <P> As with any dietary supplement, Pycnogenol is probably not beneficial for every single possible use. Of all the uses that the supplement is claimed to treat, the strongest evidence is for treating asthma, chronic venous insufficiency, high blood pressure, and retinopathy. Pycnogenol is a patented extract used in a number of dietary supplements. It is made from the French maritime pine tree and is claimed to be useful for treating a wide variety of medical conditions. Specifically, people claim that Pycnogenol is beneficial for preventing and/or treating the following conditions: <P> Pycnogenol contains substances that might improve blood flow. It might also stimulate the immune system and have antioxidant effects. Pycnogenol might be safe when taken in doses of 120 mg to 450 mg daily for up to 6 months. Larger doses might not be safe. Preliminary clinical research suggests pycnogenol might be safe in late pregnancy, but until more is known, pycnogenol should be avoided by pregnant women. Pycnogenol can cause dizziness, gut problems, headache and mouth ulcers. <P> Many people wonder what Pycnogenol ® is good for. Pycnogenol is a patented extract used in a number of dietary supplements. It is made from the French maritime pine tree and is claimed to be useful for treating a wide variety of medical conditions. Specifically, people claim that Pycnogenol is beneficial for preventing and/or treating the following conditions: <P> Pycnogenol is a natural plant product made from the bark of the European coastal pine, Pinus Maritima. It is the most powerful antioxidant today and acts as a protector against environmental toxins. Like Vitamins C and E, Pycnogenol (pronounced Pick-nah-geh-nol), is a trade name for proanthocyanidin, a special family of bioflavanoids, plus 40 other biologically beneficial components. It is a powerful antioxidant which neutralizes unstable or radical oxygen molecules that attack the body's cells. <P> People eat the fruit of the prickly pear cactus. It's also a traditional remedy for diabetes. Pycnogenol is the registered trademark name for a French formula. The active ingredients in pycnogenol can also be extracted from other sources, including peanut skin, grape seed, and witch hazel bark. There's good evidence that pycnogenol helps with eye damage caused by diabetes. More research is needed to see how this supplement affects all of these conditions. Pycnogenol may help with other conditions as well. They include: 1 Arthritis. 2 Diabetes. 3 Erectile dysfunction. 4 High cholesterol. 5 Memory problems. <P> by Berkeley Wellness | January 29, 2014. Print. What pycnogenol (pine bark extract) is: Pycnogenol, is a patented mixture of 40 or more plant chemicals, including flavonoids and antioxidants. It is extracted from the bark of Pinus maritima (also called Pinus pinaster), native to southern France. Side effects: Pycnogenol can have unpleasant side effects (such as irritability and fatigue) and can interact with a number of drugs. Bottom line: More good clinical trials are needed. It’s not known how Pycnogenol compares to other pine bark extracts. <P> Pycnogenol is an herbal dietary supplement that Today' Dietitian magazine notes is unique in its potential ability to affect a variety of health conditions. Pycnogenol is the name for pine bark extract that comes from the maritime pine tree Pinas pinaster, which grows in France. Pine bark extract contains proanthocyanidins, which are antioxidants.
It is a patented extract used in a number of dietary supplements and it is good for preventing and/or treating the following conditions.
abbreviation nb means
<P> 1 nb, a common abbreviation for the Romanian 'Good night' [Noapte Buna]. 2 nb, a common abbreviation for Nota bene, an Italian and Latin phrase meaning note well. 3 NB, an abbreviation of non-binary (see Genderqueer). <P> Nota bene (/ˈnoʊtə ˈbɛneɪ/ , /ˈnoʊtə ˈbɛni/ or /ˈnoʊtə ˈbiːni/ ; plural form notate bene) is a Latin phrase meaning note well. The phrase first appeared in writing circa 1721. Often abbreviated as N.B. , N.b. or n.b. , nota bene comes from the Latin roots notāre (to note) and bene (well). It is in the singular imperative mood, instructing one individual to note well the matter at hand. <P> nota bene. A Latin phrase meaning note well, the full form of the abbreviation n.b., used to draw attention to something important. Noun. 1. nota bene-a Latin phrase (or its abbreviation) used to indicate that special attention should be paid to something; the margins of his book were generously supplied with pencilled NBs. N.B. , NB <P> 1 vote Vote for this answer. Nota Bene-Latin for note carefully. N.B.: Nota Bene. The Latin imperative means Take notice of this very carefully, that is, pay special attention to this part because it is unusually important, tricky, or confusing. Usage: All assignments are due at the beginning of class. N. B.: I lock the door to the classroom once lecture begins. <P> N.B. is an abbreviation for the Latin nota bene, which means note well.. It is normally used at the beginning of a sentence in order to inform the reader that the following words are of great importance. Written 12 Jun 2013 • View Upvotes • Asked to answer by Anonymous. Related Questions. More Answers Below. It's an abbreviation of the Latin phrase 'nota bene', meaning 'note well' and means just that (or 'take note' or 'pay attention to this bit'). PS-Latin abbreviations are not that rare. Written 21 Jun • View Upvotes. <P> Note well, an Important Note, take notice. Nota bene is a Latin phrase, often used after a paragraph to give an extra importance to a particular idea or thought. Also could be written as: NB. ________________. _______ _______. ___________ ___ Bla Bla Bla . <P> Noun. 1. N.B. - a Latin phrase (or its abbreviation) used to indicate that special attention should be paid to something; the margins of his book were generously supplied with pencilled NBs. nota bene, NB
Nota bene mean note well.
why is pennsylvania state flag at half mast today
<P> Pennsylvania Governor Corbett has ordered all Pennsylvania State flags lowered to half-staff in the Capitol Complex and at Commonwealth facilities in Westmoreland County immediately, October 13, 2011 in honor of Patrolman Derek Kotecki who died in the line of duty on October 12, 2011. Pennsylvania Governor Corbett has ordered all United States flags and Pennsylvania flags lowered to half-staff at the Capitol Complex and at Commonwealth facilities in Northampton County on until sunset on Saturday, September 24, 2011 in honor of Air Force Major Bruce Lawrence who was shot down over Vietnam in 1968. <P> Harrisburg Governor Edward G. Rendell today ordered all U.S. and Pennsylvania flags across the commonwealth to be flown at half-staff in honor of Staff Sgt. Bryan A. Hoover, of West Elizabeth, Allegheny County, and Sgt. 1st Class Robert J. Fike, of Conneautville, Crawford County. <P> Washington Governor Inslee has ordered all US flags and Washington State flags be lowered to half staff on Monday, January 13, 2014 in honor of United States Marine Sergeant Jacob M. Hess of Spokane. Sgt. Hess died on January 1, 2014 of injuries sustained supporting combat operations in Afghanistan. Washington Governor Gregoire has directed that flags at all Washington State agency facilities be lowered to half-staff on Wednesday, June 1, 2011 in memory of United States Army Sergeant Clifford E. Beattie of Medical Lake, who died on May 22, 2011. <P> Washington Governor Gregoire has directed that the United States flag and Washington State flag be lowered to half-staff at all Washington State facilities on Tuesday, June 7, 2011 in honor of United States Army Captain Joseph W. Schultz of Port Angeles who died on May 29, 2011. Washington Governor Gregoire has directed that flags at all Washington State agency facilities be lowered to half-staff on Wednesday, June 1, 2011 in memory of United States Army Sergeant Clifford E. Beattie of Medical Lake, who died on May 22, 2011. <P> HARRISBURG, Pa. (CBS) — Pennsylvania Governor Tom Wolf has ordered all Pennsylvania flags in the Capitol Complex and at the Commonwealth of Pennsylvania facilities statewide to fly at half-staff to honor the victims of the Amtrak train derailment in Philadelphia. <P> Pennsylvania Governor Corbett has ordered all United States flags and Pennsylvania State flags in the Capitol Complex and at Pennsylvania facilities in Lebanon County to be flown at half-staff on Sunday, March 6, 2011 in honor of former Pennsylvania House Speaker H. Jack Seltzer. Pennsylvania Governor Corbett has ordered all United States flags and Pennsylvania flags lowered to half-staff at the Capitol Complex and at Commonwealth facilities in Northampton County on until sunset on Saturday, September 24, 2011 in honor of Air Force Major Bruce Lawrence who was shot down over Vietnam in 1968. <P> Pennsylvania Governor Corbett has directed that all United States flags and Pennsylvania State flags be lowered to half-staff in the Capitol Complex and at Commonwealth facilities in Bucks County on Wednesday, August 10, 2011 in honor of United States Army Sgt. First Class Kenneth Elwell of Northampton Township. Pennsylvania Governor Corbett has ordered all United States flags and Pennsylvania flags lowered to half-staff at the Capitol Complex and at Commonwealth facilities in Northampton County on until sunset on Saturday, September 24, 2011 in honor of Air Force Major Bruce Lawrence who was shot down over Vietnam in 1968. <P> 1 Governor Markell Orders Flags Lowered Governor Markell has ordered the American and Delaware flags at state buildings and facilities be lowered to half-staff as a mark of respect for the victims of the shooting that took place on July 16, 2015 in Chattanooga, Tennessee. <P> Pennsylvania Governor Corbett has ordered all United States flags and Pennsylvania State flags lowered to half-staff at the Capitol Complex on Friday, October 28, 2011 in honor of two World War II airmen whose remains were recently returned to the United States. Pennsylvania Governor Corbett has ordered all United States flags and Pennsylvania flags lowered to half-staff at the Capitol Complex and at Commonwealth facilities in Northampton County on until sunset on Saturday, September 24, 2011 in honor of Air Force Major Bruce Lawrence who was shot down over Vietnam in 1968.
Pennsylvania Governor Corbett has directed that all United States flags and Pennsylvania State flags be lowered to half-staff in the Capitol Complex and at Commonwealth facilities in Bucks County on Wednesday, August 10, 2011 in honor of United States Army Sgt.
what is spider angiomas
<P> Overview. Spider angiomas are common in both children and adults. They appear more frequently during pregnancy, in people on birth control pills, or in people with liver disease. Who's At Risk. Spider angiomas are most often seen on the face or trunk, and they also may be seen on the hands, forearms, and ears. There may be one spider angioma or several. Each one is a small (1–10 mm) area of redness, which disappears with direct finger pressure but rapidly returns when the pressure is released. <P> For most people with spider nevus, the only symptom is the appearance of the vessel cluster. There may be a red dot in the center of a cluster of thin vessels, but this is not always the case. The thin vessels form a web-like shape and are red, blue, or purple in color. The cluster of vessels is web-like, with a central spot and radiating vessels; hence the name spider. Spider nevi can be caused by injuries, sun exposure, hormonal changes, or liver disease, but often the cause is unknown. <P> Spider nevus goes by several names: spider veins, spider angioma, nevus aranius, and vascular spider. A nevus is a collection of small, dilated arterioles (blood vessels) clustered very close to the surface of the skin. The cluster of vessels is web-like, with a central spot and radiating vessels; hence the name spider. Spider nevi can be caused by injuries, sun exposure, hormonal changes, or liver disease, but often the cause is unknown. For most people, the nevi are not a medical concern, but in some cases they may cause discomfort <P> Spider Angiomas. by admin Leave a Comment. Spider angiomas is a condition in which there would be excess of accumulation of blood near the skin surface. In common terms, it is called spider veins. Since the symptoms of this disease resemble to that of spider legs, it is called spider angiomas. Causes : <P> Background. Nevus araneus, also known as spider angioma or spider nevus, is a common benign vascular lesion present in 10-15% of healthy adults and young children. They may appear as a solitary or multiple lesions. Spider angiomas (nevus araneus) also may produce significant cosmetic concerns in some patients. Although a finding of 5 or more spider nevi is common in children with liver disease, this quantity can also be present in many healthy children. <P> Spider angiomas: is an angioma found below the skin surface often containing a central red spot and reddish extensions which radiate outwards like a spider's web. See detailed information below for a list of 6 causes of Spider angiomas, Symptom Checker, including diseases and drug side effect causes. <P> Spider angiomas (nevus araneus) are also associated with liver disease, liver failure, and cirrhosis. In fact, the spider angioma is rumored to have received its name from barmaids in New York, who used the lesion as a marker of liver disease in their customers. Spider angiomas (nevus araneus) also may produce significant cosmetic concerns in some patients. Although a finding of 5 or more spider nevi is common in children with liver disease, this quantity can also be present in many healthy children. <P> Spider angiomas are often associated with elevated estrogen levels, such as occur in pregnancy or when the liver is diseased and unable to detoxify estrogens. Also called spider nevus. <P> For spider angiomas on the face, techniques such as electrodesiccation and laser treatment can be used to remove the lesion. There is a small risk of a scar, although the results are generally good. Spider angiomas can recur after treatment. Spider angiomas are found only in the distribution of the superior vena cava, and are thus commonly found on the face, neck, upper part of the trunk, and arms. They may also be present on the backs of the hands and fingers in young children
An angioma found below the skin surface often containing a central red spot and reddish extensions which radiate outwards like a spider's web.
how much does a lean to conservatory cost
<P> Thanks to their simple structure and straightforward design, the cost of a lean to conservatory is often less than for other types, which doesn’t mean that they don’t have just as much potential as their more expensive cousins. <P> The cost of a lean to conservatory. When it comes to conservatory prices, the amounts vary according to location and materials, of course, but on the whole a standard lean to is one of the cheapest conservatory options available. Small lean to conservatories, about 3 metres wide and 1.5 metres deep, will start from around £3,500. <P> You can compare Lean to conservatory costs on our website by using our free conservatory quote calculator. Our conservatory quote calculator features an extensive range of Lean to conservatories in order to provide you with an accurate lean to conservatory cost. <P> 1 Evis Build put the average price of conservatories at £9,000; this will get you a uPVC, lean-to conservatory with a 16 square metre floor area and low-emissivity glazing. 2 A similar conservatory with a more elaborate Edwardian roof will cost around £11,000. <P> If you are interested in conservatory UK prices, take a look at the following list: 1 According to our home renovation cost survey, the average cost of buying and installing a conservatory is £6,700. 2 What price put the average price of supplying and building a 3 metres (m) x 3.5m Edwardian conservatory at £8,600. <P> If you are looking for a cheap Lean to conservatory cost then you are in luck, as there are many great conservatory deals to out there. Finding a good deal becomes slightly harder however, when you are faced with many companies promising brilliant conservatory prices. <P> Size will have a significant bearing on the overall cost of your conservatory. It stands to reason that one measuring 3 metres by 2 metres will be cheaper to construct than a conservatory measuring 5 metres by 4 metres. <P> The cost of a conservatory varies widely depending on the design, local labor and material costs, and other factors. Before you begin conservatory construction, check with the local planning department to find out what permits you may need. 1 Conservatory costs start at around $7,500 to $15,000.
Around £3,500.
how old is mother rabbit before it can get pregnant
<P> 1. Check if your rabbit is pregnant. Medium to large size rabbits are sexually mature at 4 to 4.5 months, while giant breeds are ready at 6 to 9 months. If your female rabbit is at this stage of maturity and you have reason to suspect that she has been breeding, then check for pregnancy as follows. How to Take Care of a Pregnant Rabbit. If you own a pregnant doe (a female rabbit), you will need to know how to take care of her before, during, and after her pregnancy. It's important to be aware of what is needed to ensure both her health and the safe delivery of her babies. <P> When referring to the parents of a rabbit, the mother is called the dam, and the father is called the sire. When you mate two rabbits together, this is called breeding. When you check to see if the doe is pregnant or when you breed her again before she is due to give birth, this is called testing. Introduction A small breed doe is normally ready to mate when she is 5 months old, and a buck is ready at 6 months. The medium size doe is ready to breed when she is 6 months old and the buck at 7 months. <P> When you take the young rabbits away from the mother, this is called weaning. Introduction A small breed doe is normally ready to mate when she is 5 months old, and a buck is ready at 6 months. The medium size doe is ready to breed when she is 6 months old and the buck at 7 months. The heavy breed doe is ready at 8 months and the buck is ready at 9 months. It's usually a good idea to select rabbits to breed whose ancestry has evidence of good productivity and good genetics <P> 1 Until the age of 8 months, keep kits fed on rabbit pellets. 2 Leave the kits with mother until 6-7 weeks of age. 3 At this point, if the litter is large, you can remove the largest pair or trio and place them in their own cage. 4 This will give a chance to the smaller ones to nurse for a week longer and catch up in weight. How to Take Care of a Pregnant Rabbit. If you own a pregnant doe (a female rabbit), you will need to know how to take care of her before, during, and after her pregnancy. It's important to be aware of what is needed to ensure both her health and the safe delivery of her babies. <P> Info on Rabbits Answer: The answer to your question depends on the breed of rabbit. Very large breeds tend to mature later, and the dwarf breeds tend to mature earlier. A good middle-of-the-road rule of thumb is about 6 months, however don’t think that male rabbits can’t make babies before this age. <P> Best Answer: No rabbit should be sold before it is 8 weeks (2 months) old. At 4 weeks they still need their mother's milk. It is wrong to sell kits that young. At this young of an age it is hard to tell what sex they are. But a rabbit can become pregnant as young as 12 weeks. This is very dangerous and will result in the death of the doe. They can become pregnant when they reach 2 years of age or sexual maturaty, and yes the month old rabbits are still trying to get a feel for hopping, so they would be a bit clumbsy,lol! mary b · 7 years ago. <P> However it is not good practice to allow the doe to become pregnant straight after giving birth. It is better to mate the doe when her young (litter) are 4 weeks old so that they are 8 weeks old when the next litter is born. In this way one doe can produce 6 litters a year. Two weeks after mating you can feel the young through the side of the doe's belly. Does are mature and can breed at 5 to 6 months of age and can continue to have young for 4 years. The length of pregnancy in the rabbit is 31 days and the doe can produce from 1 to 12 young each time she gives birth. She can become pregnant again within a few days of giving birth <P> 1 You're separating papa not because he might harm the babies (many rabbit fathers are very gentle and loving with baby rabbits), but because he can impregnate the mother again within hours after the birth. 2 Because rabbit gestation is only 28 - 31 days, this means she'll give birth again before her first litter is weaned.
6 months.
what is culver
<P> Orace Gabriel Collver moved from Coos Bay, Oregon, to Eastern Oregon and founded the town of Culver. Since he was the postmaster, he got to name the town, but to avoid confusion with another town with similar spelling and sound, he changed it to Culver. He built a general store, which housed the post office and became the center of the community. <P> The Town of Culver is accepting applications for three seasonal workers to assist the street department with leaf and brush pick-up. Applicants must be willing to work in all weather conditions and must be 18 years of age with a valid driver’s license. The Town of Culver is sponsoring a Town wide Clean Up Day Saturday, October 10. You may drop off items that need to be disposed of at the dumpsters in the water town lot on Lake Shore Drive. Hazardous materials and tires will not be accepted. Culver residents may call Bob Porter at 574-292-3943 to schedule a pick up. <P> Way to be, Larry! From a member of the U.S. Navy to a top Culver’s team member, Larry Cooper navigated an uncharted career path to arrive where he is today. Find out how Culver’s of New Haven, Michigan, owner Angela Taylor saw a spark in Cooper that would change the course he had originally set sail for. <P> Culver is located at 41°13′2″N 86°25′18″W / 41.21722°N 86.42167°W / 41.21722; -86.42167 (41.217340, -86.421726). According to the 2010 census, Culver has a total area of 0.9 square miles (2.33 km 2), all land. As of the census of 2010, there were 1,353 people, 598 households, and 354 families residing in the town. The population density was 1,503.3 inhabitants per square mile (580.4/km 2). The median income for a household in the town was $33,047, and the median income for a family was $46,190. Males had a median income of $34,583 versus $24,453 for females. The per capita income for the town was $18,938. <P> Culver City, California. Culver City is a city in western Los Angeles County, California. As of the 2010 census, the city had a population of 38,883. It is mostly surrounded by the city of Los Angeles, but also shares a border with unincorporated areas of Los Angeles County. Since the 1920s, Culver City has been a significant center for motion picture and later television production, best known as the home of Metro-Goldwyn-Mayer studios. It was also the headquarters for the Hughes Aircraft Company from 1932 to 1985. <P> Culver City is a city in western Los Angeles County, California. As of the 2010 census, the city had a population of 38,883. Since the 1920s, Culver City has been a significant center for motion picture and later television production, best known as the home of Metro-Goldwyn-Mayer studios. It was also the headquarters for the Hughes Aircraft Company from 1932 to 1985. <P> Culver is a city in Jefferson County, Oregon, United States. The population was 1,357 at the 2010 census. Since he was the postmaster, he got to name the town, but to avoid confusion with another town with similar spelling and sound, he changed it to Culver. He built a general store, which housed the post office and became the center of the community. <P> Thanks to a donation from the FOP, Lodge 130 and the Culver Union Township Fire Department, as well as Smith Farm Store, Argos Do-it-Best and First Alert, there are smoke detectors available for free to Culver residents. The Town of Culver is sponsoring a Town wide Clean Up Day Saturday, October 10. You may drop off items that need to be disposed of at the dumpsters in the water town lot on Lake Shore Drive. Hazardous materials and tires will not be accepted. Culver residents may call Bob Porter at 574-292-3943 to schedule a pick up. <P> Culver is part of Union Township that also includes the communities of Burr Oak, Hibbard, Maxinkuckee and Rutland. The population was 1,353 at the 2010 census. The median income for a household in the town was $33,047, and the median income for a family was $46,190. Males had a median income of $34,583 versus $24,453 for females. The per capita income for the town was $18,938.
It is a city in Jefferson County, Oregon, United States.
cost room addition
<P> Primary factor, specifications of in the room addition plans. Examples: 1 Home addition cost estimates of $80 to $130 per square foot for a basic family room addition is common. 2 If the home addition includes a bathroom and/or a kitchen, the room addition costs can easily escalate to $200-250 per square foot. 3 Quality and materials used are the other cost factors in a home addition. <P> Costs Vary Widely. Nationally, estimates of room addition costs vary from $80 to $250 a square foot. A simple room addition with a basic foundation and no plumbing generally costs at least $100 a square foot with typical internal finishing, no expansion of a heating/cooling unit, and minimal structural changes. <P> Room addition cost estimates can vary dramatically due to a number of factors, chief amongst them being what is specified in the room addition plans. For example, room addition costs estimates of $80 to $130 per square foot for a basic family room addition is common. If the room addition includes bathrooms and/or a kitchen, the room addition costs can easily escalate to $200-250 per square foot. <P> 1. Decide on the square footage of the room you will be adding to your home. Room additions can cost up to 50 percent higher, between $80 and $130 per square foot before considering wiring and plumbing, than that same room had been constructed with the rest of the house, according to the Home Addition Plus website. <P> The average national cost of adding a room or building an addition is $40,960, with most homeowners spending between $21,711 and $63,014. This data is based on actual project costs as reported by HomeAdvisor members. <P> 1 Home addition cost estimates of $80 to $130 per square foot for a basic family room addition is common. 2 If the home addition includes a bathroom and/or a kitchen, the room addition costs can easily escalate to $200-250 per square foot.
$100 a square foot
how long is meat good for unrefrigerated
<P> Cooked food sitting at room temperature is in what the USDA calls the Danger Zone, which is between 40 ° F and 140 ° F. In this range of temperatures, bacteria grows rapidly and the food can become unsafe to eat, so it should only be left out no more than two hours. One exception to note: If the food's sitting in an environment where the temperature is over 90 ° F, the USDA says the food should only be left out for one hour, so keep an eye on the clock if you're serving food on a hot day! <P> If you're not so sure, no worries: we're doing a Food Safety 101 course the rest of this week to keep you and your guests happy and healthy. First up: how long can you leave food at room temperature? Leaving Food at Room Temperature: Four Hours Four hours is a good rule of thumb for most buffet foods. After four hours, the potential for you to get sick from eating food left at room temperature increases drastically. If you're throwing a party and afraid you might forget, try setting a timer to remind yourself when four hours is up. <P> Deli meat and cheese should be left out of the refrigerator for no more than 2 hours. If it is very warm-as at a summer picnic-then 1 hour is the maximum. 10 people found this useful. Meat is often good for a while as long as you sterilize it by bringing it to a boil, but unrefrigerated, unless it was opened within the last two weeks, you probably can't sav … e it. <P> Report Abuse. It depends on the temperature of the meat and how long it stays out. The health department does not recommend cooking or eating meat that was between 41 F and 135 F for more than four hours. This is the internal temperature of the meat, not the temperature of the surroundings., Best Answer: Hazardous food (raw meat, eggs, etc) can only be in the Temperature Danger Zone (TDZ) for a total of 4 hours! The TDZ if between 40-140 degrees. After this 4 hour time period, the meat will start to develop bacteria which leads to all sorts of nasty stuff. <P> 1 Perishable food can stay safely unrefrigerated for two hours if the air temperature is less than 90 degrees – and only for one hour if the temperature is 90 degrees or higher. 2 Keep hot foods hot: above 140°F. 3 Keep cold foods cold: below 40°F. <P> FYI: Most food is usually safe at room temperature for about two hours. If [food] feels as cold inside that lunch box as it feels inside your refrigerator, everything's good, she adds. If it doesn't feel cold to your hand, it's not.. •Remember: How food is handled during its travels through the food chain can vary. <P> It generally depends on the size, the cut, and the environment. But spoilage will start in about 4 hours. If it is beef you can get away with about 6 hours being unrefrigerated. If you are taking about a Turkey you can get away with about an hour. You can not let fish sit for any time at all, as soon as you skin the fish it spoils. This is why it is advised to thaw meat in a refrigerator, not a sink or under water. Rating Newest Oldest. Best Answer: I believe what you are asking is how long does it take meat to spoil. First it depends on the meat. If you are talking beef it is already spoiled when you purchased the meat (it is called aging). If you are talking about poultry it spoils within a few hours. <P> Best Answer: I believe what you are asking is how long does it take meat to spoil. First it depends on the meat. If you are talking beef it is already spoiled when you purchased the meat (it is called aging). Rating Newest Oldest. Best Answer: I believe what you are asking is how long does it take meat to spoil. First it depends on the meat. If you are talking beef it is already spoiled when you purchased the meat (it is called aging). If you are talking about poultry it spoils within a few hours. <P> Any kind of fresh meat in the fridge should be eaten within a week, and any meat that is unrefrigerated should be eaten within a day or a few hours, especially if it’s chicken. Raw beef and steaks are best at about three to four days in the fridge, but they can last up to six if you need them to. Freezing your meat is a good idea for storage, especially if you are certain that power will be readily available for the emergency you’re stocking for. Frozen meat lasts for a long time, and it usually thaws out within a day in the refrigerator.
4 hour.
how long to boil crabs
<P> Plunge the live or frozen crabs into the boiling water with your long-handled tongs. Add all the crabs to the water and make sure they are covered. Place the lid on the pot and boil the crabs for 20 minutes. Smaller crabs may cook faster, in just 8 to 10 minutes. The crab is done when the shells turn bright orange or red. Remove the crab carefully with your tongs. Place them on a soft kitchen cloth to soak up some of the cooking water <P> Cover pan and start timing. When water resumes boiling, reduce heat to a simmer. Cook 1 1/2- to 2 1/2-pound crabs 15 minutes, 3-pound crabs about 20 minutes. 3. Drain crabs; to be able to handle quickly, rinse briefly with cool water. How to clean, crack, and shell crab. 1. Pull off and discard triangular flap from belly side. <P> Bring the water back to a boil and cook until the crabs start to float. Depending on the size of the crabs, this will happen in 10 to 15 minutes or so. Use tongs to remove the crabs and set them out until cool enough to handle. Put the crabs in a steamer basket or insert, or simply pile them into the pot and let the bottom crab or two boil slightly and act as a platform for the other crabs to steam. Cook 10 to 20 minutes, depending on the size of the crabs. <P> Bring the water back to the boil and only then start timing. You should cook large crabs (about 2lb) for around 15 - 20 minutes, whilst smaller crabs will only need around 8 - 10 minutes. Once the water has started to boil again, reduce the heat and simmer for the required time. The crab's shell should turn a bright orange when done. Steaming live crab In a large pot or steamer pour 1 cup of vinegar, 2 cups of beer or water and 2 tablespoons of salt, so that you have 3 - 4 inches of liquid. Bring the liquid to a rapid boil. As the liquid is heating up, place the live crabs into the freezer or into a large bowl of ice water for about 3 minutes. <P> 1 While water is coming to a boil, in a deep sink rinse crabs in 2 or 3 changes of water. ( 2 Do not fill sink too full or crabs may crawl out.). 3 Add Zatarain's crab boil or 5 tablespoons Old Bay seasoning, cayenne, salt, lemons, and onions to boiling water and boil 5 minutes. 1 Return water to a boil. 2 Transfer about 6 crabs carefully with long tongs to sieve, holding them down in sieve with tongs, and turn crabs out into boiling water. 3 Add remaining crabs in same manner. 4 Return water to a boil and cook crabs until just cooked through, about 10 minutes. <P> You can simply throw the crabs in a pot of boiling water to cook them. Depending on the size of the crabs, it will take between 6 and 10 minutes for them to cook thoroughly. If the crab is alive when you start, the amount of cooking time has very little to do with safety it s more a question of whether the meat is underdone, overdone, or cooked just right. <P> Boil for about 18-20 minutes. Remove the crab from the pot and rinse under cool water to stop the cooking process and cool the shell for handling. Remove the abdomen with your fingers (also called the apron, it is the flap of shell on the underside of the crab). <P> The water will drop below a boil when you put the crabs in, so cover and let it come back to a full boil. When it does, cook for 10-15 minutes. Photo Credit: Hank Shaw. The water will drop below a boil when you put the crabs in, so cover and let it come back to a full boil. When it does, cook for 10-15 minutes. When you see crabs floating on the surface, give it another 2-3 minutes. <P> 1 Boil them until the shells turn red, for approximately 20 minutes counting time after the water comes back to a full boil. 2 They're done! 3 Now, you can cool the crab down by either laying them out on a clean dry towel, like I have illustrated with dungeness crab. Things You Will Need To Boil Crab. Before you know how to boil crab, there's a few things you should have handy... 1 A big pot, depending on how many crab you have to boil. 2 A pot, like the picture above, can hold 2 good size whole crab. 3 The picture below shows what I use when we catch a lot of crab. <P> Bring an inch of salt water to a boil in a large pot. Put the crabs in a steamer basket or insert, or simply pile them into the pot and let the bottom crab or two boil slightly and act as a platform for the other crabs to steam. Cook 10 to 20 minutes, depending on the size of the crabs. Remove the steamer or pull the crabs out of the pot with tongs. However you cook the crabs, let them sit until cool enough to handle before you clean and serve them
18-20 minutes
wind turbine cost
<P> cost per unit of output while there is no available average cost of a wind turbine there is at least for large turbines an average cost per megawatt in 2015 it was about $ 2 million per megawatt the seatitan 10mw therefore although not priced at the time could cost in the neighborhood of $ 20 million only very large industrial wind turbines have megawatt costs that approach $ 100 they cost far more than an individual homeowner could likely afford even if there were someplace to put such a large and noisy unit industrial wind turbines can be heard more than a mile away from their sources <P> note to illustrate the eia understatement of transmission cost if the us investment in transmission were $ 7000 million in 2007 without having to integrate wind and solar energy then $ 8902 $ 7000 $ 1902 was invested to integrate wind and solar energy almost all for wind energy various big wind promoters maintain the cost of wind energy is competitive with other sources of energy as shown below this is hardly the case they often point to power purchase agreements ppas between wind turbine owners and utilities to sell at 5 to 6 c kwh as proof of market price parity <P> this is a per megawatt cost of about $ 3 million to $ 8 million at the bottom end of the price scale the aleko wg450a wind turbine generator with a 450 watt 24 volt capacity was selling for $ 402 in 2015 micro turbines are largely for hobby purposes only very large industrial wind turbines have megawatt costs that approach $ 100 they cost far more than an individual homeowner could likely afford even if there were someplace to put such a large and noisy unit industrial wind turbines can be heard more than a mile away from their sources <P> home or farm scale wind turbines wind turbines under 100 kilowatts cost roughly $ 3000 to $ 8000 per kilowatt of capacity a 10 kilowatt machine the size needed to power a large home might have an installed cost of $ 50000 $ 80000 or more wind turbines have significant economies of scale smaller farm or residential scale turbines cost less overall but are more expensive per kilowatt of energy producing capacity oftentimes there are tax and other incentives that can dramatically reduce the cost of a wind project <P> total costs for installing a commercial scale wind turbine will vary significantly depending on the number of turbines ordered cost of financing when the turbine purchase agreement was executed construction contracts the location of the project and other factors wind turbines have significant economies of scale smaller farm or residential scale turbines cost less overall but are more expensive per kilowatt of energy producing capacity oftentimes there are tax and other incentives that can dramatically reduce the cost of a wind project <P> us installed wind turbine capacity was 11575 mw at end 2006 and 16907 mw at end 2007 for an increase of 5332 mw at a capital cost of about $ 9598 million i e the transmission cost adder is about 1902 9598 19 8 % various big wind promoters maintain the cost of wind energy is competitive with other sources of energy as shown below this is hardly the case they often point to power purchase agreements ppas between wind turbine owners and utilities to sell at 5 to 6 c kwh as proof of market price parity <P> a general rule of thumb as of early 2013 is that commercial scale wind projects cost from $ 1 2 to $ 2 2 million per mw of nameplate capacity installed in moderately windy areas such as much of the midwest look for a wind project to deliver energy for 6 cents or less per kwh <P> the costs for a utility scale wind turbine range from about $ 1 3 million to $ 2 2 million per mw of nameplate capacity installed most of the commercial scale turbines installed today are 2 mw in size and cost roughly $ 3 $ 4 million installed wind turbines have significant economies of scale smaller farm or residential scale turbines cost less overall but are more expensive per kilowatt of energy producing capacity oftentimes there are tax and other incentives that can dramatically reduce the cost of a wind project <P> assuming a realistic 20 year life of a wind turbine increases the levelized cost to $ 93 mwh the eia uses 30 years the nrel uses 20 years no wind turbine manufacturer claims 30 years various big wind promoters maintain the cost of wind energy is competitive with other sources of energy as shown below this is hardly the case they often point to power purchase agreements ppas between wind turbine owners and utilities to sell at 5 to 6 c kwh as proof of market price parity <P> depending on which factors are included estimates for the cost of wind power vary wildly lazard claims the cost of wind power ranges from $ 37 to $ 81 per megawatt hour while michael giberson at the center for energy commerce at texas tech university suggests it s closer to $ 149 all estimates for wind power include the cost of purchasing capital and paying for operations and maintenance o m of wind turbines for the studies we examined capital costs ranged from $ 48 to $ 88 per megawatt hour while o m costs ranged from $ 9 8 to $ 2
$ 3000 to $ 8000
who created the guillotine
<P> In its modern form, it was invented in 1792 by a parisian surgeon named Antoine Louis and built by a piano-builder named Tobias Schmitt. to be true, it was an improvemen … t of an already existing device. Contrary to the common belief, Joseph Ignace Guillotin had not invented the guillotine. <P> Confidence votes 3.3K. Joseph Guillotine had never invented the device. He only proposed to find a mechanical and more human mean to carry death penalty to the National Assembly in 1789. The machine was invented by a surgeon-Antoine Louis-in 1792. Actually, it is a journalist named Camille Desmoulins who gave the name of Guillotine. <P> Dr. Joseph Ignace Guillotin. (1738-1821). French physician, president of the Chamber of the Provinces in 1775, founder of the French Acadamy of Medicine, and deputy to the French assembly in 1789, Dr. Guillotin neither invented nor met his death by the guillotine. <P> Joseph Guillotine had never invented the device. He only proposed to find a mechanical and more human mean to carry death penalty to the National Assembly in 1789. The machi … ne was invented by a surgeon-Antoine Louis-in 1792. Actually, it is a journalist named Camille Desmoulins who gave the name of Guillotine. <P> The Gullotine was supposedly invented by Joseph-Ignace Guillotine in 1791 during the French revolution. <P> Joseph Guillotine had never invented the device. He only proposed to find a mechanical and more human mean to carry death penalty to the National Assembly in 1789. The machine was invented by a surgeon-Antoine Louis-in 1792. Actually, it is a journalist named Camille Desmoulins who gave the name of Guillotine. <P> The Guillotine, official execution device. The guillotine was invented by Joseph Ignace Guillotin, a professor of anatomy in Paris. In 1791, the newly formed National Assembly voted a law to use it as the new execution device. This method was considered more humane as the victim only felt a small breeze on his neck before his head was cut off.
Joseph Guillotine.
what does the name tameka mean
<P> Tameka is generally used as a girl's name. It consists of 6 letters and 3 syllables and is pronounced Ta-me-ka. In the U.S. in 2014 less than 5 girls were given the name. Less than 5 boys were given the name. View the Tameka Name Popularity Page to see how the popularity trend for Tameka has changed since 1880, or to compare the popularity of Tameka to other names. Tameka is a variant spelling of Tamika <P> Japanese Meaning: The name Tamika is a Japanese baby name. In Japanese the meaning of the name Tamika is: People. American Meaning: The name Tamika is an American baby name. In American the meaning of the name Tamika is: People. <P> Tameka is a very popular first name for women (#786 out of 4276, Top 18%) but a rare surname for both adults and children. (2000 U.S. Census). Shown below is the birth name popularity of Tameka for girls. Tameka entered the list in 1970-1979 and reached its highest position of #368 in the U.S. then, but is not found in the list currently. (2014 Birth Statistics). Tameka /tame-ka/ [3 sylls.] as a name for girls is a version of Tamika: modern American name of uncertain origin. Tomaka is a common last name. <P> Popularity of the Name Tameka. Below you will find the popularity of the baby name Tameka displayed annually, from 1880 to the present day in our name popularity chart. Hover over or click on the dots that represent a year to see how many babies were given the name for that year, for both genders, if available. The first thing you should know if you are considering Tameka for your baby's name is that in most countries all over the world the name Tameka is a girl name. <P> Tameka Name Meaning. The meaning of Tameka is “Twin”. Keep in mind that many names may have different meanings in other countries and languages, so be careful that the name that you choose doesn’t mean something bad or unpleasant. The first thing you should know if you are considering Tameka for your baby's name is that in most countries all over the world the name Tameka is a girl name. <P> Meaning: Tameka is originally a hawian name...means beautiful flower 40 years ago it was a unique its now ghetto bcuz of how some females portray themselves...its not the name its the person....my black is beautiful. 3: vote up - 0: vote down. Tameka. Tameka is originally a hawian name...means beautiful flower 40 years ago it was a unique its now ghetto bcuz of how some females portray themselves...its not the name its the person....my black is beautiful. 3: vote up - 0: vote down. <P> English names generally consist of a given name, middle name and family name. Many English speaking countries have fairly flexible naming laws. This allows the multicultural families that live in these countries to merge the naming conventions of their faiths or previous nationalities with their current homeland. View the Tameka Name Popularity Page to see how the popularity trend for Tameka has changed since 1880, or to compare the popularity of Tameka to other names. <P> Tameka's language of origin is English and it is also predominantly used in the English language. Tameka is a variant spelling of the English and Japanese Tamika. Tameka is an uncommon baby girl name. At the modest height of its usage in 1977, 0.062% of baby girls were given the name Tameka. It had a ranking of #242 then. <P> Then just follow the diagram below. Just for fun, see the name Tameka in Hieroglyphics, learn about ancient Egyptian Hieroglyphics and write a Hieroglyphic message. Learn about nautical flags and see your name or message written in nautical flags, on the Tameka in Nautical Flags page. View the Tameka Name Popularity Page to see how the popularity trend for Tameka has changed since 1880, or to compare the popularity of Tameka to other names.
Beautiful flower
when should a baby start teething
<P> At first, just wet the toothbrush. As soon as teeth erupt, you can start using a bit about the size of a grain of rice. You can increase this to a peas sized amount of fluoride toothpaste when your child is 3 years old. Brush gently all around your child's baby teeth -- front and back. <P> Infant development experts say that teething usually starts when your baby is around four months old, and continues until he or she is about two years old, at which time you get a reprieve until about five years old when the baby teeth start being replaced by grown-up teeth. <P> Your baby's first tooth should come in between 4 and 7 months. See our slideshow to learn the order your child's new teeth will... Teething remedies: How to treat teething pain. Get the rundown on five solutions for treating a baby's <P> The vast majority of babies sprout their first tooth when they're between 4 and 7 months old. An early developer may get his first white cap as early as 3 months, while a late bloomer may have to wait until he's a year old or more. <P> Teething can be a long drawn-out process for your baby (and you). In fact, the move from that gummy grin to a mouthful of gleaming teeth can take your baby his first three years to complete. Most babies sprout their first tooth at around six months (BDHF 2010, NHS 2009) . <P> Teething usually begins around 6 months of age. But it is normal for teething to start at any time between 3 months and 12 months of age. By the time your child is about 3 years old, he or she will have all 20 primary teeth. The lower front teeth usually come in first. Upper front teeth usually come in 1 to 2 months after the lower front teeth. <P> Teething can be a long drawn-out process for your baby (and you). In fact, the move from that gummy grin to a mouthful of gleaming teeth can take your baby his first three years to complete. Most babies sprout their first tooth at around six months (BDHF nd, NHS 2014a) .
Any time between 3 months and 12 months of age.
cold germs contagious period
<P> The Flu Is Contagious. Most healthy adults may be able to infect other people beginning 1 day before symptoms develop and up to 5 to 7 days after becoming sick. Children may pass the virus for longer than 7 days. Symptoms start 1 to 4 days after the virus enters the body. That means that you may be able to pass on the flu to someone else before you know you are sick, as well as while you are sick. Some people can be infected with the flu virus but have no symptoms. Person to Person. People with flu can spread it to others up to about 6 feet away. Most experts think that flu viruses are spread mainly by droplets made when people with flu cough, sneeze or talk. <P> Fever, chills, fatigue, body aches, sore throat, and headache are common symptoms of flu. Not everyone with flu will have a fever. The flu can cause mild to severe illness, and at times can lead to death. The flu is different from a cold. The flu usually comes on suddenly. Flu seasons are unpredictable and can be severe. Over a period of 30 years, between 1976 and 2006, estimates of flu-associated deaths in the United States range from a low of about 3,000 to a high of about 49,000 people. <P> The period when you're most contagious is when your symptoms are at their worst -- day 2 to day 4 of the cold. You'll become less contagious as the cold symptoms improve. Second, this contagious period can last until the person no longer shows any symptoms. So in theory, a person is contagious for about two weeks. (Click Cold Symptoms to read about the symptoms of the common cold or Cold and Flu Symptoms to learn the difference between a cold and the flu.). <P> You can be contagious from a few days up to two weeks or more, depending on which virus is causing your stomach flu (gastroenteritis). A number of viruses can cause gastroenteritis, including noroviruses and rotaviruses. The contagious period — the time during which a sick person can give the illness to others — is slightly different for each virus. 1 Norovirus. 2 With norovirus — the most common cause of viral gastroenteritis in adults and children — you're contagious from the moment you begin to feel ill. <P> Most experts agree that adults with a cold or the flu start being contagious about a day before they start experiencing symptoms. For the flu, the contagious period then lasts five to seven days into the illness. For children, the contagious period for the flu can last up to two weeks after they start feeling sick, even if they start feeling better before that. The contagious period for a cold lasts about three to four days into the illness. As a general rule, people with a cold are most contagious about three days after their initial exposure to the virus. For more information on colds, influenza and related topics, check out the links on the next page. Print. <P> This is the period when you are most contagious -- you can pass the cold to others -- so it's best to stay home and rest. This answer should not be considered medical advice... This answer should not be considered medical advice and should not take the place of a doctor’s visit. <P> Children may pass the virus for longer than 7 days. Symptoms start 1 to 4 days after the virus enters the body. Information about how long a person is contagious is available at How Flu Spreads. Flu seasons are unpredictable and can be severe. Over a period of 30 years, between 1976 and 2006, estimates of flu-associated deaths in the United States range from a low of about 3,000 to a high of about 49,000 people. <P> Depending on the specific germ, the incubation period is between 12 hours and 5 days, usually 48 hours. To answer your question, the common cold is contagious between 24 hours before onset of symptoms until 5 days after onset. Like everything else this varies depending on the organism, but that's a pretty safe estimate. <P> The flu is contagious a day before and five days to a week after its onset. Young children, people over 65, those with compromised immune systems, and people with a terminal illness are at risk of death from the flu. Pregnant women are also at greater risk. The flu can also cause premature birth. <P> First, scientists involved with common cold research do not know exactly how long a person with a cold is contagious. Based on previous studies, their best guess is that a person becomes contagious about two to three days before developing the usual symptoms of a cold. Second, this contagious period can last until the person no longer shows any symptoms. So in theory, a person is contagious for about two weeks. (Click Cold Symptoms to read about the symptoms of the common cold or Cold and Flu Symptoms to learn the difference between a cold and the flu.). Let's assume you're the one with the
Five to seven days
vitamins that help ligaments heal
<P> Vitamin C. Not only may vitamin C help reduce or prevent delayed onset muscle soreness due to exercise, it may also speed along recovery. Vitamin C helps our bodies produce collagen, which strengthens the connective tissue that forms our ligaments and tendons. When we're injured, our requirements for vitamin C seem to increase. Ligaments connect bone to bone and tendons connect muscle to bone. The function of these connectors is important for everyday activities and movements. <P> Collagen Production. Vitamin C helps wounds heal quicker by assisting with production of collagen, a protein that your body uses to make connective tissues, such as skin, tendons and ligaments. Healing places extra demands on your resources as your body replaces cells and tissues that are lost or damaged through illness, injury or surgery. The added stresses imposed during the healing process can deplete your levels of certain key nutrients. Vitamins may help speed your recovery, in some instances. <P> Glucosamine helps build cartilage, which is the body's shock absorber. This nutrient is also known to help build strong joints, ligaments and tendons. Glucosamine sulfate and chondroitin sulfate produce a material the body needs for healthy skin, tendons, ligaments and joints. Ligaments connect bone to bone and tendons connect muscle to bone. The function of these connectors is important for everyday activities and movements. <P> Vitamin C. Go eat a bag of oranges NOW! Our ligaments are made of collagen and vitamin C is a key vitamin for collagen production and ligament repair. Your intake of vitamin C should increase immediately after an injury to help support the healing process as it directly assists in wound healing and tissue repair. Your body can not produce vitamin C as it is water soluble so you need to get it from your food. <P> Vitamin C. Tendons and ligaments also need vitamin C, a nutrient found in many vegetables and fruits, because both tissues contain large amounts of collagen. Vitamin C plays an essential role in new collagen production, and a vitamin C deficiency can weaken your tendons and ligaments by preventing collagen synthesis <P> Vitamin B-6. Vitamin B-6 may help control inflammation that can damage tendons and ligaments, according a study published in the September 2010 European Journal of Clinical Nutrition.. Participants supplemented with 100 milligrams per day of vitamin B-6 for 12 weeks. Your tendons, which attach muscles to bones, and ligaments, which attach adjacent bones to each other, are made of cords of connective tissue comprised of primarily water and protein strands. These important structures receive very little blood supply relative to muscles and, as a result, heal more slowly from injury <P> Ligaments and tendons are important for your everyday movements and activities. They can take a lot of wear and tear with just normal activities, but take a tremendous amount of strain when we exercise. This increases the need for certain vitamins and minerals in our bodies. It also stimulates the cells that produce proteoglycans, speeding up the production and healing time of all connective tissues. Vitamin C and Collagen. Collagen is the substance that holds proteoglycans in place. Collagen is the first substance to take on damage when tendons and ligaments are used. <P> To fully understand how vitamins and supplements can help to protect and repair ligaments and tendons, you must first learn what these tissues need and how each vitamin or supplement contributes to the needs of the tissue. It also stimulates the cells that produce proteoglycans, speeding up the production and healing time of all connective tissues. Vitamin C and Collagen. Collagen is the substance that holds proteoglycans in place. Collagen is the first substance to take on damage when tendons and ligaments are used.
Vitamin C
stimuli that affect the digestive system
<P> The digestive system is also able to respond to internal stimuli. The digestive tract, or enteric nervous system alone contains millions of neurons. These neurons act as sensory receptors that can detect changes, such as food entering the small intestine, in the digestive tract. The endocrine system is affected largely by many internal and external stimuli. One internal stimulus that causes hormone release is blood pressure. Hypotension, or low blood pressure, is a large driving force for the release of vasopressin, a hormone which causes the retention of water in the kidneys. <P> Conversely, parasympathetic stimuli typically stimulate these digestive activities. Some of the prominent communiques enabled by nervous interconnections within the digestive tract have been named as reflexes and serve to illustrate a robust system of control. The Enteric Nervous System. The nervous system exerts a profound influence on all digestive processes, namely motility, ion transport associated with secretion and absorption, and gastrointestinal blood flow. <P> The ANS controls digestive functions such as: secretion of saliva from the salivary glands, peristalsis to move food along the digestive tract, gastric acid production in the stomach, sphincter open and closing, hormone release from glands in the digestive system, and the storing energy in the form of fat. Intrinsic nerves within the walls of the esophagus, stomach, small intestine, and large intestine react when their walls are stretched by food. They cause the release of substances that speed up or slow down the movement of food, and the production of juices, by the digestive organs. <P> In physiology, a stimulus (plural stimuli) is a detectable change in the internal or external environment. The ability of an organism or organ to respond to external stimuli is called sensitivity. When a stimulus is applied to a sensory receptor, it normally elicits or influences a reflex via stimulus transduction. The endocrine system is affected largely by many internal and external stimuli. One internal stimulus that causes hormone release is blood pressure. Hypotension, or low blood pressure, is a large driving force for the release of vasopressin, a hormone which causes the retention of water in the kidneys. <P> Digestive Organs. The digestive system is a group of organs (Buccal cavity (mouth), pharynx, oesophagus, stomach, liver, gall bladder, jejunum, ileum and colon) that breakdown the chemical components of food, with digestive juices, into tiny nutrients which can be absorbed to generate energy for the body. <P> The digestive system can respond to external stimuli, such as the sight or smell of food, and cause physiological changes before the food ever enters the body. This reflex is known as the cephalic phase of digestion. The endocrine system is affected largely by many internal and external stimuli. One internal stimulus that causes hormone release is blood pressure. Hypotension, or low blood pressure, is a large driving force for the release of vasopressin, a hormone which causes the retention of water in the kidneys. <P> Even the smell of food can generate saliva, which is secreted by the salivary glands in the mouth, contains an enzyme, salivary amylase, which breaks down starch. Teeth, which are part of the skeletal system, play a key role in digestion. In carnivores, teeth are designed for killing and breaking down meat. Many symptoms can signal problems with the GI tract, including: abdominal pain, blood in the stool, bloating, constipation, diarrhea, heartburn, incontinence, nausea and vomiting and difficulty swallowing, according to the NIH. Among the most widely known diseases of the digestive system is colon cancer. <P> THE DIGESTIVE SYSTEM Topic 2: Control of the Digestive System Graphics are used with permission of: Pearson Education Inc., publishing as Benjamin Cummings (http://www.aw-bc.com) Page 1: Title Page • The autonomic nervous system, hormones, and other chemicals control motility and secretion of the digestive system. <P> Several specialized compartments occur along this length: mouth, pharynx, esophagus, stomach, small intestine, large intestine, and anus. Accessory digestive organs are connected to the main system by a series of ducts: salivary glands, parts of the pancreas, and the liver and gall bladder (bilary system). The pancreas secretes digestive enzymes and stomach acid-neutralizing bicarbonate. The liver produces bile, which is stored in the gall bladder before entering the bile duct into the duodenum. Digestion of carbohydrates, proteins, and fats continues in the small intestine.
The digestive system can respond to external stimuli, such as the sight or smell of food, and cause physiological changes before the food ever enters the body. This reflex is known as the cephalic phase of digestion.he endocrine system is affected largely by many internal and external stimuli.
what is a ipmi interface
<P> IPMI is an acronym for a protocol: the Intelligent Platform Management Interface. It helps manage what is sometimes known as Out-of-Band or Lights-Out communication and is typically implemented by a chip or small set of chips on the motherboard of modern servers. <P> IPMI stands for Intelligent Platform Management Interface. It's a powerful protocol that is supported by many late model server hardware from major manufacturers like Dell, HP, Oracle and Lenovo. <P> Intelligent Platform Management Interface (IPMI) is a specification for the equipment that monitors the physical environment and behavior of a computer hardware server. <P> DCMI (Data Center Management Interface) is a similar standard based on IPMI but designed to be more suitable for Data Center management: it uses the interfaces defined in IPMI, but minimizes the number of optional interfaces and includes power capping control, among other differences. <P> Abbreviated as IPMI, the Intelligent Platform Management Interface is a remote hardware health monitoring and management system that defines interfaces for use in monitoring the physical health of servers, such as temperature, voltage, fans, power supplies and chassis. <P> IPMI. The intelligent platform management interface (IPMI) specification is a standard that defines a set of common interfaces to a computer system. System administrators can use IPMI to monitor system health and manage the system. IPMI 2.0 defines both a host-based and network-based interface. <P> Intelligent Platform Management Interface - (IPMI) has been around since 1998 when the specification was launched. The standard; led by Intel and has since been adopted by numerous system vendors including Supermicro.
A standard that defines a set of common interfaces to a computer system.
what is formed by all the ecosystems of earth
<P> An ecosystem is the complex of living organisms, their physical environment, and all their interrelationships in a particular unit of space. A food chain in which the primary consumer feeds on living plants is called a grazing pathway; that in which the primary consumer feeds on dead plant matter is known as a detritus pathway. Both pathways are important in accounting for the energy budget of the ecosystem. <P> What is an Ecosystem? An ecosystem includes all of the living things (plants, animals and organisms) in a given area, interacting with each other, and also with their non-living environments (weather, earth, sun, soil, climate, atmosphere). In an ecosystem, each organism has its' own niche, or role to play. <P> Tell us and you could Win a Samsung Tablet. Biodiversity is the variety of all living things; the different plants, animals and micro organisms, the genetic information they contain and the ecosystems they form. Biodiversity is usually explored at three levels-genetic diversity, species diversity and ecosystem diversity. An ecosystem is a community of organisms and their physical environment interacting together. An ecosystem may be as large as the Great Barrier Reef or as small as the back of a spider crab's shell, which provides a home for plants and other animals, such as sponges, algae and worms. <P> A balanced aquarium is an example of a very small ecosystem. It is self-supporting because the requirements for a stable ecosystem are present: ENERGY (1) is supplied to the ecosystem by light. There are PLANTS (2) to change the light energy into the organic molecule of energy (glucose). RECYCLING (3) of materials occurs during photosynthesis and respiration. During photosynthesis, plants use light energy and carbon dioxide to form glucose. <P> Merge this question into. Split and merge into it. Answer by Karthick kannan. Confidence votes 1. ecosystem is a smaller unit of earth,all ecosystems together form earth.the food webs to gether form a ecosystem. <P> Ecosystems have an atmosphere, soil, light, heat, water and living organisms. The living organisms in an ecosystem can include plants, animals or both.it is formed by livi … ng non living thing. All ecosystems must have a producer. A producer is a plant that can make its own energy (autotrophic). Th … en, primary consumers eat the producer, taking 10% of the energy produced in the previous organism for itself. This is a small ecosystem, but an ecosystem nonetheless. <P> Actually, in many cases the food chains of the ecosystem overlap and interconnect, forming what ecologists call a food web. The final link in all food chains is made up of decomposers, those heterotrophs that break down dead organisms and organic wastes. A food chain in which the primary consumer feeds on living plants is called a grazing pathway; that in which the primary consumer feeds on dead plant matter is known as a detritus pathway. Both pathways are important in accounting for the energy budget of the ecosystem. <P> Rocks and the Rock Cycle. 1 Metamorphic Rocks-Metamorphic rocks are formed by great heat and pressure. 2 They are generally found inside the Earth's crust where there is enough heat and pressure to form the rocks. 3 Metamorphic rocks are often made from other types of rock. 1 They are generally found inside the Earth's crust where there is enough heat and pressure to form the rocks. 2 Metamorphic rocks are often made from other types of rock. 3 For example, shale, a sedimentary rock, can be changed, or metamorphosed, into a metamorphic rock such as slate or gneiss. <P> The Earth is a planet, not an ecosystem. An ecosystem is an area in which the plants and animals all interact to create a living environment. Therefore there are many ecosys … tems on the Earth, which all together form what is called a biosphere. 1 person found this useful. All ecosystems must have a producer. A producer is a plant that can make its own energy (autotrophic). Th … en, primary consumers eat the producer, taking 10% of the energy produced in the previous organism for itself. This is a small ecosystem, but an ecosystem nonetheless.
Ecosystems have an atmosphere, soil, light, heat, water and living organisms. The living organisms in an ecosystem can include plants, animals or both. It is formed by living and non living thing.
the heart is a hollow ____________-shaped muscular pump within the ____________ cavity
<P> The coronary sinus empties into the right atrium. Relative to the role of the heart chambers, the atria are receiving chambers, the ventricles are the discharging chambers. Membrane that lines the heart and forms valve flaps is called the endocardium. The first heart sound is a result of closure of the atrio-ventricular valves; closure of the semi-lunar valves causes the second heart sound. The heart chambers that have just been filled when you hear the first heart sound are the ventricles, and the chmabers that have just emptied are the atria. <P> · Pulmonary circulation: blood is pumped from the right side of the heart through the lungs to the left side of the heart. · Systemic circulation: blood is pumped from the left side of the heart through the tissues of the body and returned to the right side of the heart. · Pulmonary circulation: blood is pumped from the right side of the heart through the lungs to the left side of the heart. · Systemic circulation:blood is pumped from the left side of the heart through the tissues of the body and returned to the right side of the heart. OE ø:location middle. mediastinum <P> The heart is the hollow, muscular organ in the thoracic cavity (chest) that maintains the circulation of blood throughout the body. It is surrounded by a membrane called the pericardium. Blood passes from the left atrium through the mitral valve and into the left ventricle. The left ventricle, the largest and most muscular of the four chambers, is the main pumping chamber of the heart. <P> Oxygen-rich blood returns from the lungs and enters the heart through the left atrium. Blood passes from the left atrium through the mitral valve and into the left ventricle. The left ventricle, the largest and most muscular of the four chambers, is the main pumping chamber of the heart. When the left ventricle contracts, blood is pumped through the aortic valve into the main artery of the body (aorta) <P> The Human Heart. The heart is a hollow, cone-shaped muscle located between the lungs and behind the sternum (breastbone). Two-thirds of the heart is located to the left of the midline of the body and 1/3 is to the right (see Figure 1). The apex (pointed end) points down and to the left. It is 5 inches (12 cm) long, 3.5 inches (8-9 cm) wide and 2.5 inches (6 cm) from front to back, and is roughly the size of your fist. The average weight of a female human heart is 9 ounces and a male's heart is 10.5 ounces <P> The heart is a four-chambered, hollow organ. It is divided into the left and right side by a muscular wall called the septum. The right and left sides of the heart are further divided into: 1 two atria-top chambers, which receive blood from the veins and. 2 two ventricles-bottom chambers, which pump blood into the arteries. <P> Heart: The heart is a hollow, __cone__-shaped, muscular pump within the _thoracic_____ cavity. The average adult heart is __14_____ cm long and _____9______ cm wide. The heart lies in the ___mediastinum_____ under the sternum; its apex extends to the ___fifth_ intercostal space. At the base of the heart, the inner layer folds back to become the _parietal___ pericardium that lines the. tough outer layer. Between the two pericardia is a potential space called the __pericardial_ cavity and filled with _serous fluid. <P> The heart is a muscular organ in humans and other animals, which pumps blood through the blood vessels of the circulatory system. Blood provides the body with oxygen and nutrients, and also assists in the removal of metabolic wastes. The heart is located in the middle compartment of the mediastinum in the chest. <P> 1. The pulmonary circuit is made up of vessels that convey blood from the right ventricle to the pulmonary arteries to the lungs, alveolar capillaries, and pulmonary veins leading from the lungs to the left atrium. C. Systemic Circuit (p. 367). 1. 1. The branches of the ascending aorta are the right and left coronary arteries that lead to heart muscle. 2. Principal branches of the aortic arch include the brachiocephalic, left common carotid, and left subclavian arteries. <P> papillary muscle. - located in right and left ventricles-project from the walls into the ventricular cavity-cone shaped muscles that project into the walls of a ventricle-they are attached to string-like structures called the chordae tendineae. -The contraction of the papillary muscles closes these valves.
The heart is a hollow, __cone__-shaped, muscular pump within the _thoracic_____ cavity.
expenses needed to attend college
<P> For AOTC only, expenses for books, supplies and equipment the student needs for a course of study are included in qualified education expenses even if it is not paid to the school. For example, the cost of a required course book bought from an off-campus bookstore is a qualified education expense. You must pay the expenses for an academic period* that starts during the tax year or the first three months of the next tax year. Eligible expenses also include student activity fees you are required to pay to enroll or attend the school. For example, an activity fee that all students are required to pay to fund all on-campus student organizations and activities <P> Books and Supplies — The average cost of books and supplies for a typical student for an entire academic year. Room and Board — A reasonable estimate of what it would cost to live in the Dallas metro area while attending school. Actual costs may vary by individual choices related to location and circumstances. The costs of attendance (COA) figures in the chart above provide an estimate of what it costs to attend a college of DCCCD for a traditional nine-month <P> If you decide to live at home or off-campus, you'll have your own rent and meal costs to consider in your college costs. You'll need books and other course materials. The yearly books-and-supplies estimate for the average full-time undergraduate student at a four-year public college is about $1,200. You may be able to lower these costs by buying used textbooks or renting them. You can control some of these costs to some extent. And when you know how much you'll need to spend on these expenses, it makes it easier to create a college budget. Tuition and fees are the price you pay for taking classes at your college. <P> Transportation — An estimate of what it would cost for a student to get to and from the college campus, not to maintain a vehicle. Personal and Misc. — A reasonable estimate of personal living expenses during the enrollment period. Actual expenses will vary. The costs of attendance (COA) figures in the chart above provide an estimate of what it costs to attend a college of DCCCD for a traditional nine-month academic year. <P> According to the College Board, the average cost of tuition and fees for the 2014–2015 school year was $31,231 at private colleges, $9,139 for state residents at public colleges, and $22,958 for out-of-state residents attending public universities. The College Board reports that the average cost of room and board in 2014–2015 ranged from $9,804 at four-year public schools to $11,188 at private schools. Colleges also provide room and board estimates for living off campus based on typical student costs. <P> Some colleges even include the cost of a computer and computer accessories. The College Board reports the average cost for books and supplies for the 2014–2015 school year was $1,146 at public colleges and $1,244 at private colleges. The College Board reports that the average cost of room and board in 2014–2015 ranged from $9,804 at four-year public schools to $11,188 at private schools. Colleges also provide room and board estimates for living off campus based on typical student costs. <P> Since many students who attend two-year public schools live at home, the average total cost of attending a two-year public college in 1998-99 was $6,445. This includes the cost of tuition, fees, books, supplies, transportation, and other personal expenses for a commuter student. Many adults overestimate the cost of college or believe that all schools are expensive. For example, a 1996 survey found that members of the public overestimated the tuition of both public two-and four-year colleges by two to three times the actual average tuition, a mistake of more than $3,000. <P> The basic costs of college are tuition, fees, and other expenses: Tuition. Tuition is the amount of money that colleges charge for instruction and for the use of some facilities, such as libraries. Tuition can range from a few hundred dollars per year to more than $30,000. Many adults overestimate the cost of college or believe that all schools are expensive. For example, a 1996 survey found that members of the public overestimated the tuition of both public two-and four-year colleges by two to three times the actual average tuition, a mistake of more than $3,000. <P> 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 $9,804 at four-year public schools to $11,188 at private schools. Colleges also provide room and board estimates for living off campus based on typical student costs.
$31,231 at private colleges, $9,139 for state residents at public colleges, and $22,958 for out-of-state residents attending public universities.
difference between company and establishment
<P> Making the world better, one answer at a time. Establishment is an economic unit that produces or sells goods or services and operates from a single physical location. If a firm has several such locations, each is termed as establishment. A business is a way of making money. You do not have to be a company to run a business, … many people work and earn money without having a formal company. I have a business that generates a small amount of income each year. <P> An establishment generally refers to a single location and is comparable to the familiar use of the word facility.. A single firm often consists of many separate establishments. Statistical organizations usually adopt similar meanings of this term for counting establishments. For example, the Census Bureau reported 5.9 million firms in the U.S. in 2008 and 7.6 million establishments. The difference between the two terms depends on how they are defined in a particular context. <P> The U.S. Bureau of Labor Statistics defines an establishment as an economic unit that produces goods or services, usually at a single physical location, and engaged in one or predominantly one activity.. Several establishments can belong to one firm. Definiton and Features of a Firm. The U.S. Bureau of Labor Statistics states that A firm is a legal business, either corporate or otherwise, and may consist of one establishment, a few establishments, or even a very large number of establishments.. <P> A company is a group of people organized for any business purpose (for example a restaurant, factory, store, or insurance sales). A factory is one kind of company that … specifically produces items (such as computer, sofa, car). 23 people found this useful. Notyouraveragedummy ... A business is a way of making money. You do not have to be a company to run a business, … many people work and earn money without having a formal company. I have a business that generates a small amount of income each year. <P> I want to know the differences between Location Address and Establishment Address for a Company in PeopleSoft HCM? In which condition they might be different and what is need of defining both for a Company? An establishment has an address, is associated with a company, is used for regulatory purposes.An establishment isn’t necessarily a single building or location; it could be an entire industrial or office complex, but it is usually a physical place for which information is reported as a consolidated unit. <P> In the U.S., individuals often use the words firm or company to refer to a business and its activities. However, the meaning of establishment, as defined for tax and statistical purposes, highlights the importance of the physical location of an organization. Definiton and Features of a Firm. The U.S. Bureau of Labor Statistics states that A firm is a legal business, either corporate or otherwise, and may consist of one establishment, a few establishments, or even a very large number of establishments.. <P> Company: In law, a company refers to a legal entity formed which has a separate legal identity from its members, and is ordinarily incorporated to undertake commercial business Firm can have several meanings: 1)A partnership, 2)limited liability partnership, 3)company or 4)corporation. Board (of directors):in relation to a company, a director is an officer of the company charged with the conduct and management of the affairs of the company. The directors collectively are referred to as a the board of directors. <P> What is the difference between a company, an establishment, a firm, a corporation, a consortium, a board etc? Can you explain this terminology please. Board (of directors):in relation to a company, a director is an officer of the company charged with the conduct and management of the affairs of the company. The directors collectively are referred to as a the board of directors. <P> According to the United States Census Bureau's Question & Answer Center, company is a term used interchangeably with the term firm, and means the same thing when discussing business in North America. Definiton and Features of a Firm. The U.S. Bureau of Labor Statistics states that A firm is a legal business, either corporate or otherwise, and may consist of one establishment, a few establishments, or even a very large number of establishments..
company, is used for regulatory purposes.An establishment isn’t necessarily a single building or locationestablishment generally refers to a single location and is comparable to the familiar use of the word facility.
who was princess diana
<P> Princess Diana (1961–1997). Princess Diana was born July 1, 1961 at 7:45pm weighing 7lb 12oz at Park House, Sandringham, Norfolk, England. She had her christening at Sandringham Church in Norfolk. Her full name is Lady Diana Frances Spencer <P> Her wedding to the Prince of Wales on 29 July 1981 was held at St Paul's Cathedral and reached a global television audience of over 750 million. While married, Diana bore the titles Princess of Wales, Duchess of Cornwall, Duchess of Rothesay and Countess of Chester. The marriage produced two sons, the princes William and Harry, who were then respectively second and third in the line of succession to the British throne. She was the fourth child and third daughter of John Spencer, 8th Earl Spencer and the Honourable Frances Shand Kydd. Following her parents' divorce, Diana grew up in Park House, which is situated on the Queen's Sandringham estate, and was educated in England and Switzerland. <P> Mini Bio (2). Princess Diana was born July 1, 1961 at 7:45pm weighing 7lb 12oz at Park House, Sandringham, Norfolk, England. She had her christening at Sandringham Church in Norfolk. Her full name is Lady Diana Frances Spencer. On July 29, 1981 she married her Prince Charming-Prince Charles of Wales, the eldest son of Queen Elizabeth II. On June 21 1982 her first son was born-Prince William Arthur Phillip Louis Windsor. Diana today is still remembered by many as the People's Princess. She will always be remembered. Princess Diana was born Diana Frances Spencer on July 1, 1961. Her parents were Edward John and Frances Spencer Viscount and Viscountess Althorp, later Earl and Countess Spencer. <P> On Saturday 30 August 1997, Diana, Princess of Wales, left Sardinia on a private jet and arrived in Paris with Dodi Fayed, the son of Mohamed Al-Fayed. They had stopped there en route to London, having spent the preceding nine days together on board Mohamed Al-Fayed's yacht Jonikal on the French and Italian Riviera. An inquest headed by Lord Justice Scott Baker into the deaths of Diana and Dodi began at the Royal Courts of Justice, London, on 2 October 2007, a continuation of the inquest that began in 2004. <P> Her friend, Dodi Fayed, and the driver of the Mercedes-Benz W140, Henri Paul, were pronounced dead at the scene; the bodyguard of Diana and Dodi, Trevor Rees-Jones, was the only survivor. An inquest headed by Lord Justice Scott Baker into the deaths of Diana and Dodi began at the Royal Courts of Justice, London, on 2 October 2007, a continuation of the inquest that began in 2004. <P> Princess Diana was Princess of Wales while married to Prince Charles. One of the most adored members of the British royal family, she died in a 1997 car crash. British royalty Princess Diana Spencer was born on July 1, 1961, near Sandringham, England. Diana, Princess of Wales, was one of the most adored members of the British royal family. <P> Tweet. Lady Diana Spencer married Prince Charles in July 1981 and was the mother of Princes William and Harry. The couple divorced in 1996, with rumours of infidelity on both sides. Diana was adored for her charity work as well as for her style. She was killed in a car crash in Paris on 31 August 1997. Lady Diana Spencer married Prince Charles in July 1981 and was the mother of Princes William and Harry. The couple divorced in 1996, with rumours of infidelity on both sides. Diana was adored for her charity work as well as for her style
Wife of Charming-Prince Charles
how long for adderall to kick in
<P> Figure that a single dose of Adderall (any size) takes about 20 minutes to kick in (allow 30 minutes for time-released Adderall XR’s). The “high” peaks at about the 1:30-1:45 mark (that is, 1.5 hours since it kicked in, so about 2 hours since you took the pill). <P> How long does Adderall 20mg take to kick in? It seems to range from person to person, but from my experience, it usually takes about 30 minutes to an hour to feel the effects of adderall begin. <P> 0. A single dose of Adderall (any size) takes about 20 minutes to kick in (allow 30 minutes for time-released Adderall XR’s). The “high” peaks at about the 1:30-1:45 mark (that is, 1.5 hours since it kicked in, so about 2 hours since you took the pill). <P> It takes 12 hours after your last dose of Adderall for it to be out of your system meaning only trace amounts are found in blood and all other bodily fluids, regardless of d … ose. <P> [↑] Back To Top [↑]. Even though the seriously productive high of an Adderall dose is over in about 4-6 hours, it’ll usually be much longer than that before you can sleep. Figure on being able to sleep 12 hours after your last dose of the day, even if you feel kind of “tired”. Test this a couple times and you’ll see the truth to it. <P> I've been taking AXR for almost 2 weeks now. I've got a very full day so I stagger it, 20mg morning (830ish) and 10mg around noon. I'm always up till 1-2am anyway. I've noticed that it feels like I don't want to sleep but if I just lie down and let go, I drift off. <P> How long does it take for adderall 20 mg to kick in? It takes your body on average anywhere between 30-60 minutes to feel the effect of most pills-including adderall, unless they are in gel (or some sort of rapid release form) … .
20 minutes
what was the first nationally broadcast sporting event
<P> In his usual ineffable prose, Effrat noted: This encounter, listed for seven innings, was televised by the National Broadcasting Company, the first regularly-scheduled sporting event to be pictured over the air waves.. Our own Baker Field was the site of the very first televised sports event. <P> The first nationwide broadcast of college football, which was also the first live sporting event seen coast-to-coast, was a game between Duke University and the University of Pittsburgh that was televised by NBC on 29 September 1951. <P> But our own Baker Field was site of the very first televised sports event -- one small step for a broadcasting pioneer, a giant leap for mankind's appetite for spectatoritis. <P> (The world's first live televised sporting event had been the 1936 Summer Olympics in Berlin. ) On 30 September 1939, the first American football game, a college contest between Fordham and Waynesburg College was broadcast on television. <P> On 17 May 1939, the United States' first televised sporting event, a college baseball game between the Columbia Lions and Princeton Tigers, was broadcast by NBC from Columbia's Baker Field. <P> The first sports event broadcast in the United Kingdom was a Rugby Union international between England and Wales, broadcast from Twickenham in January 1927. Two weeks later the first broadcast of a football match took place, with the BBC covering Arsenal's league fixture against Sheffield United at Highbury. <P> The first sporting event ever televised in the United States (a one camera setup) was a college baseball game between Columbia University and Princeton on May 17, 1939 at Baker Field in New York City broadcast by station W2XBS. The announcer for the game was Bill Stern. <P> And it all started at Columbia. On May 17, 1939 -- a mere 60 years ago -- televising a regular athletic event was tried for the first time. A Columbia-Princeton baseball game at Baker Field was carried by the National Broadcasting Company to the 400 or so sets then capable of receiving its broadcast signal.
College baseball game between Columbia University and Princeton on May 17, 1939 at Baker Field in New York City broadcast by station W2XBS.
rules for being seated in the exit row on delta
<P> Most exit row seats provide a few more inches of seat pitch compared to non-exit row seats so that passengers have more space to access the exit. Seats in front of an exit row may not be able to recline, which can limit their comfort on longer flights. A few airlines have gone to branding exit row seats as a premium economy product-on Virgin America's A320, the exit rows (as well as bulkhead seats) are considered Main Cabin Select where meals, alcohol, pay-per-view movies and a higher baggage allowance are all included. <P> In addition, to comply with federal regulations a passenger seated in an exit seat must have sufficient mobility, strength or dexterity in both arms, hands, and both legs to: 1 Reach upward, sideways, and downward to the location of the emergency exit. Federal regulations require that a Customer select a non-exit seat if he or she cannot or does not wish to perform the following functions: <P> Since passengers seated in an exit row must be able and willing to assist the crew during an evacuation of the aircraft, civil aviation boards and national governments set specific requirements for passengers seated in an exit row. A few airlines have gone to branding exit row seats as a premium economy product-on Virgin America's A320, the exit rows (as well as bulkhead seats) are considered Main Cabin Select where meals, alcohol, pay-per-view movies and a higher baggage allowance are all included. <P> fStop Images-Halfdark/Brand X Pictures/Getty Images. When one is looking for premium seating in the often confined quarters of the economy cabin of an airplane, the exit row is usually mentioned. The emergency exit rows of an aircraft are usually more spacious, but not universally so. More space comes with more restrictions for this type of seating that should be considered before asking for a seat in the exit row. For airlines that permit advance seat selection, securing a seat in the emergency exit row may be restricted. Many airlines do not permit booking exit row seats in advance for a number of reasons including: 1 making sure that the passenger is appropriate for the seating, <P> All exit row and bulkhead seats are good right? Wrong. On the SeatGuru seat map, you can see exactly which seats are the most desirable – and in some cases, the exit row seats may indeed be quite a lot better than the others. However, there is more to a good seat than a lot of legroom. But don’t be tricked into picking the exit row or bulkhead seat without doing a little homework – not all good seats are going to provide any extra comfort, and in some cases, the most desirable seats may actually be the worst on the plane. <P> Because exit row seats have a lot of leg room in front of them, the tray table had to be moved into the armrest. This shaves an inch or more off the width of your seat, making it quite uncomfortable. Sure, you may have legroom, but that may not make up for the tight squeeze of your seat. No space for bags. But don’t be tricked into picking the exit row or bulkhead seat without doing a little homework – not all good seats are going to provide any extra comfort, and in some cases, the most desirable seats may actually be the worst on the plane. <P> Lastly, there is a difference between Economy Comfort and preferred seating with Delta. Outside the exit row (which is considered preferred seating) the only advantage of preferred seats is they are closer to the front of the plane. They have the same seat pitch and width as the rest of economy. My guess is the emergency exit row on this plane has at least 40″ of pitch. The seat was empty on my flight from SLC to SAN which makes for a much more comfortable flight, but the exit row seat on the A319 was better than the Economy Comfort seat. <P> The non-reclining seat. Non-reclining seats are usually the seats right in front of the exit row seats. These seats are locked in place to prevent them from being reclined into the exit row. Not everyone likes to recline their seat, but on a long flight, being forced to sit upright can be a real pain. But don’t be tricked into picking the exit row or bulkhead seat without doing a little homework – not all good seats are going to provide any extra comfort, and in some cases, the most desirable seats may actually be the worst on the plane. <P> Although not all airlines restrict the booking of exit row seating be forewarned-if you or someone you are traveling with falls under the restrictions placed on the emergency exit rows, you/they will be reseated. <P> An exit row is a row of seats on board a commercial airliner that is next to an emergency exit. Exit rows may be next to overwing exits or full-sized exit doors. A few airlines have gone to branding exit row seats as a premium economy product-on Virgin America's A320, the exit rows (as well as bulkhead seats) are considered Main Cabin Select where meals, alcohol, pay-per-view movies and a higher baggage allowance are all included.
There is a difference between Economy Comfort and preferred seating with Delta,Outside the exit row the only advantage of preferred seats is they are closer to the front of the plane.
what type of education is needed to become an RN
<P> Degree Types. There are many educational paths that you can pursue to become an RN. RN education degree requirements range from a diploma to a bachelor’s degree. Diploma programs are offered at hospitals and typically last three years. <P> An aspiring RN can earn a bachelor's of science in nursing (BSN) in four years at a college or university. If you're already an RN, you can enroll in an RN-to-BSN program which is geared specifically for RNs who have an associate's degree or nursing diploma. This path usually takes about two to three years. <P> Usually there are two options. You can go to community college and become a Registered Nurse in two years with an Associates degree. Or you can go to a four-year university, or college, and receive a Bachelor's of Science in Nursing. You will also need clinical training and will be required to sit for the NCLEX. <P> The first requirement in becoming a registered nurse is to obtain the proper education. There are several different paths that can lead to licensure as an RN. Aspiring RNs may earn a diploma, an Associate Degree in Nursing (ADN) or a Bachelor of Science in Nursing (BSN) . <P> Registered nurses (RNs) are required to have a minimum of an associate's degree, but bachelor's degrees in nursing (BSN) are also available and can help an RN's chances to earn better pay. Weigh your school options based on your current educational needs and timetable. <P> Education Requirements for an RN. There are generally three educational approaches to becoming a RN. RNs usually train by completing a bachelor's or associate's degree program in nursing. Less commonly, RNs prepare for the occupation by earning a diploma
RN's usually train by completing a bachelor's degree program, associate's degree program, or a diploma in nursing.
where was frank mccourt born
<P> Frank McCourt was born August 19, 1930, in Brooklyn, New York, to Irish immigrant parents; grew up in Limerick, Ireland; and, at the age of 19, returned to the United States. <P> Frank McCourt. A fabulous writer and a remarkable teacher Frank McCourt was born on August 19th, 1930 in Brooklyn, New York. After 30 extensive years of teaching high school English, he decided to put his life in writing. McCourt was born the eldest to his seven siblings. His mother Angela Sheehan was an Irish Catholic woman from Ireland and his father, Malachy McCourt was an ex-IRA man belonged to Ballymoney Antrim. They met and got married in New York and tried to settle there in the hope of making a better life. <P> Sign Up. Biography of Frank McCourt Frank McCourt was born in 1931 in Brooklyn, New York, the first of seven children born to Irish immigrant parents, Angela and Malachy McCourt. Angela's Ashes Frank McCourt. After retiring from teaching writing at a variety of New York City high schools, Frank McCourt was determined to write about his early life in Ireland before coming to America. The result, Angela's Ashes, was published in 1996 by Scribner and sold... <P> Francis McCourt. Frank McCourt was born August 19, 1930, in Brooklyn, New York, to Irish immigrant parents; grew up in Limerick, Ireland; and, at the age of 19, returned to the United States. Mini Bio (1). Frank McCourt was born August 19, 1930, in Brooklyn, New York, to Irish immigrant parents; grew up in Limerick, Ireland; and, at the age of 19, returned to the United States. <P> Non Fiction-Autobiography-Memoir • Frank McCourt was born in 1930 in Brooklyn, New York, to Irish immigrant parents, grew up in Limerick, Ireland, and at the age of nineteen, returned to the United States. <P> Frank McCourt was born in New York City 's Brooklyn borough, on 19 August 1930 to Malachy McCourt, an ex-IRA man from Moneyglass, Antrim (1899–1985), and Irish Catholic mother Angela Sheehan from Limerick (1908–1981). Francis Frank McCourt (August 19, 1930 – July 19, 2009) was an Irish-American teacher and writer. <P> Writer and educator Francis Frank McCourt was born on August 19, 1930, in Brooklyn, New York, as the eldest of seven children. Frank McCourt was born in Brooklyn, New York, on August 19, 1930, into a family with seven children. His family returned to Ireland due to the Depression, but they continued to struggle with poverty. His father abandoned them when McCourt was in his early teens. <P> Frank McCourt lived in New York with his parents and four younger siblings: Malachy, born in 1931; twins Oliver and Eugene, born in 1932; and a younger sister, Margaret, who died just seven weeks after birth, in 1935. In the midst of the Great Depression, the family moved back to Ireland. Francis Frank McCourt (August 19, 1930 – July 19, 2009) was an Irish-American teacher and writer. <P> Overview (3). Frank McCourt was born August 19, 1930, in Brooklyn, New York, to Irish immigrant parents; grew up in Limerick, Ireland; and, at the age of 19, returned to the United States. Mini Bio (1). Frank McCourt was born August 19, 1930, in Brooklyn, New York, to Irish immigrant parents; grew up in Limerick, Ireland; and, at the age of 19, returned to the United States.
In New York City 's Brooklyn borough
what triggers release of growth hormone
<P> Growth hormone (GH or HGH), also known as somatotropin or somatropin, is a peptide hormone that stimulates growth, cell reproduction and regeneration in humans and other animals. It is a type of mitogen which is specific only to certain kinds of cells. <P> 1 : Growth Hormone Releasing Hormone (GHRH) produced in the hypothalamus (then conveyed to the anterior pituitary via the hypophyseal portal vessels) stimulates the anterior pituitary to release Human Growth Hormone (HGH) . Hormones are produced ( synthesized ') and released ( secreted ) into the bloodstream by endocrine glands and certain other tissues in the body. Depending on the specific hormone and the physiological conditions, the. <P> From Wikipedia, the free encyclopedia. Growth-hormone-releasing hormone (GHRH), also known as growth-hormone-releasing factor (GRF, GHRF), as well as somatorelin (INN), somatoliberin, and somatocrinin, is a releasing hormone of growth hormone (GH). It is a 44 - amino acid peptide hormone produced in the arcuate nucleus of the hypothalamus. GHRH is released from neurosecretory nerve terminals of these arcuate neurons, and is carried by the hypothalamo-hypophyseal portal system to the anterior pituitary gland, where it stimulates growth hormone (GH) secretion by stimulating the growth hormone-releasing hormone receptor. <P> Growth hormone-releasing hormone is a hormone produced in the hypothalamus. The principal function of growth hormone-releasing hormone is to stimulate the pituitary gland to produce and release growth hormone into the bloodstream. If the hypothalamus produces too little growth hormone-releasing hormone, the production and release of growth hormone from the pituitary gland is impaired, leading to a lack of growth hormone (adult growth hormone deficiency). <P> Growth Hormone. Growth hormone (GH) is a hormone made by your pituitary gland (which is located at the base of the brain) that has important roles in training and recovery. <P> Growth hormone releasing hormone released by the anterior pituitary, stimulates the secretion of somatotropin/growth hormone(GH) in the body. 2.Somatostatin (SS) is a peptide produced by several tissues in the body, including the hypothalamus. Somatostatin inhibits growth hormone release in response to GHRH and to other stimulatory factors such as low blood glucose concentration. <P> 1 Stimulation by other (specific) hormones. ( 2 leading to the rhythmic release of hormones, i.e. hormone levels rising and falling in a predictable pattern, 3 also regulated by feedback mechanisms). 4 Stimulation by signals from the nervous system. Hormones are produced ( synthesized ') and released ( secreted ) into the bloodstream by endocrine glands and certain other tissues in the body. Depending on the specific hormone and the physiological conditions, the. <P> Growth hormone can cause the release of other substances (factors) that affect growth and metabolism. One of these is insulin-like growth factor 1 (IGF-1). When the GH level is very high, the IGF-1 level is also very high. A test for IGF-1 may also be done to confirm high GH levels. Growth Hormone. Guide. A growth hormone (GH) test measures the amount of human growth hormone (GH) in the blood. GH is made by the pituitary gland and is needed for growth. It plays an important role in how the body uses food for energy (metabolism). <P> Best Answer: Growth hormone is a protein hormone of about 190 amino acids that is synthesized and secreted by cells called somatotrophs in the anterior pituitary. Production of growth hormone is stimulated by many factors, including stress, exercise, nutrition, sleep and growth hormone itself. 2.Somatostatin (SS) is a peptide produced by several tissues in the body, including the hypothalamus. Somatostatin inhibits growth hormone release in response to GHRH and to other stimulatory factors such as low blood glucose concentration. <P> for the release of hormones is one of: Endocrine glands release hormones in response to one (or more) of the following stimuli: 1 Specific molecules in the blood, e.g. certain minerals or nutrients (as regulated by feedback mechanisms that maintain homeostasis). 2 Stimulation by other (specific) hormones. Hormones are produced ( synthesized ') and released ( secreted ) into the bloodstream by endocrine glands and certain other tissues in the body. Depending on the specific hormone and the physiological conditions, the.
Growth Hormone Releasing Hormone (GHRH) produced in the hypothalamus stimulates the anterior pituitary to release Human Growth Hormone (HGH) .
what is intonation
<P> (The term tone is used by some British writers in their descriptions of intonation, but this is to refer to the pitch movement found on the nucleus or tonic syllable in an intonation unit – see Intonation in English: British Analyses of English Intonation, below). Mandarin Chinese is a tonal language, meaning that pitch contours within a word distinguish the word from other words with the same vowels and consonants. Nevertheless, Mandarin also has intonation patterns—patterns of pitch throughout the phrase or sentence—that indicate the nature of the sentence as a whole. <P> Crystal for example says that ...intonation is not a single system of contours and levels, but the product of the interaction of features from different prosodic systems – tone, pitch-range, loudness, rhythmicality and tempo in particular.. Mandarin Chinese is a tonal language, meaning that pitch contours within a word distinguish the word from other words with the same vowels and consonants. Nevertheless, Mandarin also has intonation patterns—patterns of pitch throughout the phrase or sentence—that indicate the nature of the sentence as a whole. <P> Although intonation is primarily a matter of pitch variation, it is important to be aware that functions attributed to intonation such as the expression of attitudes and emotions, or highlighting aspects of grammatical structure, almost always involve concomitant variation in other prosodic features. Mandarin Chinese is a tonal language, meaning that pitch contours within a word distinguish the word from other words with the same vowels and consonants. Nevertheless, Mandarin also has intonation patterns—patterns of pitch throughout the phrase or sentence—that indicate the nature of the sentence as a whole. <P> Confidence votes 59. Intonation is a word used to refer to how a sentence sounds. How a sentence sounds if it's a question sounds different from how a sentence sounds if it's a statement. If you say a sentence out loud, first as a question and then as a statement, you'll hear the difference in sound. That is intonation. Falling intonation is when the pitch of a voice drastically plummets. This can occur because of what the speaker is saying or it may happen because of where the speaker is … from due to differing pitch accents in different areas. + 7 others found this useful. <P> Intonation refers to the instrument being in tune along the fretboard. An easy way to check the basic intonation of a guitar is to hit a 12th fret harmonic and compare the pitch with a note fretted at the 12th fret. If the fretted note is sharp, the string needs to be lengthened. If the fretted note is flat, the string needs to be shortened. intonation refers to your guitar being in tune at various points across the fretboard. To tell if your guitar has correct intonation, check the tuning at various points on the fretboard, most commonly the 12th fret, to make sure notes are in tune there as well as with open strings. <P> You can tell when your intonation is out if an open string harmonic at the 12th fret (lightly touch string at the 12th fret and pluck it) and the fretted note one octave higher (hold the string down at the 12th fret and pluck it) are not the same. <P> LINK / CITE ADD TO WORD LIST. noun. The definition of intonation is the way the pitch of your voice goes up and down as you talk or reciting something by singing it. 1 An example of intonation is the way your voice raises in pitch at the end of a question. 2 An example oif intonation is the Gregorian chant. 1 An example of intonation is the way your voice raises in pitch at the end of a question. <P> Intonation, in music, is a musician's realization of pitch accuracy, or the pitch accuracy of a musical instrument. Intonation may be flat, sharp, or both, successively or simultaneously.
Intonation is primarily a matter of pitch variation, it is important to be aware that functions attributed to intonation such as the expression of attitudes and emotions, or highlighting aspects of grammatical structure, almost always involve concomitant variation in other prosodic features.
what is the purpose of a lactose fermentation test
<P> The Carbohydrate Fermentation test uses Phenol Red Broth to test for the fermentation of different sugars. It is one of the fermentation tests, others include the Methyl Red test and the Voges-Proskauer test. Different people use different sugars, but glucose, sucrose, lactose, and mannitol are often studied. One inoculates bacteria into each tube, if the strain of bacteria ferments that sugar, an acid will build up, changing the color of Phenol Red. <P> Phenol Red Broth. Phenol Red Broth is a general-purpose differential test medium typically used to differentiate gram negative enteric bacteria. It contains peptone, phenol red (a pH indicator), a Durham tube, and one carbohydrate. We use three different kinds of phenol red broths. One contains glucose; one contains lactose, and the last contains sucrose. The objective of the exercise is to determine which organisms can utilize each sugar. Phenol red is a pH indicator which turns yellow below a pH of 6.8 and fuchsia above a pH of 7.4. <P> Enteric bacteria that have the ability to ferment lactose can be detected using the carbohydrate lactose, and the pH indicator neutral red. MacConkey agar is one of the most common agar plates found in a clinical microbiology lab. Using neutral red pH indicator, the agar distinguishes those Gram-negative bacteria that can ferment the sugar lactose (Lac+) from those that cannot (Lac-). This medium is also known as an indicator medium and a low selective medium. Presence of bile salts inhibits swarming by Proteus species. <P> Triple sugar iron agar (TSI) is a differential medium that contains lactose, sucrose, a small amount of glucose (dextrose), ferrous sulfate, and the pH indicator phenol red. It is used to differentiate enterics based on the ability to reduce sulfur and ferment carbohydrates. <P> A useful test to identify bacteria is a carbohydrate fermentation test. Fermentation is defined as an ATP generating process where organic compounds, in this case lactose, acts as both an electron donor and acceptor. A phenol red medium, with sucrose as the sole carbohydrate source, is used to detect fermentation. Phenol red indicator gives the medium a red-orange appearance. As lactose is fermented, acidic products are generated that causes the indicator to change from red-orange to yellow. An inverted tube (Durham tube) is sometimes placed in the medium to capture gas formed as a result of fermentation. <P> Several media are available for this. Most commonly used is phenol red lactose broth. The medium is a nutrient broth to which 0.5-1.0% lactose is added. The p H indicator phenol red is red at neutral p H but turns yellow at p H H. If lactose is fermented to produce acid end products, the p H of the medium will drop. A p H indicator in the medium changes color to indicate acid production. <P> The selective ingredients are the bile salts and the dye, crystal violet which inhibit the growth of Gram-positive bacteria. The differential ingredient is lactose. Fermentation of this sugar results in an acidic pH and causes the pH indicator, neutral red, to turn a bright pinky-red color. Thus organisms capable of lactose fermentation such as Escherichia coli, form bright pinky-red colonies (plate pictured on the left here). <P> With the help of bacteria, lactose fermentation -- the breaking down of the sugar lactose into an acid -- is used to make fermented dairy foods and to test for food poisoning. Lactose fermentation also occurs in your body if you are lactose-intolerant. In Foods. Examples of foods made using lactose fermentation include yogurt, cheese and fermented milk beverages such as kefir. The fermentation process helps limit the spread of unwanted bacteria and other pathogens because it increases the acidity of the food. It also enhances flavors. <P> An inoculum from a pure culture is transferred aseptically to a sterile tube of phenol red lactose broth. The inoculated tube is incubated at 35-37 C for 24 hours and the results are determined. A positive test consists of a color change from red to yellow, indicating a p H change to acidic. If lactose is fermented to produce acid end products, the p H of the medium will drop. A p H indicator in the medium changes color to indicate acid production.
To identify bacteria is a carbohydrate.
average salary of nhl players
<P> Top 20 salaries in the NHL since 1989. This is a list of the twenty NHL players who have earned the most in salaries between the 1989–90 season and the 2007–08 season. These figures have been gleaned from different sources, and so may not be perfectly accurate. After the 1994–95 NHL season was shortened to 48 games due to a lockout, players earned only about 56% of their predicted salary. 1 Wayne Gretzky (Los Angeles Kings) $3.66 million (Predicted salary of $6.54 million). <P> NHL players, as of 2010 data Forbes, earned an average annual salary of $2.4 million. Two players earned $10 million a year to lead the league: goalie Roberto Luongo and center Vincent Lecavalier. Plenty of pro players are well compensated in top leagues throughout the world, especially in Finland, Russia and Sweden. Players in the AHL are one step away from the big time. The rosters include young up-and-coming stars and NHL veterans who are trying to play their way back onto the top teams’ rosters. The average yearly salary for an AHL player in 2011 was about $85,000. <P> Hockey Player Salary Completely dependant on country/league and skill of player. The cheapest sallary in the National Hockey League is 315 million a year, although this … is not reported. They usually report up to 10% of the amount they actually get paid. Therefore for all hockey players I would guess around the $300 mil a year mark. <P> In the 2010-2011 season, the highest paid NHL player is Tampa Bay Lightning center Vincent Lecavalier, whose salary is $10 million. As team captain, he has an 11-year contract worth a total of $85 million. The minimum NHL player salary, per the collective bargaining agreement, is $500,000 in 2009-10 and 2010-11. The maximum seasonal salary for players new to the NHL is $900,000 for 2009 and 2010; and $925,000 for 2011 draftees. <P> Considering the fact that an NHL active roster consists of 20 players, while in the NFL that number is inflated to 53, coupled with the fact that in hockey a team has 82 games worth of regular season revenue, versus 16 in football -- it is understandable as to why. Do you have your answer? Good, now name the league with the lowest average salary? Before glancing at the title of this post and using your skills of deduction(crafty, aren't you), we're going to guess that most of you listed the MLB at the top of the payroll totem pole and the NHL at the bottom. <P> Average NHL Salary. The average NHL player salary in the 2010-2011 season is $2.4 million. It is typical for a $4 million player to work alongside a teammate with a $700,000 salary. The minimum NHL player salary, per the collective bargaining agreement, is $500,000 in 2009-10 and 2010-11. The maximum seasonal salary for players new to the NHL is $900,000 for 2009 and 2010; and $925,000 for 2011 draftees. <P> Players in Finland’s SM-liiga, for example, can make more than $200,000 a year, with the top players earning more than twice that amount. The Swedish Elite League teams pay players in a similar range to Finland’s SM-liiga and ranked as the fourth-highest average salary as of 2006 data. Players in the AHL are one step away from the big time. The rosters include young up-and-coming stars and NHL veterans who are trying to play their way back onto the top teams’ rosters. The average yearly salary for an AHL player in 2011 was about $85,000. <P> Most NHL teams, 17 of them, paid an average salary per player ranging from $1.8 million to $1 million. Only five teams--Philadelphia Flyers, Colorado Avalanche, New York Islanders, Anaheim Ducks and the Tampa Bay Lightning paid average salaries of under a million dollars per player. The minimum NHL player salary, per the collective bargaining agreement, is $500,000 in 2009-10 and 2010-11. The maximum seasonal salary for players new to the NHL is $900,000 for 2009 and 2010; and $925,000 for 2011 draftees. <P> On average, NBA players make $5.15 million, MLB players make $3.2 million, NHL players make $2.4 million, and NFL players make $1.9 million per year, according to Forbes. In short, the average NFL salary doesn't spike until most players are out of the league. 70% of NFL players are between the ages of 22 and 27. Players in that group earn less than the NFL average overall. BestTicketsBlog.
2.4 million.
how can an amendment of the constitution be proposed
<P> Article V of the United States Constitution provides authority and instructions for amending the Constitution. Amendments can be proposed by Congress or by constitutional convention. Congress then decides how to ratify the amendment if approved by Congress or convention. The amendment can either be ratified by three-fourths of state legislatures or by conventions in three-fourths of the states. Congress can propose an amendment to the Constitution by passing a joint resolution. Two thirds of both the House of Representatives and the Senate must approve the resolution. 1 The resolution does not have to be approved by the President, who has no required role in the amendment process. <P> This list contains proposed amendments to the United States Constitution. Article Five of the United States Constitution provides for two methods for proposing and two methods for the ratification of an amendment. Beginning in the early 20th century, Congress has usually, but not always, stipulated that an amendment must be ratified by the required number of states within seven years from the date of its submission to the states in order to become part of the <P> There are two ways in which a formal amendment to the Constitution can be proposed. The first method is to have the amendment introduced to the house by a member of congre … ss. The second method is to have the states meet in a national convention and have the amendment introduced to the house in this manner. The US Congress (i.e. the legislative branch of the federal government). can propose amendments to the US Constitution. A 2/3 vote in both houses is required. (The president does not have sign proposed amendments and he can not veto them.). <P> Upon adoption by the Congress or a national convention, an amendment must then be ratified by three-fourths of the state legislatures or by special state ratifying conventions in three-fourths of the states. The decision of which ratification method will be used for any given amendment is Congress' alone to make. Beginning in the early 20th century, Congress has usually, but not always, stipulated that an amendment must be ratified by the required number of states within seven years from the date of its submission to the states in order to become part of the Constitution. <P> A constitutional amendment is proposed by two-thirds vote of both houses and Congress or a constitutional convention called by Congress on petition of two-thirds of the 50 … states. The US Congress (i.e. the legislative branch of the federal government). can propose amendments to the US Constitution. A 2/3 vote in both houses is required. (The president does not have sign proposed amendments and he can not veto them.). <P> An amendment may be proposed by a two-thirds vote of both the House of Representatives and the Senate or by a national convention called by Congress at the request of two-thirds of the state legislatures. The latter procedure has never been used. Beginning in the early 20th century, Congress has usually, but not always, stipulated that an amendment must be ratified by the required number of states within seven years from the date of its submission to the states in order to become part of the Constitution. <P> There have been close to 10,000 amendments proposed in Congress since 1789, and only a fraction of a percentage of those receive enough support to actually go through the constitutional ratification process. The success rate of an amendment to become part of the Constitution is less than 1%. An amendment may be proposed by a two-thirds vote of the House of Representatives and the Senate or a national convention called by Congress at the request of 2/3 of the state legislatures. The latter procedure has never been used. <P> The Amendment process is the formal way to change the Constitution. An amendment may be proposed by two-thirds vote of both houses of Congress or by a convention called by Con … gress at the request of two-thirds of the state legislatures. Ratification of an amendment takes three-fourths of the states to approve. Either Congress by a 2/3 vote or 2/3 of the state legislatures can call for such a convention to be held. This method has never been tried. In either case, a proposed amendment does not become law until 3/4 of the states ratify it. The amendment process is given in Article V of <P> Relevance. Rating Newest Oldest. Best Answer: An amendment to the U.S. Constitution can be proposed in one of two ways: 1) A 2/3 vote of both Houses of Congress 2) A constitutional convention, called by Congress, upon petition by 2/3 of the States. (Known as an Article V Convention, this method has never been used). Source(s): DrJay · 5 years ago. <P> The two ways that an amendment can be proposed is; *The Congress propose an amendment by 2/3 vote in both houses. And second *The state 2/3 of the states 34 out of 50 can ask Congress to call national convention to propose an amendment. Either Congress by a 2/3 vote or 2/3 of the state legislatures can call for such a convention to be held. This method has never been tried. In either case, a proposed amendment does not become law until 3/4 of the states ratify it. The amendment process is given in Article V of the Constitution.
Amendments can be proposed by Congress or by constitutional convention.
when did they start building disneyland
<P> On July 17, 1955, Disneyland opened for a few thousand specially invited visitors; the following day, Disneyland officially opened to the public. Disneyland, located in Anaheim, California on what used to be a 160-acre orange orchard, cost $17 million to build. <P> Disneyland was built in 1 year. Construction began on July 21, 1954. Walt Disney hired a research team to find the best place to hold the vision he had for Disneyland. Anaheim California was the spot chosen to hold a mountain, rivers and the other various ideas Disneyland now contains. <P> Construction for Disneyland began on July 21, 1954, just 12 months before the park was scheduled to open. Construction companies worked frantically to meet the tight schedule and completed the project on time. Disneyland was formally opened a year later, on July 18, 1955, to glowing reviews. <P> Building Disneyland. On July 21, 1954, construction on the park began. It was a momentous undertaking to build Main Street, Adventureland, Frontierland, Fantasyland, and Tomorrowland in only one year. The total cost of building Disneyland would be $17 million. <P> Construction began in 1954 and the park was unveiled during a special televised press event on July 17, 1955. Known as Disneyland when it opened on July 18, 1955, and still colloquially known by that name, it is the only theme park to be designed and built under the direct supervision of Walt Disney. <P> The Construction of Disneyland. In 1932, Walt Disney considered building a family park on a vacant 16 acre plot directly across the street from his studios. Unfortunately the idea was turned down by the City of Burbank. <P> Walter Elias Disney (Walt Disney) built Disneyland as a place where both children and adults could go to have fun, and where there would be something enjoyable for people of a … ll ages. Walt worked to make his dream a reality, and in June of 1955, Disneyland (in Anaheim, California) opened officially to the public.
July 21, 1954
index of college tuition costs
<P> Of course, a bit of price inflation over time can be a good thing. But the growth in the price of a college education has grown much faster than prices in many other categories. According to data from the Labor Department, the price index for college tuition grew by nearly 80 percent between August 2003 and August 2013. <P> College tuition and fees, a component of the tuition, other school fees and childcare index, is included in the education and communication group of the Consumer Price Index (CPI). Both the tuition and other school fees index and the college tuition and fees index are published monthly at the U.S. level. The tuition and other school fees index includes the four components shown below with the relative importance of each index. These data are for the U.S. city average of the CPI for All Urban Consumers (CPI-U) as of December 2009. <P> The costs given are for full-time study (covering two semesters), and exclude living expenses (food, housing, transportation), which can add considerably to education costs as well. Here is the index: 1 $ = $5,000 or less (Santa Barbara City College, $1,400). 2 $+ = $10,000 (University of Iowa, $8,100). <P> On average, tuition tends to increase about 8% per year. An 8% college inflation rate means that the cost of college doubles every nine years. For a baby born today, this means that college costs will be more than three times current rates when the child matriculates in college. College cost inflation rates are based on the Digest of Education Statistics for the years 1958-1970 and the College Board figures for four-year private colleges for the years from 1971 to the present. <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 $15,022 at public institutions, $39,173 at private nonprofit institutions, and $23,158 at private for-profit institutions. 1 Average undergraduate tuition and fees and room and board rates charged for full-time students in degree-granting postsecondary institutions, by level and control of institution: 1963 64 through 2012 13. 2 2014, Digest of Education Statistics 2013, Table 330.20. <P> Technical and business school tuition and fees. .042. College tuition and fixed fees (hereafter referred to as college tuition) accounts for about 50 percent of the weight of the tuition and other school fees index and is the largest component of this index. The base period weight for each CPI item group is the out-of-pocket expenditures households incurred for that item. The tuition and other school fees index includes the four components shown below with the relative importance of each index. These data are for the U.S. city average of the CPI for All Urban Consumers (CPI-U) as of December 2009. <P> Since 1978, college tuition and fees have increased by a whopping 1,120%. During that same period, the price of food has increased 244% and medical expenses 601%. In fact, tuition prices have gone up four times faster than the consumer price index, according to a report by Bloomberg. <P> Use the options below to generate a report on the highest (top 5%) and lowest (bottom 10%) academic year charges for each sector. Tuition reports include tuition and required fees. Net price is cost of attendance minus grant and scholarship aid. Data are reported by institutions and are for full-time beginning students. Institutions placed on the CATC highest tuition or net price list are required by the Higher Education Act of 1965 to complete the College Affordability and Transparency Form (CATEF) to explain why costs have gone up at their school, and how the rising costs could be addressed. <P> The CHART OF THE DAY shows that tuition expenses have ballooned 1,225 percent in the 36-year period, compared with a 634 percent rise in medical costs and a 279 percent increase in the consumer price index.
$15,022 at public institutions, $39,173 at private nonprofit institutions, and $23,158 at private for-profit institutions.
muscle tissue types structure and function
<P> There are three types of muscle tissues: skeletal, cardiac and smooth muscles. a. skeletal muscle: multinucleated, striated; attached to bones producing locomotion, general support and posture; producing heat. Contraction is voluntary, and not long-sustained. I. FUNCTION AND TYPES OF MUSCLE. Locomotion: One of the most obvious functions of muscle tissue is locomotion. When muscles contract, the fibers pull or relax bones to which they are attached, thus causing locomotion. Muscle contraction is also the primary means of moving lymph in the lymphatic vessel. <P> 1 Smooth muscle, neither striated in structure nor under voluntary control, is found within the walls of organs and structures such as the esophagus, stomach, intestines, bronchi, uterus, urethra, bladder, blood vessels, and the arrector pili in the skin (in which it controls erection of body hair). This is opposed to other components or tissues in muscle such as tendons or perimysium. It is formed during embryonic development through a process known as myogenesis. Muscle tissue varies with function and location in the body. <P> Tweet. : This page is part of the section about the structure and function of different Tissue Types, which is related to the section about Histology and Cells (incl. structure of animal cells, cell division, mitosis, meiosis). To read about other tissue types see the list of on the left. There are 3 types of muscle tissue: 1 Skeletal muscle tissue, 2 Cardiac muscle tissue, and. 3 Smooth muscle tissue. <P> Muscle tissue is categorized into three distinct types: skeletal, cardiac, and smooth. Each type of muscle tissue in the human body has a unique structure and a specific role. Skeletal muscle moves bones and other structures. Cardiac muscle contracts the heart to pump blood. The smooth muscle tissue that forms organs like the stomach and bladder changes shape to facilitate bodily functions. Here are more details about the structure and function of each type of muscle tissue in the human body. 1. The Human Body Has Over 600 Skeletal Muscles That Move Bones and Other Structures Skeletal muscles attach to and move bones by contracting and relaxing in response to voluntary messages from the nervous system <P> The structure of these muscle tissues can be described from the level of detail of the muscle fibres (muscle cells) through all the other muscle structures and parts of structures that bind muscle cells together enabling them to perform their functions. To read about other tissue types see the list of on the left. There are 3 types of muscle tissue: 1 Skeletal muscle tissue, 2 Cardiac muscle tissue, and. 3 Smooth muscle tissue. <P> The functions of muscle tissues depend on the type of muscle tissues and their locations in the body. Here is an overview of the 3 types of muscle tissues : : Skeletal muscle is called striated because of its appearance consisting of light and dark bands visible using a light microscope. To read about other tissue types see the list of on the left. There are 3 types of muscle tissue: 1 Skeletal muscle tissue, 2 Cardiac muscle tissue, and. 3 Smooth muscle tissue. <P> Muscle tissue is made of excitable cells that are capable of contraction. Of all of the different tissue types (muscle, epithelial, connective, and nervous), muscle tissue is the most abundant in most animals. <P> The muscular system allows us to move. Adults have a certain fixed number of muscle cells, approximately 602. . Through exercise, such as weight lifting, the cells enlarge but the number of cells does not increase. Structure and Function. There are three types of muscle tissue— smooth, skeletal, and cardiac. Each has its own distinctive function, and therefore, its own distinctive structure, but all muscles allow movement of some kind. Skeletal Muscle. Skeletal muscle is called voluntary because you can control this type of muscle <P> MUSCLES AND MUSCLE TISSUE. Muscle is composed of fibers, nerves and connective tissues and account for over 40% of the body weight. The fibers contract to produce tension on the associated tissues or tendons. Muscle tissue is enclosed in facia, which in turn is attached to other structures including ligament. There are three types of muscle tissues: skeletal, cardiac and smooth muscles. Muscle tissue provides a) posture and body support b) locomotion and c) heat production. I. FUNCTION AND TYPES OF MUSCLE. Locomotion: One of the most obvious functions of muscle tissue is locomotion. When muscles contract, the fibers pull or relax bones to which they are attached, thus causing locomotion. Muscle contraction is also the primary means of moving lymph in the lymphatic vessel. <P> Muscle tissue is a soft tissue that composes muscles in animal bodies, and gives rise to muscles' ability to contract. This is opposed to other components or tissues in muscle such as tendons or perimysium. It is formed during embryonic development through a process known as myogenesis. Muscle tissue varies with function and location in the body. In mammals the three types are: skeletal or striated muscle; smooth or non-striated muscle; and cardiac muscle, which is sometimes known as semi-striated
1. Skeletal or striated muscle; 2. Smooth or non-striated muscle; and 3. Cardiac muscle, which is sometimes known as semi-striated.
how do you connect your laptop to another laptop
<P> 1 Get the right cable. 2 When you connect an external monitor to a laptop computer, you have to run a cable between the two devices. 3 Make sure that you get a monitor cable that matches the sockets on your laptop and monitor. 4 Tell your operating system you’re using a second screen. <P> 1 You will use this port and the corresponding video cable to connect your laptop to an external monitor. 2 Desktop Computers: Look at the back of the computer (Figure 1) to check for any installed add-in video cards. 3 Usually, integrated video cards are automatically disabled when an add-in video card is installed. <P> You can share your Internet access by connecting your laptop with a non-wireless computer. First, you need to connect your laptop with the other computer by using a standard Ethernet cable. You can then share your Internet connection. This is different for each version of Windows, as described in the following steps. <P> are you trying to output the video from both laptops to a tv or a monitor. if you are you use video switch...if your trying to move data from one to the other you can use a usb or ethernet cable. Share. Related resources. 1 My laptop screen is cracked and I cant connect to another monitor via a vga cable. <P> Connect the monitor, flat panel, or projector to the laptop's external video connection on the back of the computer. An example of a VGA connector for a computer monitor and VGA port on a laptop is shown to the right. <P> Step 1: Check to see if the external monitor uses a VGA cable, a DVI cable, or an S-Video cable. Look on the side of your laptop's case to see if it has a corresponding cable port. Purchase a conversion unit, such as a VGA to DVI converter, if your laptop does not have already have the correct <P> 1 Compare the back of your computer to the back of your monitor. 2 Use the table below to ensure that you connect the correct video cable to the correct video port on the back of your computer and monitor. 3 Laptop Computers: Most laptop computers have a port on the side or back of the computer to connect an external monitor. <P> To hook up a monitor to a laptop, find the external video port on your laptop. Connect your monitor to your laptop using a 15-pin cable with help from an IT specialist in this free video on laptop computers.
Through the VGA, DVI, S-Video cable.
cost of micrometer
<P> A basic Starrett micrometer will start around $100 for 0-1 range and go up for larger sizes and options. 5-6 micrometer is around $175. On the cheap end you could get a 0-1 digital micrometer from Harbor Freight for about $20. See the links below for sources where you could order online. <P> Inside micrometers cost different prices depending on brand, quality and also how many in a set. The price of an inside micrometer can range from around _Cç£ 30 to _ … over£. 200 Mandy. bivins <P> We also offer our clients a wide range of Micrometer 300 to 400 mm, which are widely demanded for their unmatched quality and high accuracy. <P> 1 2 3 4 5 6 7 8 9 10. This is the median price based on sales of this product in the same condition from all listings on ebay.com in the past 14 days, or if there are any insufficient number of listings for a meaningful calculation, the past 90 days. <P> Confidence votes 261K. Inside micrometers cost different prices depending on brand, quality and also how many in a set. The price of an inside micrometer can range from around _Cç£ 30 to _OVERcç. £ 200 <P> These high quality stage micrometers are used for routine calibration of a variety of optical measuring instruments, from light microscopes and eye pieces to x-y stages and optical benches. The stage micrometer is actually used as a specimen in order to calibrate for example, an eye piece reticle.
£ 30 to OVER £ 200.
what is extracellular matrix
<P> In no tissue is the extracellular matrix so well defined-or so easily studied-as in connective tissue, where the extracellular matrix is frequently more plentiful than the cells. Found throughout your body, connective tissue serves as the scaffolding for all other tissues. <P> extracellular matrix, a substance containing collagen, elastin, proteoglycans, glycosaminoglycans, and fluid, produced by cells and in which the cells are embedded. The matrix secreted by chondroblasts, for example, is responsible for the properties of cartilage. extracellular matrix (eksˈ·tr ·selˑ·y ·ler māˑ·triks) , n substance produced by cells and secreted into the environment in which the cells are embedded; contains collagen, proteoglycans, glycosaminoglycans, and fluid; can influence the behavior of the cells. Also called. ECM. <P> Extracellular matrix. In biology, the extracellular matrix is the extracellular part of animal tissue that usually provides structural support to the animal cells in addition to performing various other important functions. The extracellular matrix is the defining feature of connective tissue in animals. Extracellular matrix includes the interstitial matrix and the basement membrane. Interstitial matrix is present between various animal cells. <P> In biology, the extracellular matrix (ECM) is a collection of extracellular molecules secreted by cells that provides structural and biochemical support to the surrounding cells. Interstitial matrix is present between various animal cells (i.e., in the intercellular spaces). Gels of polysaccharides and fibrous proteins fill the interstitial space and act as a compression buffer against the stress placed on the ECM. <P> Extracellular matrix. Definition. noun, plural: extracellular matrices. The non-cellular portion of a tissue produced and secreted by cells and mainly for providing support. Supplement. The extracellular matrix is the non-cellular portion of a tissue. It is a collection of extracellular material produced and secreted by cells into the surrounding medium. The main function of the extracellular matrix is to provide structural and biochemical support to the surrounding cell <P> The macromolecules that constitute the extracellular matrix are mainly produced locally by cells in the matrix. As we discuss later, these cells also help to organize the matrix: the orientation of the cytoskeleton inside the cell can control the orientation of the matrix produced outside. Collagens Are the Major Proteins of the Extracellular Matrix. The collagens are a family of fibrous proteins found in all multicellular animals. They are secreted by connective tissue cells, as well as by a variety of other cell types. <P> The animal extracellular matrix includes the interstitial matrix and the basement membrane. Interstitial matrix is present between various animal cells (i.e., in the intercellular spaces). Gels of polysaccharides and fibrous proteins fill the interstitial space and act as a compression buffer against the stress placed on the ECM. <P> Overview. The Extracellular Matrix (ECM) is a complex structural system that supports and protects animal cells, and is often referred to as the connective tissue. The meshlike structure of the ECM is composed of mainly from collagen proteins connected to glycoprotein. The Extracellular Matrix is composed of many different parts such as the cell's plasma membrane, cytoplasm, microfilaments, and receptor proteins (integrin) but is mainly made up of Glycoproteins (made of a core protein with carbohydrate chains). <P> The extracellular matrix is a meshwork of proteins and carbohydrates that binds cells together or divides one tissue from another. Collagens are the principal proteins of the extracellular matrix. They are structural proteins that provide tissues with strength and flexibility, and serve other essential roles as well. They are the most abundant proteins found in many vertebrates.
It is a collection of extracellular molecules secreted by cells that provides structural and biochemical support to the surrounding cells.
cost to replace faucet in garage
<P> Get an INSTANT estimate of the cost to Replace a Tub Faucet! Our free calculator uses recent, trusted data to estimate costs for your Tub Faucet Replacement project. For a basic 1 faucet project in zip code 47474, the benchmark cost to Replace a Tub Faucet ranges between $350.80 - $579.54 per faucet. To estimate costs for your project: 1. <P> A plumber will charge $250 to remove an old faucet and replace it with a good quality and stylish new one. That includes the labor and new faucet. You can do it for $145, the cost of the new unit, and save 42 percent. You need basic plumbing tools, along with a basin wrench, a specialty tool that twists and turns so it can loosen and adjust tough-to-reach fasteners on a faucet assembly. <P> Compare the cost to replace a kitchen faucet yourself with the labor and material cost to hire a plumber for the job. That includes the labor and new faucet. You can do it for $145, the cost of the new unit, and save 42 percent. You need basic plumbing tools, along with a basin wrench, a specialty tool that twists and turns so it can loosen and adjust tough-to-reach fasteners on a faucet assembly. <P> Purchasing extra remotes and getting openers set up for operation will typically range from $100 to $400, which will add to the overall cost of the garage door installation. If your opener works with the new door, you won't need to have it replaced. Garage door opener repair can cost between $100 and $300 depending on the extent of the problem. Return to Top. The type of garage door you select -- and any extra pieces or labor required -- will influence how much you pay to have it professionally installed. <P> If you have an old single-handle faucet, you can replace it with a new one designed specifically for do-it-yourselfers. There is a nice array of finishes in single-handle faucets, so you'll be able to find one that matches your bathroom accessories. The replacement gets more complicated and expensive if the existing faucet is very old or has two handles, which usually requires a different type of faucet. Tip: Don't forget to turn off the water supply lines under the sink before you begin this or any faucet project. That sums it up. <P> Here are some factors to consider as you look to invest in a new garage door: A garage door will cost anywhere from $200 for single doors to $4,000 for two or more doors, with better materials accounting for the higher cost. Most homeowners report spending about $1,060 for the door and installation. Garage door opener repair can cost between $100 and $300 depending on the extent of the problem. Return to Top. The type of garage door you select -- and any extra pieces or labor required -- will influence how much you pay to have it professionally installed. <P> Our free calculator uses recent, trusted data to estimate costs for your Bathroom Faucet Replacement project. For a basic 1 faucet project in zip code 47474, the benchmark cost to Replace a Bathroom Faucet ranges between $263.93 - $393.56 per faucet. To estimate costs for your project: 1. Set Project Zip Code Enter the Zip Code for the location where labor is hired and materials purchased. 2. 1 General contractor overhead and markup for organizing and supervising the Bathroom Faucet Replacement. 2 Add 15% to 23% to the total cost above if a general contractor will supervise this project.
Between $100 and $300
cost of neutering a rabbit
<P> The cost... The cost for a Neuter certificate is $75 and a Spay certificate is $95. As anyone who has researched spay/neuter surgeries for rabbits knows, a neuter may cost $200+ and a spay can be $400+. We are grateful to our participating veterinarians who are making these lower fees possible. NJHRS is pleased to offer this lower-cost spay/neuter program for rabbits—the only one of it’s kind in New Jersey. If you are reading this, you are a responsible rabbit parent who know the benefits of spaying and neutering rabbits, even if you have only one rabbit and pregnancy is not an issue. <P> 1 For those that live in a higher, populated metro area, the rabbit neutering cost can be anywhere from $175 to $475 due to the higher rent costs and cost of living. Out of every 1,000 rabbits that are neutered, approximately .1% have a mortality rate, and this is widely due to the anesthesia. The pricing for neutering is going to vary on a few different factors. 1 The low end for the surgery itself is going to cost anywhere from $100 to as much as $275. <P> A rabbit that is spayed has is virtually prone to cancers such as ovarian, uterine and others such as mammarian. According to Rabbits.org, a spayed rabbit is calmer, it’s going to love you more and it tends to be more dependable. The cost of spaying your rabbit is going to greatly vary on a few different factors. 1 In your less populated area where the cost of living is relatively low, the prices can range anywhere from $85 to $200. 2 On average, most of your typical clinics are going to charge anywhere from $150 to $300. 1 Medications after the procedure is done will be necessary. 2 Medications for a rabbit will start around $20 – $80+ A shot such as a metacam shot may be required before the procedure begins. 3 A shot such as this can cost upwards of $10 to $30 depending on the vet. <P> What does the surgery cost? Spay/neuter costs vary tremendously in different areas of the country. The low end of the range can be as inexpensive as $50-75 (often in spay/neuter clinics), while vets in major metropolitan areas, where rents and labor costs are very high, often charge several hundred dollars. See our veterinary listings. 1 The risk of reproductive cancers (ovarian, uterine, mammarian) for an unspayed female rabbit stands at is virtually eliminated by spaying your female rabbit. 2 Your neutered male rabbit will live longer as well, given that he won’t be tempted to fight with other animals (rabbits, cats, etc.) due to his sexual aggression. <P> A neutering procedure today for a rabbit is relatively safe. Out of every 1,000 rabbits that are neutered, approximately .1% have a mortality rate, and this is widely due to the anesthesia. The pricing for neutering is going to vary on a few different factors. 1 The low end for the surgery itself is going to cost anywhere from $100 to as much as $275. <P> In my neck of the woods it will cost you $140 - $230 at a vet. This is typical. However if you have a clinic or shelter that does low-cost spay/neuter for rabbits then you may pay as little as $50. This is rare but worth the research to find one. I'd suggesting making sure your male is actually a male and your female is a female. <P> 1 The low end for the surgery itself is going to cost anywhere from $100 to as much as $275. 2 For those that live in a higher, populated metro area, the rabbit neutering cost can be anywhere from $175 to $475 due to the higher rent costs and cost of living. 3 In Montana for example, the prices will vary $80 to $125. Out of every 1,000 rabbits that are neutered, approximately .1% have a mortality rate, and this is widely due to the anesthesia. The pricing for neutering is going to vary on a few different factors. 1 <P> Six months for female rabbits, while five months for male rabbits. While the rabbits have not been neutered yet, it is always advisable to keep them separated. The Average Cost Of Neutering a Rabbit. Neutering a female rabbit is more expensive and the expenses usually depend on your veterinarian. The low end for the procedure alone costs somewhere between $150 to as high as $300. But for those living in a superior, populated metro area, the procedure can cost about $200 to $500 because of the higher cost of living. <P> Bunnies United for Neuter and Spay. If you cannot afford the cost of spaying and neutering your rabbit, Gainesville Rabbit Rescue (GRR) may be able to help. Through its BUNS voucher program you can purchase a low cost spay/neuter voucher from GRR and present it to a participating veterinary clinic.
$175 to $475
what mean paypal
<P> To accept PayPal payments: Click My eBay at the top of most eBay pages. You may need to sign in. Place your pointer over the Account tab, and then click Site Preferences. In the Selling Preferences section, click the Show link next to Payment from buyers. Click the Edit link. You may need to sign in again. <P> Add your answer. What does paypal mean by this. To close your PayPal account, go to your Profile. If you close your account, all of your outstanding transactions will be canceled immediately, and your remaining account balance, if any, will be mailed to you. So what do they mean all of your outstanding transactions will be canceled. <P> Pay with flexibility. Register your credit card or debit card with your PayPal account. You can pay by simply choosing PayPal at checkout, logging into your PayPal account, and confirming your payment. We complete the process for you, without sharing your financial details with merchants and sellers. <P> What This Means for Ecommerce Now. As of right now, ecommerce business shouldn’t slow much. Individual companies are, of course, encouraged to reflect on their own beliefs regarding the “reckless disregard” of the sanctions and where PayPal allowed payments to be made. What This Means for Ecommerce in the Future. As news begins to spread about the judgment, especially the reasons for the settlement, some buyers may feel the need to abandon PayPal as a payment option. <P> PayPal Holdings, Inc. is an American company operating a worldwide online payments system. Online money transfers serve as electronic alternatives to traditional paper methods like checks and money orders. PayPal is one of the world's largest internet payment companies. <P> DEFINITION of 'PayPal'. An electronic commerce (e-commerce) company that facilitates payments between parties through online funds transfers. PayPal allows customers to establish an account on its website, which is connected to a user's credit card or checking account. <P> PayPal Preferred adds incentives for sellers and PayPal debit card users. Sean Gallup/Getty Images News/Getty Images. You'll see PayPal Preferred on many eBay listings. This does not mean that it's an eBay-only feature, nor does it indicate that PayPal is the only type of payment that the seller will accept. Debit Card Integration. In order to access PayPal Preferred from an existing PayPal debit card account, log in to PayPal, navigate to the Profile menu option on the main page and select My Money from the drop-down box. You'll see a list of your existing accounts, including PayPal Debit.. <P> on ‎03-20-2013 10:27 AM. You do NOT have to link your checking account to your PayPal account. You CAN fund it with your Visa debit card. Buyers do not need to add a bank account when they are new. While it is perfectly safe, it is safer to use a real credit card not a debit card. <P> On a Website. PayPal Preferred is not limited to eBay transactions, however. Any website that offers PayPal transactions can adopt the PayPal Preferred program, including donation-based and charitable organizations as well as merchant sites. Debit Card Integration. In order to access PayPal Preferred from an existing PayPal debit card account, log in to PayPal, navigate to the Profile menu option on the main page and select My Money from the drop-down box. You'll see a list of your existing accounts, including PayPal Debit..
It is an American company operating a worldwide online payments system.
what is salaried income
<P> A Wage is, as mentioned, an amount paid per hour. A salary is a fixed amount of pay per week or month (usually paid semi-monthly). A yearly pay is known as an annual amount or annual pay. Minimum wage as of July 15, 2009, is $7.25 per hour. Salary is paid notwithstanding the amount of hours to usually Management employees. A wage is better because you get paid for how many hours you work, while, with a salary, you get a set amount of payment. An example of a job that gets a salary is a teacher. It doesn't matter how much homework they grade over weekends and vacations, they get the same amount of money. What a Salary looks like: <P> Jobs by Salary Range. Browse jobs by salary rates and pay scales as compiled by the Salary.com salary experts. Compensation ranges and salary levels, are determined for the best job salary comparison. Different job salary info is available for all payscales. Job pay structure for: base pay salary information, job market salary level. <P> Salary. Your salary depends on what job you do and whether your position is full-time, part-time, or intermittent. Job bulletins show the salary range for various job descriptions. To see the salary for various job descriptions, and what jobs you might qualify for, check out these links. Like salary, eligibility for benefits depends on your job and whether your position is full-time, part-time, or intermittent. The hiring agency can give you specifics about the benefits you'll receive. <P> Salary and Benefits Components of Salary and Benefits When evaluating job offers, do not look at salary as your only basis for comparison. Compensation is made up of much more than simply base salary. For example, many employers offer commission or additional incentive pay for a job well done. <P> Salary is a fixed amount of money or compensation paid to an employee by an employer in return for work performed. A general rule for comparing periodic salaries to hourly wages is based on a standard 40 hour work week with 50 weeks per year (minus two weeks for vacation). (Example: $40,000/year periodic salary divided by 50 weeks equals $800/week. <P> A salary is a form of periodic payment from an employer to an employee, which may be specified in an employment contract. A general rule for comparing periodic salaries to hourly wages is based on a standard 40 hour work week with 50 weeks per year (minus two weeks for vacation). (Example: $40,000/year periodic salary divided by 50 weeks equals $800/week. <P> Salary is typically determined by comparing market pay rates for people performing similar work in similar industries in the same region. Salary is also determined by leveling the pay rates and salary ranges established by an individual employer. Salary is also affected by the number of people available to perform the specific job in the employer's employment locale. A general rule for comparing periodic salaries to hourly wages is based on a standard 40 hour work week with 50 weeks per year (minus two weeks for vacation). (Example: $40,000/year periodic salary divided by 50 weeks equals $800/week.
Salary is a fixed amount of money or compensation paid to an employee by an employer in return for work performed.
what do bahamians speak
<P> We certainly do-granted, it is a special version of the English language-truly our own! Used by the grass roots people of the Bahamas and also by educated Bahamians who want to relate to their roots! Non-Bahamians of this world certainly would have a difficult time understanding the Bahamian lingo ! <P> Bahamian English. Our friendly nature makes it easy to strike up a conversation with a Bahamian. Try it for yourself. English is our official language. Although, you might hear Bahamian English. It’s a mixture of Queen’s diction, African influence and island dialect. The “h” is often dropped, so it sounds like “ouse” for “house” or “t’anks” for “thanks.”. <P> Bahamian English Creole is a dialect of English spoken in the Bahamas and by Bahamian diasporas. Yinna children bettus behave yaself.. Y'all ga get this belt cross ya backside today.. All a ya'll ga get cut hip in a minute.. <P> Of COURSE WE DO…. we are so clever that we speak two forms of the English language.. Bahamian Standard English yes which mean clear words and Bahamian Dialect or WHA DA SAY in DA ISLAND YA TALK BAD. <P> The Bahamas is an English Speaking Country. The local people on various Islands speak with a Dialect which is noticeable different from other Caribbean Islands. I believe that it is a mixture of Scottish, English, American, and African. It is very pleasant to hear. Source(s): I am Bahamian and I live in Nassau <P> Since a national language of The Bahamas is English, you should do fine just saying Hello In case you are traveling to other countries in Latin America & Caribbean or elsewhere in the world, here are some more helpful words from our The Bahamas Greetings category: Fine, thank you. <P> Bahamian is an English-based creole language spoken by approximately 400,000 people in the Bahamas and the Turks and Caicos Islands. Bahamian is spoken by both white and black Bahamians, although in slightly different forms. Bahamian also tends to be more prevalent in certain areas of the Bahama <P> Very colorful. There is no official second language in the Bahamas (which is a good thing), though everyone is free to speak whatever language they like (unlike those poor French whose government forces them to speak their language!).. Source(s): http://www.thebahamasguide.com/facts/lan... ranunculusviridis · 8 years ago. <P> There is no official second language in the Bahamas (which is a good thing), though everyone is free to speak whatever language they like (unlike those poor French whose government forces them to speak their language!). <P> Until 1973, the Bahamas-like many other Caribbean nations-was a commonwealth and property of the British empire. The official language of the Bahamas is still English, but many Bahamians speak a unique dialect of the language. Here, the locals combine British English with language taken from their native African, Irish, or Scottish heritage. The islands' Haitian residents also speak Creole.
English-based creole language
how many carbs per day diabetic
<P> Most adults need 6-11 servings of carbs per day, depending on the factors listed above. The general starting point for a moderate-size woman is 45-60 grams of carbohydrates at each meal; for moderate-size men, 60-75 grams of carbs per meal. Most people with diabetes don't need to eat snacks. <P> A diabetic's daily carbohydrate intake varies based on age, weight, gender, activity level and goal. An individual diabetic's needs can also vary, if he is to be active one day, but resting the next. Roughly half of all calories should come from carbohydrates, regardless of the day's carbohydrate total. <P> Carb grams/day range*: 259–455 grams. Carb grams/meal range (3 meals per day): 86–151 grams. *Based on 45%–65% of calories from carbohydrate. Note: Men who are under 65 years of age, moderate to large in stature, at a healthy weight, and get a lot of exercise may need more calories and grams of <P> Carb grams/meal range (3 meals per day): 60–103 grams. *Based on 45%–65% of calories from carbohydrate. Note: Women who are under 65 years of age, moderate to large in stature, at a healthy weight, and get a lot of exercise may need more calories and grams of <P> If on a 180-gram carbohydrate diet, but you can't consume 60 grams of carbohydrates per meal three times a day, try smaller meals, say four 40-gram carbohydrate meals and a 20-gram snack. Always add grams from snacks to your daily carbohydrate total. <P> Carb grams/day range*: 180–308 grams. Carb grams/meal range (3 meals per day): 60–103 grams. *Based on 45%–­65% of calories from carbohydrate. Note: These recommendations are the same for a woman of small stature who wants to maintain weight. <P> Per Meal. Women should have between 2 and 3.5 carbohydrate servings per meal, while men can have between 3 and 4. A carbohydrate serving is considered 15 grams, meaning that the total number of carbohydrates a woman should have at one sitting is between 30 and 55 grams and for men is 50 to 65. <P> Carbohydrates. Your goal should be to limit your carb intake to between 45 and 65 percent of total calories per day. In other words, if you are consuming 2200 calories per day, no more than 1430 of that should come from carbohydrates. In addition, you should aim to eat at least 130 grams of carbs every day, split evenly throughout the day.
259–455 grams
what does a nuclear stress test reveal
<P> Why it's done. Your doctor may recommend a nuclear stress test to: Diagnose coronary artery disease. Your coronary arteries are the major blood vessels that supply your heart with blood, oxygen and nutrients. If you have symptoms that might indicate coronary artery disease, such as shortness of breath or chest pains, a nuclear stress test can help determine if you have coronary artery disease. 1 See the size and shape of your heart. 2 Guide treatment of heart disorders. 3 Definition. 4 Risks. <P> Answer: A nuclear stress test, what we call myocardial perfusion imaging is a test that looks at the blood flow to your heart muscle. We do that while you're resting and also with some form of stress, either exercise or sometimes we give a medicine to simulate the effects of exercise. <P> The nuclear stress test can be done while the patient is resting or doing exercise. The radioactive substance that is injected into the patient is called a radionuclide. According to the British Heart Foundation, Radionuclide tests are considered safe 4. However, during the test you will be exposed to some radiation.. After the test, the doctor will discuss the results with the patient. The nuclear stress test may show: 1 Normal blood flow during rest and exercise-this means heart function appears to be normal at all times. 2 The patient probably does not have coronary artery disease. 3 In most cases, no further tests are required. <P> Nuclear stress test with exercise. In this test, the aim is to find out whether any areas of the heart muscle are not receiving enough blood flow during exercise. A radionuclide, such as thallium or technetium, is injected into a vein in the hand or arm. After the test, the doctor will discuss the results with the patient. The nuclear stress test may show: 1 Normal blood flow during rest and exercise-this means heart function appears to be normal at all times. 2 The patient probably does not have coronary artery disease. 3 In most cases, no further tests are required. <P> A nuclear stress test is similar to the exercise stress test or pharmacological (chemical) stress test, but a small amount of radioactive substance is used to determine the health of the heart and blood flow to the heart. After the test, the doctor will discuss the results with the patient. The nuclear stress test may show: 1 Normal blood flow during rest and exercise-this means heart function appears to be normal at all times. 2 The patient probably does not have coronary artery disease. 3 In most cases, no further tests are required. <P> 1 See the size and shape of your heart. 2 The images from a nuclear stress test can show your doctor if your heart is enlarged and can measure its pumping function (ejection fraction). 3 Guide treatment of heart disorders. If you have symptoms that might indicate coronary artery disease, such as shortness of breath or chest pains, a nuclear stress test can help determine if you have coronary artery disease. 1 See the size and shape of your heart. 2 Guide treatment of heart disorders. 3 Definition. 4 Risks. <P> Definition. A nuclear stress test measures blood flow to your heart at rest and while your heart is working harder as a result of exertion or medication. The test provides images that can show areas of low blood flow through the heart and damaged heart muscle. The test usually involves taking two sets of images of your heart — one while you're at rest and another after you heart is stressed, either by exercise or medication. <P> A. A. A stress test can be used to test for heart disease. Stress tests are tests performed by a doctor and/or trained technician to determine the amount of stress that your heart can manage before developing either an abnormal rhythm or evidence of ischemia (not enough blood flow to the heart muscle). The most commonly performed stress test is the exercise stress test. The exercise stress test -- also called a stress test, exercise electrocardiogram, treadmill test, graded exercise test, or stress ECG -- is used to provide information about how the heart responds to exertion. <P> If a patient has blockage of the blood flow to the heart or if they've had a heart attack in the past, it will show up, says Mieres. Nuclear stress tests are 90% accurate, compared with exercise stress tests, which are about 75% accurate for men and just over 60% accurate for women. <P> |. Share. A nuclear stress test lets doctors see pictures of your heart while you are resting and after you have exercised. The test can show the size of the heart's chambers, how well the heart is pumping blood, and whether the heart has any damaged or dead muscle. Nuclear stress tests can also give doctors information about your arteries and whether they might be narrowed or blocked because of coronary artery disease.
Provides images that can show areas of low blood flow through the heart and damaged heart muscle.
how long does a strained shoulder take to heal
<P> Best Answer: A pulled muscle (neck strain) can take weeks to heal. See reference below to find out if it is a muscle strain-has illustrations of neck pain patterns from different muscles. Might also check out a new pillow too. Source(s): http://www.necksolutions.com/neck-strain... <P> However, it has been a long 12 days and it feels much better than before, but I cannot participate on upper body (right shoulder) required sports. I play volleyball and I am so bummed that I can't play for my middle school team this year because try-outs are in 6 days. I don't think it'll be good by then. The femur can take a lot of damage without breaking, but that damage would still have to heal. Connective tissue -- depends on the injury and how well you treat it (which would typically include physical therapy). Cuts, surgical incisions, etc. should heal comparatively quickly, again because of the blood flow. <P> A mild rhomboid strain may heal within a few weeks, but a severe injury may take 6 weeks or longer. To help relieve swelling and pain: 1 Put an ice pack, gel pack, or package of frozen vegetables wrapped in a cloth on the injured area every 3 to 4 hours for up to 20 minutes at a time. A rhomboid strain is a stretch or tear of these muscles. A rhomboid spasm is a sudden tightening of the muscle that you cannot control. A rhomboid muscle strain or spasm is usually caused by overuse of your shoulder and arm. This can happen from: <P> A muscle strain is a stretching or tearing of a muscle or tendon. Strains can occur in joints and muscles across the body, but the shoulders in particular are very susceptible to strains. <P> People often times confuse the terms strain and sprain.. A strain is an injury, a stretching, or even a tearing of what we call the muscular tenuous unit. The tendon and the muscle that attaches to it, when those are injured or torn, we call that a strain: s-t-r-a-i-n. And we call that a grade-two or partial tear of that strain. Those can take anywhere from three to six weeks to heal and to recover from and most often require that the athlete stop the sport that they are participating in, whether it's running or basketball or working out. <P> If the bone is bruised -- longer. The femur can take a lot of damage without breaking, but that damage would still have to heal. Connective tissue -- depends on the injury and how well you treat it (which would typically include physical therapy). Cuts, surgical incisions, etc. should heal comparatively quickly, again because of the blood flow. <P> It takes about 1 week to heal a pulled muscle. You need to make sure that you put ice and heat on it every three to four hours. You can not do anything to your back or it will … turn worse. The femur can take a lot of damage without breaking, but that damage would still have to heal. Connective tissue -- depends on the injury and how well you treat it (which would typically include physical therapy). Cuts, surgical incisions, etc. should heal comparatively quickly, again because of the blood flow. <P> The time an injury takes to heal depends on how severe the injury is. However, it will usually take anywhere from a couple of days to several weeks. Keep cool compresses on … the area to reduce swelling as well as taking Ibuprofen. Also, use warm compresses to help with pain. One morning I didn't properly warm up and pulled a ligament in the right shoulder. I had to surrender doing pushups for 2 weeks. In the mean time; no alcohol, caffeine, smoking or red meat, and avoid as much as possible using that arm during the duration. <P> Apply ice until the swelling decreases. According to Sports Injury Handbooks, ice helps relax the shoulder muscle and prevents spasms. Ice also stops any bleeding and can help reduce pain. Ice your shoulder for 20 minutes, then stop. Keep this cycle going for as long as possible over the next several days. Step 4. Rest your shoulder for seven days. Avoid activities that cause you pain or additional strain. Don't avoid activity altogether, however. MayoClinic.com suggests that you exercise other muscles, such as through walking, to prevent deconditioning.
6 weeks
what is doxycycline hyclate
<P> Doxycycline is a tetracycline antibiotic. It fights bacteria in the body. Doxycycline is used to treat many different bacterial infections, such as urinary tract infections, acne, gonorrhea, and chlamydia, periodontitis (gum disease), and others. Doxycycline is also used to treat blemishes, bumps, and acne-like lesions caused by rosacea. Doxycycline will not treat facial redness caused by rosacea. Doxycycline may also be used for purposes not listed in this medication guide. <P> A: Doxycycline can be used for a number of different infections as follows: acne, anthrax, gum diseases, and rosacea, as well as bacterial infections such as chlamydia, typhus, tick bites, pneumonia, syphilis, gonorrhea, Lyme disease, plaque, malaria, and some urinary tract infections. Doxycycline is an antibiotic used for treating bacterial infections. The drug is also sold under the brand names Oracea, Doryx, Monodox, Periostat, and Vibramycin. Doxycycline is in a class of medications called tetracyclines, and it's a broad-spectrum antibiotic, which means it works against a wide range of bacteria. <P> A: Doxycycline is a medication that is used to treat various infections such as lyme disease, urinary tract infections, and pneumonia. Doxycycline is in the class of antibiotics called tetracyclines that work by inhibiting the growth of bacteria giving the immune system a chance at eliminating the infection. Doxycycline is an antibiotic used for treating bacterial infections. The drug is also sold under the brand names Oracea, Doryx, Monodox, Periostat, and Vibramycin. Doxycycline is in a class of medications called tetracyclines, and it's a broad-spectrum antibiotic, which means it works against a wide range of bacteria. <P> Doxycycline hyclate (doxycycline hydrochloride hemiethanolate hemihydrate) is a prescription antibiotic medication that is licensed to treat a number of common bacterial infections. It is made by several different manufacturers. Some uses for doxycycline hyclate include: 1 Treatment of bacterial infections, including: <P> Descriptions. Doxycycline is used to treat bacterial infections in many different parts of the body. It is also used to treat pimples and abscesses (usually on the face) that are caused by rosacea, also known as acne rosacea or adult acne. Doxycycline belongs to the class of medicines known as tetracycline antibiotics. It works by killing bacteria or preventing their growth. However, this medicine will not work for colds, flu, or other virus infections. This medicine is available only with your doctor's prescription. <P> Though doxycycline hyclate is a powerful antibiotic, not all bacterial strains may respond to this drug. Medical conditions that result from viral infections also do not respond to doxycycline hyclate treatment. Doxycycline hyclate is available in tablet and capsule form. Doxycycline Hyclate is an antibiotic that is sourced synthetically from oxytetracycline. It is a drug that is commonly used to fight bacterial infections. Its main action is to slow the growth of bacteria inside the body to allow for the body’s immune system to work and perhaps eliminate them all throughout <P> A: Doryx (doxycycline hyclate) is a tetracycline-type antibiotic used to treat bacterial infections (e.g., Rickettsial infections, sexually transmitted infections, respiratory tract infections, ophthalmic infections, Anthrax, adjunctive therapy in acute intestinal amebiasis and severe acne, and prophylaxis of malaria). Doxycycline is an antibiotic used for treating bacterial infections. The drug is also sold under the brand names Oracea, Doryx, Monodox, Periostat, and Vibramycin. Doxycycline is in a class of medications called tetracyclines, and it's a broad-spectrum antibiotic, which means it works against a wide range of bacteria. <P> Found This Helpful. Doxycycline hyclate is a prescription antibiotic that can be used to treat several medical conditions, including bacterial infections such as those caused by ticks and bug bites, chronic eye infections, severe acne, dysentery and gonorrhea. It can also be used to prevent malaria in people planning to travel abroad. Drug Interactions. Doxycycline hyclate is known to interfere with the effectiveness of some other medications, including penicillin, certain antacids, oral birth control, barbiturates, sodium bicarbonate, phenytoin, carbamazepine, blood thinners and bismuth subsalicylate.
Is a prescription antibiotic that can be used to treat several medical conditions, including bacterial infections such as those caused by ticks and bug bites, chronic eye infections, severe acne, dysentery and gonorrhea.It can also be used to prevent malaria in people planning to travel abroad
when did charlie chaplin die
<P> Charles Spencer Chaplin was born in London, England, on April 16th 1889. His father was a versatile vocalist and actor; and his mother, known under the stage name of Lily Harley, was an attractive actress and singer, who gained a reputation for her work in the light opera field. <P> Charlie lived with his father for a short of time during his childhood. Charles Sr. died May 9, 1901, at the age of 37 from illnesses stemming from alcoholism. Chaplin's Mother Hannah Chaplin Charlie's mother Hannah became a singer in the London Music Halls after marrying Charles Chaplin Sr. in 1885. <P> - Linda Wada Sydney Chaplin, Charlie Chaplin's son, has died at the age of 82. ednapurviance.org Part 1 - Charlie's Ideal Part 2 - Chaplin's Wives Part 3 - Chaplin's Family. Chaplins Parents Chaplin's Father Charles Spencer Chaplin Sr. Charlie wrote in his book that he really never knew his father. <P> December 26, 1977 Charlie Chaplin Dead at 88; Made the Film an Art Form By BOSLEY CROWTHER harlie Chaplin, the poignant little tramp with the cane and comic walk who almost single-handedly elevated the novelty entertainment medium of motion pictures into art, died peacefully yesterday at his home in Switzerland. <P> Sydney Chaplin, son of famous actor Charlie Chaplin and himself a Tony-winning actor who starred on Broadway opposite Judy Holliday in Bells Are Ringing and Barbra Streisand in Funny Girl, has died at 82. He's shown here in 1998 with a stamp honoring his father. <P> She died August 28, 1928. Charlie Chaplin's Brothers Sydney Earl Chaplin, (half-brother) Wheeler Dryden (half-brother) Charlie had two half-brothers. Sydney Chaplin grew up with Charlie and was the one person who really knew Chaplin the best. <P> 1 His corpse was stolen. 2 Three months after Chaplin died on Christmas, 1977, his body was stolen in an effort to extort money from his family. 3 Chaplin's body was recovered 11 weeks later after the grave-robbers were captured. 4 He is now buried under 6 feet of concrete to prevent further theft attempts. <P> 1 Three months after Chaplin died on Christmas, 1977, his body was stolen in an effort to extort money from his family. 2 Chaplin's body was recovered 11 weeks later after the grave-robbers were captured. 3 He is now buried under 6 feet of concrete to prevent further theft attempts. 4 He has an asteroid named after him. <P> 1978: Charlie Chaplin's stolen body found The coffin containing the body of Charlie Chaplin-missing since his grave was robbed 11 weeks ago-has been found. It was dug up from a field about a mile away from the Chaplin home in Corsier near Lausanne, Switzerland.
25th December 1977
cost of mouthguards
<P> Cost of Mouth Guards. Stock mouth guards typically range in cost from $1 to $15 and are available in sporting goods and drug stores. Mouth-formed guards are priced at approximately $2 to $30 and also are available at sporting goods and drug stores. Custom-fitted mouth guards cost between $190 and $500 and are available from a dentist. Most dental insurance plans generally do not cover the cost of mouth guards. Check with your dental insurance company to determine your level of coverage. Either way, a mouth guard is a good investment in your oral health <P> Buying a mouth guard from your dentist may cost as much as $500, but ordering online can reduce the cost without any loss of quality. Depending upon the severity of your bruxism and your specific mouth guard needs, a custom mouth guard can cost $100-$200 when purchased online and will last 6 months to 5 years. When ordering your night mouth guard, it is important that you choose a guard that will best protect your teeth. There are a number of factors to consider from price, to material, to vendor, and each is critical in your search for the right mouth guard. Averaging $300-$500 per custom mouth guard, purchasing a dental guard through your dentist is the most expensive option. <P> 1 According to online dentistry resource Consumer Guide to Dentistry, custom-fitted mouthguards provided by a dentist are often priced between $190 and $500. 2 In comparison, stock mouth guards, which can be bought at sporting goods and drug stores, usually cost $1 to $15 and mouth-formed guards cost $2 to $30. 1 Custom mouthguards have three levels of protection: single lamination (3 mm to 5 mm thickness), double lamination (5 mm thickness), and triple lamination (made up of one lamination of thin, hard polycarbonate inserted in the middle of two soft laminations. <P> 1 On average, to have a customized mouthguard, be prepared to pay anywhere from $200 to as much as $750. 2 On the other hand, do keep in mind that standard mouthguards found over the counter will usually cost less than $20. 1 Custom mouthguards have three levels of protection: single lamination (3 mm to 5 mm thickness), double lamination (5 mm thickness), and triple lamination (made up of one lamination of thin, hard polycarbonate inserted in the middle of two soft laminations. <P> Among the different types of guards, custom mouthguards are the most expensive. 1 On average, to have a customized mouthguard, be prepared to pay anywhere from $200 to as much as $750. 2 On the other hand, do keep in mind that standard mouthguards found over the counter will usually cost less than $20. 1 Custom mouthguards have three levels of protection: single lamination (3 mm to 5 mm thickness), double lamination (5 mm thickness), and triple lamination (made up of one lamination of thin, hard polycarbonate inserted in the middle of two soft laminations. <P> 1 Do-it-yourself night guards start around $15 -$25, but can cost up to $80-$250. 2 These range from a boil-and-bite type that is softened by hot water to adapt it to the individual's mouth; to a custom guard in which the person uses a kit to make their own dental impression, and then mails that to the manufacturer. My dentist suspects that I might grind my teeth at night and recommended me a night guard. It cost me $400 for 2 visit (impression + fitting). It fits me comfortably, but i still think that $400 for a piece of cheap plastic is a bit too much. <P> Costs can vary from dentist to dentist. Ask your dental team about mouthguards and always get an estimate before starting treatment. When you consider the cost of expensive dental work and the risk of losing teeth, it is a small price to pay for peace of mind. It is important to wear a professionally made mouthguard whenever you play sport that involves physical contact or moving objects. This includes: cricket, hockey and football-which can cause broken and damaged teeth; and American football, boxing and rugby-which can all cause broken or dislocated jaws. <P> 1 Cost: A dentist typically pays around $60-80 to have your mouth guard made, but can then charge you from $200 to over $1,000 for it, plus the cost of the office visit to take the impressions. There are several options available now, with price ranges from less than $100 to more than $1,000. This page will attempt to fully explain your options when shopping for a custom mouthguard, to help you choose the right one for you at a price that’s in your budget. First, let’s explain what a custom mouth guard is. <P> 1 In comparison, stock mouth guards, which can be bought at sporting goods and drug stores, usually cost $1 to $15 and mouth-formed guards cost $2 to $30. 2 At SportsStop.com, the Shock Doctor Custom Mouthguard kit for adults costs $149.95. 1 Custom mouthguards have three levels of protection: single lamination (3 mm to 5 mm thickness), double lamination (5 mm thickness), and triple lamination (made up of one lamination of thin, hard polycarbonate inserted in the middle of two soft laminations. <P> Mouthguards vary in terms of cost, comfort, and effectiveness. The ideal mouthguard is durable, resilient, and comfortable. It should fit properly, be easy to clean, and should not affect your ability to breathe or speak.
$190 to $500
definition genomic biomarker
<P> Biomarkers (short for biological markers) are biological measures of a biological state. By definition, a biomarker is a characteristic that is objectively measured and evaluated as an indicator of normal biological processes, pathogenic processes or pharmacological responses to a therapeutic intervention.. <P> Biomarker Testing. Biomarker testing is at the center of personalized medicine. The word biomarker refers to any of your body's molecules that can be measured to assess your health. Molecules can be obtained from your blood, body fluids, or tissue. Biomarker testing is a group of tests that looks for these molecular signs of health so that doctors can plan the best care. Biomarker testing may also be called molecular testing or genetic testing. <P> In medicine, a biomarker can be a traceable substance that is introduced into an organism as a means to examine organ function or other aspects of health. For example, rubidium chloride is used as a radioactive isotope to evaluate perfusion of heart muscle. In genetics, a biomarker (identified as genetic marker) is a DNA sequence that causes disease or is associated with susceptibility to disease. They can be used to create genetic maps of whatever organism is being studied. <P> A biomarker, or biological marker, generally refers to a measurable indicator of some biological state or condition. The term is also occasionally used to refer to a substance the presence of which indicates the existence of a living organism. In genetics, a biomarker (identified as genetic marker) is a DNA sequence that causes disease or is associated with susceptibility to disease. They can be used to create genetic maps of whatever organism is being studied. <P> The parameter can be chemical, physical or biological. In molecular terms biomarker is the subset of markers that might be discovered using genomics, proteomics technologies or imaging technologies. Biomarkers play major roles in medicinal biology. Biomarkers help in early diagnosis, disease prevention, drug target identification, drug response etc. <P> I. INTRODUCTION (1, 1.1, 1.3) 2 This guidance contains definitions of key terms in the discipline of pharmacogenomics and pharmacogenetics, namely genomic biomarkers, pharmacogenomics, pharmacogenetics, and genomic data and sample coding categories. biomarker is key to understanding the definitions of pharmacogenomics and pharmacogenetics. and is therefore introduced in this guidance first. Additional information useful to an. understanding of aspects covered by each of the definitions is also provided. <P> A biomarker can be a substance that is introduced into an organism as a means to examine organ function or other aspects of health. For example, rubidium chloride is used in isotopic labeling to evaluate perfusion of heart muscle. In molecular terms biomarker is the subset of markers that might be discovered using genomics, proteomics technologies or imaging technologies. Biomarkers play major roles in medicinal biology. Biomarkers help in early diagnosis, disease prevention, drug target identification, drug response etc. <P> A. Genomic Biomarker (2.1) 1. Definition (2.1.1) A genomic biomarker is defined as follows: A measurable DNA and/or RNA characteristic that is an indicator of normal. biologic processes, pathogenic processes, and/or response to therapeutic or other. 2. biomarker is key to understanding the definitions of pharmacogenomics and pharmacogenetics. and is therefore introduced in this guidance first. Additional information useful to an. understanding of aspects covered by each of the definitions is also provided. <P> In medicine, a biomarker is a measurable indicator of the severity or presence of some disease state. More generally a biomarker is anything that can be used as an indicator of a particular disease state or some other physiological state of an organism. In molecular terms biomarker is the subset of markers that might be discovered using genomics, proteomics technologies or imaging technologies. Biomarkers play major roles in medicinal biology. Biomarkers help in early diagnosis, disease prevention, drug target identification, drug response etc.
A measurable DNA and/or RNA characteristic that is an indicator of normal.
how to show different screens on laptop and monitor
<P> to use Windows UI on one screen and the desktop on the other. Second screen only-The main PC display will be disabled and only the secondary screen is used. For traditional Desktop mode: 1 Go to the Control Panel and choose Display. 2 Choose Change Display Settings on the left. 3 In the Change Display Settings window, click and drag the virtual monitors to mimic your physical setup. 4 Click OK to finish. 1 <P> How to get your external monitor to show a different desktop. Presentations, software, hardware, presentations, screen Add comments. When you plug in a second monitor to Macintosh computer, it may display an exact copy or ‘mirror image’ of what is on your first display. This is called mirroring. If you’d like to see different things on each screen, so the second screen gives you more desktop space, you need to turn mirroring off. Here’s how. 1.Go to’ system preferences’ in the Apple menu, and then to ‘ displays’ and click on the ‘arrangement’ tab. <P> You can leave your email open on one monitor, for example, while composing a business document on the other. To get the monitors to show different things, each monitor must be attached to a separate video port on your computer. Step 1. Attach the second monitor to the extra VGA or DVI port on your computer. Most new desktops have two VGA or DVI video outputs, while laptops have an external video port that you can use with a second monitor. You can also use an HDMI port to connect a second display. Step 2. Right-click on the Windows desktop, and select Screen Resolution from the pop-up menu. Select the monitor you want to use as your main display, and then check the box next to Make This My Main Display.. The main display contains the left half of the extended desktop. When you move your cursor to the right edge of the main display, it jumps to the second monitor. Step 5. <P> You need to use an Extended Desktop instead of a Mirrored Desktop. Hopefully your driver and your graphics chip on your laptop will support it. Go To Windows 7 Display Control Panel: 1 On the Windows taskbar, click. . 2 Click Control Panel. 3 Click Appearance and Personalization. 4 Click Personalization. <P> Connect the monitor, flat panel, or projector to the laptop's external video connection on the back of the computer. An example of a VGA connector for a computer monitor and VGA port on a laptop is shown to the right. Once connected, your laptop may automatically switch to the new external display, or you may be required to press a key or keys on the keyboard to switch to the external display. Some laptops can output video to both the laptop and the external display, or to a single display at a time. Laptops with this feature can toggle between the two modes when the appropriate function key is pressed. Tip: Newer laptops and monitors may use a DVI or HDMI connection. <P> 1 Set up the orientation of the monitors. 2 In both PCs and Macs, you can opt whether you want the second screen to mirror your laptop screen or to act as an extension of the first. 3 Access the Control Panel on your PC or System Preferences on your Mac. 1 Extra options in Windows 8: With Windows 8, you can choose between a traditional desktop view or the new metro menu. 2 But when you connect your laptop to a second desktop screen, you can actually have your proverbial cake and eat it too by running both at the same time. <P> Best Answer: Well, regardless of the type of connection (HDMI, VGA, etc.), you should find a port on both the laptop and external monitor that matches the cable being used for data transfer. Plug the cable into both of those ports. Note: on laptops, the ports are often labeled with their names. You will have to configure the position of it in relation to your laptop monitor by opening the display properties. Drag monitor 2 to the area of relation that it actually is to monitor 1 in reality. Click apply, but not OK. Then, move your mouse between the two monitors to test your alignment. <P> 1 Get the right cable. 2 When you connect an external monitor to a laptop computer, you have to run a cable between the two devices. 3 Make sure that you get a monitor cable that matches the sockets on your laptop and monitor. 4 Tell your operating system you’re using a second screen. 1 Extra options in Windows 8: With Windows 8, you can choose between a traditional desktop view or the new metro menu. 2 But when you connect your laptop to a second desktop screen, you can actually have your proverbial cake and eat it too by running both at the same time. <P> 1 On Macs*, the connection of an external monitor is automatically recognized. 2 Set up the orientation of the monitors. 3 In both PCs and Macs, you can opt whether you want the second screen to mirror your laptop screen or to act as an extension of the first. 1 Extra options in Windows 8: With Windows 8, you can choose between a traditional desktop view or the new metro menu. 2 But when you connect your laptop to a second desktop screen, you can actually have your proverbial cake and eat it too by running both at the same time.
Connect the monitor, flat panel, or projector to the laptop's external video connection on the back of the computer. An example of a VGA connector for a computer monitor and VGA port on a laptop is shown to the right. Once connected, your laptop may automatically switch to the new external display, or you may be required to press a key or keys on the keyboard to switch to the external display.
how long does marijuana stay in blood
<P> Just need to know how long that weed stays in your blood if you smoke only once every other weekend so twice a month and every now and then during the week. You must be thinking of something else, it stays in your blood much longer than 3 days. Originally Posted by Weed420. If its for drug test reasons only 3 days. Last edited by Soniq420; 08-07-2009 at 04:14 PM. <P> Report Abuse. Marijuana (thc) will be present in your blood for approximately 2 to 3 days after you have used it. It may be remain in your bloodstream past 2 to 3 weeks if you are a frequent and heavy user. Source(s): http://wiki4weed.com/how-long-does-weed-... Lynn · 1 year ago. Thumbs up. So all's i wanna know is, How long does THC from marijuana stay in your blood? i havent done it since feb. 6th and the blood drive is on the 19th. <P> How long does marijuana stay in your urine? For a regular smoker, anywhere from 2 to 6 weeks, or a month on average. You could give or take a week or so depending on your weight and metabolism. 2-5 days for single use / … up to 12 weeks for habitual use. Tetrahydrocannabinol or THC can stay in a persons system from 2 to up to 90 days depending on several variables such as height, weight, physical fitness and substance usage. O … ccasional users would be clean within one week, a daily user can take up to one month, and a constant user can take up to almost 3 months. <P> Re: How long does weed stay in your blood? Originally Posted by Rin101 You must be thinking of something else, it stays in your blood much longer than 3 days Nope in a blood sample it still only stays for about 3 days. In a urine sample it can last a couple months. In a hair sample it can last a year. You must be thinking of something else, it stays in your blood much longer than 3 days. Originally Posted by Weed420. If its for drug test reasons only 3 days. Last edited by Soniq420; 08-07-2009 at 04:14 PM. <P> Marijuana does not enter your blood stream-THC, the active element in cannabis does. THC can remain detectable in the body for up to thirty days, and in hair samples for up to six months. Tetrahydrocannabinol or THC can stay in a persons system from 2 to up to 90 days depending on several variables such as height, weight, physical fitness and substance usage. O … ccasional users would be clean within one week, a daily user can take up to one month, and a constant user can take up to almost 3 months. <P> On a side note, in medical trials and tests, the longest duration of THC staying in someone’s system after 10 years of chronic habitual use is 62 days, so IF it did stay in your system for over 100 days, you are a medical miricle. THC has been found to be immediately detectable after the first inhale of marijuana smoke, with blood levels of THC reaching a peak at around 9.0 min into smoking – just under a minute before the patients took their last puff (9.8 min). <P> How Long Does Marijuana Stay In Your Blood. How long the THC stays in the user’s blood depends on the frequency of marijuana use. Persons who smoked marijuana just once in their lives would have traces of the metabolites cleaned out within three to five days. The metabolites of marijuana can settle in the hair for months and even up to three years. The hair grows around 0.5 cm a month. It takes about 4 to 5 days from the time THC was absorbed for the hair to grow. For this reason, the metabolites can be a permanent proof of chronic marijuana use <P> Frequent users urine drug test THC by-product: 2 weeks to a month after smoking (3 months for extremely heavy users) Infrequent users blood drug test THC: 3-4 hours after smoking THC by-product: 2-3 days after smoking. Infrequent users urine drug test THC by-product: up to 10 days after smoking. Tetrahydrocannabinol or THC can stay in a persons system from 2 to up to 90 days depending on several variables such as height, weight, physical fitness and substance usage. O … ccasional users would be clean within one week, a daily user can take up to one month, and a constant user can take up to almost 3 months.
2 to 3 days if used occasionally and 2 to 3 weeks if you are a frequent and heavy user.
what chemicals are used in perfumes and what are their formulas
<P> Your perfume may not be as rosy as you'd like to believe. Even though perfume may evoke images of a field of wildflowers, it actually consists of a variety of synthetic chemicals that are manufactured in laboratories. Many perfume ingredients are far from natural. <P> Solid Perfume Solid perfumes are also pleasant to use and easy to make. A basic formula would use 80% of your favorite light oil, 13% beeswax and 7% of your fragrance. Melt wax with oil, let cool, add fragrance, blend well and pour into container. <P> If fragrance is added to a product to mask or cover up the odor of other ingredients, it is not required to be put on the label. A product must be marked without perfume to indicate that no fragrance has been added. Ninety-five percent of the chemicals used in fragrances are petroleum-based synthetic compounds. <P> A material used in a perfume to “fix” the perfume or make it last longer. Fixatives may be simply materials that are relatively longer lasting than the other components or they may have some physical or chemical effect of forming bonds with the other materials. <P> And if you've got asthma, watch out -- fragrance formulas are considered to be among the top 5 known allergens, and can trigger asthma attacks. The same kinds of chemicals are often used for fragrances in cleaning products, scented candles, and air fresheners. <P> Fragrance Sensitivity A growing number of people are claiming that exposure to certain fragrances, including perfumes and scented products, adversely impacts their health. More than 5,000 different fragrances are in products that are used on a daily basis. <P> June has graciously allowed us to present this article to our visitors. Please make sure to visit June's web site at: http://www.jrussellshealth.org/ Chemical Sensitivities and Perfume Fragrances are now used in almost every cleaning, laundry, and personal-care product on the market. <P> Phthalates as Fragrance Ingredients. Phthalates are a group of chemicals used in hundreds of products. The phthalate commonly used in fragrance products is diethyl phthalate, or DEP. DEP does not pose known risks for human health as it is currently used in cosmetics and fragrances. To learn more, see “ Phthalates and Cosmetic Products .”.
Chemicals: Diethyl phthalate, or DEP. A basic formula: Use 80% of your favorite light oil, 13% beeswax and 7% of your fragrance. Melt wax with oil, let cool, add fragrance, blend well and pour into container.
brake rotors resurfaced cost
<P> If you are in there for your 10,000 mile maintenance brake job, than by all means have them resurfaced. A lot of places will even resurface them for free or a very small fee when you buy pads. If it’s a regular maintenance thing, than resurfacing them once or twice is perfectly fine. If you’re just keeping your ship tight with regular brake maintenance, resurfacing is fine and will get you a few extra miles on your rotors. If you’re noticing a problem, sound, or vibration, than you’re dealing with a bigger problem and should replace them. We try to keep it simple. Safety first! <P> Labor: $182 - $231. Parts: $72 - $130. The average cost for a brake pad replacement, resurface rotors is between $254 to $361. Labor costs are estimated between $182 to $231 while parts are priced between $72 to $130. Get a personalized estimate based on your location and specific car. Estimate does not include taxes and fees. The brake rotors should be inspected when the pads are replaced, and depending on their condition, they may need resurfacing or replacement. We recommend braking gently for the first 40 to 50 miles of driving on new pads. This will allow them to adjust to the rotors and help prevent squeaking. <P> Parts: $51 - $97. The average cost for a brake shoe replacement, resurface drums is between $252 to $352. Labor costs are estimated between $201 to $255 while parts are priced between $51 to $97. Get a personalized estimate based on your location and specific car. Estimate does not include taxes and fees. <P> Considering the cost of rotors these days, resurfacing and replacing can be as little as a $50 difference. If you’re just keeping your ship tight with regular brake maintenance, resurfacing is fine and will get you a few extra miles on your rotors. If you’re noticing a problem, sound, or vibration, than you’re dealing with a bigger problem and should replace them. We try to keep it simple. Safety first! <P> Google+. Brake Rotor Replacement vs Resurfacing. We’ve all heard the sound before; worn, cracked or “warped” brake rotors going wub wub wub wub wub wub wub every time we hit the brake pedal. Brake rotors are among the more frequently replaced parts on your vehicle, and one of the most important safety-wise to maintain. If you’re just keeping your ship tight with regular brake maintenance, resurfacing is fine and will get you a few extra miles on your rotors. If you’re noticing a problem, sound, or vibration, than you’re dealing with a bigger problem and should replace them. We try to keep it simple. Safety first! <P> The most basic brake service is installing new disc brake pads on the old caliper and rotor. Doing the math, the wholesale cost of the economy brake pad is $30 and the OE-specified ceramic pad is $90. At a 40% profit margin, the ­retail prices of the pads are $50 and $150, ­respectively. The gross profit of each is one labor hour plus $20 for the economy pads and one labor hour plus $50 for the ceramic pads. <P> JUST REPLACE THEM? As inexpensive as many aftermarket rotors are today, it’s quite affordable to simply replace the rotors rather than resurface them. Some auto parts stores offer free resurfacing to customers who purchase pads, while others charge a nominal fee for resurfacing ($10 to $20 per rotor).
$254 to $361
history of the invention of x rays
<P> Teeth and Bones-A History of X-Rays. An x-ray is a form of electromagnetic radiation and can produce an image of somethings internal composition, especially parts of the body. Today, x-rays are often used in hospitals and other medical facilities in helping to diagnose broken bones and other issues. <P> The First X-ray, 1895. The discovery of a new and mysterious form of radiation in the late 19th century led to a revolution in medical imaging. By Hannah Waters | July 1, 2011. Wilhelm Rontgen took this radiograph of his wife's left hand on December 22, 1895, shortly after his discovery of X-rays. <P> References. Quizzes -. History of Radiography. X-rays were discovered in 1895 by Wilhelm Conrad Roentgen (1845-1923) who was a Professor at Wuerzburg University in Germany. Working with a cathode-ray tube in his laboratory, Roentgen observed a fluorescent glow of crystals on a table near his tube. <P> 1 The Discovery of the X-Ray-A page with information on the discovery of x-rays by Rontgen in addition to information on the history of x-ray machines. 2 About X-Rays-An explanation of how x-rays are used, and what happens during an x-ray exam. <P> Another leap in X-ray technology came with the 1972 invention of the computed tomography scan (CAT scan) by Godfrey Hounsfield and Alan Cormack. The basic X-ray produces two-dimensional images that provide insights into the internal structure of the human body. <P> Medical X-rays. The images produced by X-rays are due to the different absorption rates of different tissues. Calcium in bones absorbs X-rays the most, so bones look white on a film recording of the X-ray image, called a radiograph. Fat and other soft tissues absorb less, and look gray. <P> It was soon discovered that Rontgen’s Crookes tubes were unreliable and hindered the effectiveness of the X-ray. William Coolidge greatly contributed to the improvement of the X-ray with his 1913 invention of the Coolidge tube, which used a tungsten filament.
X-rays were discovered in 1895 by Wilhelm Conrad Roentgen (1845-1923) who was a Professor at Wuerzburg University in Germany.
who is the author of the book future shock
<P> Future Shock is a book written by the futurist Alvin Toffler in 1970. In the book, Toffler defines the term future shock as a certain psychological state of individuals and entire societies. His shortest definition for the term is a personal perception of too much change in too short a period of time. The book, which became an international bestseller, grew out of an article The Future as a Way of Life in Horizon magazine, Summer 1965 issue. <P> Alvin Toffler was born in 1928 in New York City, the son of Rose (Albaum) and Sam Toffler. His family was Jewish. He met his future wife, Adelaide Elizabeth Farrell (now known as Heidi Toffler), at New York University where he was an English major and she was starting a graduate course in linguistics. Toffler is a former associate editor of Fortune magazine. In his early works he focused on technology and its impact through effects like information overload. He moved on to examining the reaction to changes in society. <P> Alvin Toffler (born October 4, 1928) is an American writer and futurist, known for his works discussing the digital revolution, communication revolution and technological singularity. Toffler is a former associate editor of Fortune magazine. In his early works he focused on technology and its impact through effects like information overload. He moved on to examining the reaction to changes in society. <P> In the mid-’60s, the Tofflers began work on what would later become Future Shock. In 1996, with Tom Johnson, an American business consultant, they co-founded Toffler Associates, an advisory firm designed to implement many of the ideas the Tofflers had written on. Toffler is a former associate editor of Fortune magazine. In his early works he focused on technology and its impact through effects like information overload. He moved on to examining the reaction to changes in society.
Alvin Toffler
how to become a dental biller
<P> Becoming a medical biller is often a good first step into an accounting career. The billing expertise developed in a hospital or medical office is also transferable to other fields that have complicated billing procedures, like law, shipping, or wholesale distribution. But of all these industries, fully one third of all billers are medical billers. <P> Salary Information for a Dental Biller. According to Payscale.com, most dental insurance billers working in September 2014 earned salaries between $22,200 and $52,041 a year, or $11.09 and $21.21 an hour. People who pursue this career must have a good eye for detail because dental billers write and review individual patient's billing information and procedure data. Communication is essential; workers must be able to explain insurance claims and billing information to patients. <P> How to become a Medical Biller. To become a medical biller, the most basic requirement is a high school degree. However, more and more companies look for employees to have some college education related to either health or to general accounting practices. Medical billers are responsible for processing and outputting medical bills. The billing expertise developed in a hospital or medical office is also transferable to other fields that have complicated billing procedures, like law, shipping, or wholesale distribution. But of all these industries, fully one third of all billers are medical billers. <P> To qualify for the CDC-S™ Exam you will be required to have the following 1 : Current ADCA Membership in good standing. 2 High School Diploma or Equalivent. 3 Proof of three years experience in Facility or Oral & Maxillofacial Surgery billing and coding. Certified Dental Billing Specialist (CDBS™) Examination Guidelines. To qualify for the CDBS™ Exam you will be required to have the following 1 : Current ADCA Membership in good standing. 2 High School Diploma or Equalivent. 3 2 year experience in dental billing. 4 Successful completion of the 12 week online course may substitute for the 2 years experience <P> Employers of dental billers also seek those who have experience in the dental industry in positions such as dental assistant, clerical assistant in a dentist's office or other related jobs. A career in dental billing requires the employee to spend the majority of the day working on the computer and making phone calls. People who pursue this career must have a good eye for detail because dental billers write and review individual patient's billing information and procedure data. Communication is essential; workers must be able to explain insurance claims and billing information to patients. <P> After you receive your Medical Billing diploma, you will be prepared to work in any medical or office setting. The Medical Biller profession is listed as one of the U.S. Department of Labor's Bright Outlook occupations. <P> Educational and Career Requirements. Many employers require that prospective dental billers have a minimum of a high school diploma to be eligible this type of position. There are also training programs available in medical billing, such as a medical billing and coding specialist certificate program. People who pursue this career must have a good eye for detail because dental billers write and review individual patient's billing information and procedure data. Communication is essential; workers must be able to explain insurance claims and billing information to patients. <P> Receive the best training you need to become a successful Medical Biller and get certified to work in any medical setting. Jannette A. Personal Fitness Trainer. What I like about this class is that it is very interactive. I originally wanted to take this course online, but I am happy to have chosen this program instead. The Medical Biller profession is listed as one of the U.S. Department of Labor's Bright Outlook occupations.
He/she must have a minimum of a high school diploma to be eligible this type of position.
meaning of the name clara
<P> Origin of the name Claire: Derived from the Latin clārus (bright, clear, famous). Clare is a common name throughout Europe and the British Isles, its popularity once due in part to the fame of St. Clare of Assisi (c. 1193 - 1253). The Italian nun who founded the order of the Poor Clares. From A World of Baby Names by Teresa Norman. I named my daughter Clara Jane. I love her name. It has a classic wise feel to the name. It is not a popular name. I didn't want my daughter to be one of 10 kids with the same name in her classroom. <P> Clare is a given name, the Medieval English form of Clara. The related name Clair was traditionally considered male, especially when spelled without an 'e', but Clare and Claire are usually female. It is very often associated with the Irish County Clare. <P> Clara /cla-ra/ [2 sylls.] as a girls' name is of Latin origin, and the meaning of Clara is bright, famous. Post-classical name from the feminine form of the adjective clarus. In the modern English-speaking world, it represents a re-Latinization of the normal English form Clare. Also a nickanme for Clarissa. Clara is a very popular first name for women (#144 out of 4276, Top 3%) and also a very popular last name for both adults and children (#22870 out of 150436, Top 15%). (2000 U.S. Census). Presented below is the baby name popularity of Clara for girls <P> Clara means famously bright in Latin. Once very popular, it has now fallen out of style. Not as popular as its variant 'Claire'. This name can be given to both baby boys and girls. It is a unisex name. Origins. Clara originates from the Latin language. See other suggested Latin baby names. Popularity. See worldwide popularity rankings of Clara as a baby name (outside USA). As a baby girl name, Clara is currently a popular baby name, with a recent overall USA popularity ranking of 285 out of 1000 (source: 2000s U.S. Census) . <P> The name Clarus was borne by a few early saints. The feminine form was popularized by the 13th-century Saint Clare of Assisi (called Chiara in Italian), a friend and follower of Saint Francis, who left her wealthy family to found the order of nuns known as the Poor Clares. <P> The meaning of the name Clara: Illustrious. The origin of the name Clara: Latin. People who like the name Clara also like: Charlotte, Claire, Amelia, Ella, Violet, Alice, Audrey. Henry, Oliver, Noah, Liam, William, Benjamin, Owen. Notes: Clara is a name with Latin origins. The meaning of the name Clara is illustrious. The most common nickname for the name Clara is Claire. Clara Bow was a famous actress. Clara Barton was a famous nurse. Clara Luper was an American civil rights activist. <P> Comments and insights on the name Clara: | Edit. I named my daughter Clara Jane. I love her name. It has a classic wise feel to the name. It is not a popular name. I didn't want my daughter to be one of 10 kids with the same name in her classroom. It's just different enough for me... and suits her perfectly <P> Comments and insights on the name Clare: | Edit. Clare has a range of variants: Clarice, Clarissa, Clare, Clair, Clarinda, Claribel, Esclairmonde, and Clarimond. Names with the same meaning in other languages: Bertha/Berte (German); Gwen (Welsh); Fiona (Irish, kind of); Chiara (Italian); Clara (Latin); Claire (French); <P> In American the meaning of the name Clara is: Bright. Latin Meaning: The name Clara is a Latin baby name. In Latin the meaning of the name Clara is: From the feminine form of the Latin adjective 'clarus' meaning bright or clear. Also distinguished. Famous bearer: Twelfth century St Clare (or Clara) of Assisi founded the Poor Clares order of nuns.
Bright, famous.
what is a cumulative effect
<P> Cumulative Effect of Drugs. 1. Due to too frequent doses. 2. Due to too long continued administration. By cumulative effect is meant the unexpected, intense action of a drug after it has been given for some time, as differing from an immediate intense action of a drug which would show an idiosyncrasy. 1. 2. Cumulative Action From Too Long Continued Administration of a Drug means the development of symptom a which show an over-action of the drug. This is of frequent occurrence and is sometimes accidental, but is often caused deliberately by pushing a drug to its full physiologic effect. <P> Cumulative effects are changes to the environment that are caused by an action in combination with other past, present and future human actions. [Numerous definitions of. exist in the literature. Many of these are quite complicated and refer to technical aspects of cumulative effect's interactions. 2.2.1 Effects Pathways. Cumulative effects occur as interactions between actions, between actions and the environment, and between components of the environment. These pathways between a cause (or source) and an effect are often the focus of an assessment of cumulative effects. <P> effect. a result produced by an action. additive effect the combined effect produced by the action of two or more agents, being equal to the sum of their separate effects. adverse effect a symptom produced by a drug or therapy that is injurious to the patient. Bainbridge effect Bainbridge reflex. It may also be a spurious effect when the observed changes are due to causes and correlations common to both. additive effect. <P> Wiktionary (0.00 / 0 votes) Rate this definition: cumulative effect (Noun). The state in which a series of repeated actions have an effect greater than the sum of their individual effects; noted especially in the repeated administration of drugs. Images & Illustrations of cumulative effect. Translation. Find a translation for the cumulative effect definition in other languages: Alternative searches for cumulative effect 1 : Search for Definitions for cumulative effect. 2 Search for Synonyms for cumulative effect. 3 Quotes containing the term cumulative effect. 4 Search for Phras <P> 1 Cumulative impact is the impact on the environment, which results from the incremental impact of the action when added to other past, present, and reasonably foreseeable future actions regardless of what agency (Federal or non-Federal) or person undertakes such other actions. <P> Cumulative effects are changes to the biophysical, social, economic, and cultural environments caused by the combination of past, present and reasonably foreseeable future actions. Impacts (changes) can be caused by natural events such as forest fires, or by human activities such as a mining. These cumulative effects are a growing concern for the many organizations who share the responsibility of caring for the NWT's land and water. Understanding and minimizing cumulative effects is essential to making informed decisions about land and water management and resource development in the NWT. <P> cumulative effect the action of a drug or treatment resulting from repeated use. Doppler effect see doppler effect. experimenter e's demand characteristics. extrapyramidal e's the side effects caused by neuroleptic medications, including dystonias, parkinsonism, akathisia, and tardive dyskinesia. It may also be a spurious effect when the observed changes are due to causes and correlations common to both. additive effect. the combined effect produced by the action of two or more agents, being equal to the sum of their separate effects. <P> The cumulative effect is the restoration of 4 acres minus the removal of 2 acres, for a net increase of 2 acres of habitat, increasing the current level of 1,000 acres to 1,002 acres. 7. Describe the relationship of the cumulative effects to any thresholds. 1 You must name/describe the Cumulative Effects Study Area for each resource for which you are analyzing cumulative effects. 2 You must describe the applicable Past, Present, and Reasonably Foreseeable Future Actions to the degree appropriate for the level of cumulative impact.
Cumulative effects are changes to the environment that are caused by an action in combination with other past, present and future human actions.
what microbe causes shingles
<P> Cause. Shingles is caused by the varicella zoster virus (VZV), the same virus that causes chickenpox. After a person recovers from chickenpox, the virus stays dormant (inactive) in the body. For reasons that are not fully known, the virus can reactivate years later, causing shingles <P> Shingles is an outbreak of rashes and blisters on the skin, caused by the same virus that causes chickenpox. Once an individual has had chickenpox, the virus stays in the body in an inactive state. Years later, the virus can become active, causing shingles. <P> Shingles affects the nerves. Shingles is caused by the varicella-zoster virus — the same virus that causes chickenpox. Anyone who's had chickenpox may develop shingles. After you recover from chickenpox, the virus can enter your nervous system and lie dormant for years. <P> Shingles is an infection of a nerve and the area of skin supplied by the nerve. It is caused by a virus called the varicella-zoster virus. It is the same virus that causes chickenpox. Anyone who has had chickenpox in the past may develop shingles. Shingles is sometimes called herpes zoster. <P> Shingles is caused by the varicella-zoster virus — the same virus that causes chickenpox. After you've had chickenpox, the virus lies inactive in nerve tissue near your spinal cord and brain. Years later, the virus may reactivate as shingles. While it isn't a life-threatening condition, shingles can be very painful. <P> 1 4,18. 2 Shingles in caused by the same virus that causes chickenpox-varicella-zoster virus. 3 Shingles is a painful infection of the nerve supplying an area of skin and is accompanied by a localised skin rash. Shingles is an infection of a nerve and the surrounding skin surface that is supplied by the nerve, caused by the <P> Shingles, also known as zoster or herpes zoster, is a painful skin rash. It is caused by varicella zoster virus (VZV), the same virus that causes chickenpox. Nearly 1 out of every 3 people in the United States will develop shingles in their lifetime. Anyone who has had chickenpox or received chickenpox vaccine in the past may develop shingles. <P> Shingles-Cause. Shingles is a reactivation of the varicella-zoster virus, a type of herpes virus that causes chickenpox. After you have had chickenpox, the virus lies inactive in your nerve roots and remains inactive until, in some people, it flares up again. <P> 1 Shingles in caused by the same virus that causes chickenpox-varicella-zoster virus. 2 Shingles is a painful infection of the nerve supplying an area of skin and is accompanied by a localised skin rash. 3 Older people and those with a weakened immune system are at greater risk for developing shingles. Shingles is an infection of a nerve and the surrounding skin surface that is supplied by the nerve, caused by the
Chickenpox-varicella-zoster virus
how is zocor synthesized
<P> Statins Inhibit Coenzyme Q10 Synthesis. Since coenzyme Q10 (CoQ10) and cholesterol are both synthesized from the same substance, mevalonate, statin drugs (Lipitor, Zocor, etc) also inhibit the body's synthesis of coenzyme Q10. This is not a side effect, of statins, but a direct, inherent function of the drugs. Yet the heart-healthy establishment guidelines hit CoQ10 with a double-whammy: statin drugs hit the body's own synthesis of CoQ10, while red meat and organ meats have both been ridiculed as unhealthy artery-clogging foods, yet are the primary source of dietary CoQ10. <P> Zocor is a prescription medicine for the reduction of cholesterol that is often marketed as a generic alternative to Lipitor. Zocor was developed from a different method of synthesis by the Merck Pharmaceutical Company. Zocor is also used to treat high blood pressure and heart diseases that can lead to heart attack. Liptor works by enzyme blocking. The drug blocks an enzyme in the liver that leads to the reduction of Low Density Cholesterol that can lead to a heart attack or stroke. Zocor functions in a similar manner to dissolve cholesterol deposits within blood vessels that cause high blood pressure and <P> Cholesterol synthesized by the liver, as well as any dietary cholesterol in the liver that exceeds hepatic needs, is transported in the serum within LDLs. The liver synthesizes VLDLs and these are converted to LDLs through the action of endothelial cell-associated lipoprotein lipase. The level of cholesterol synthesis is regulated in part by the dietary intake of cholesterol. Cholesterol from both diet and synthesis is utilized in the formation of membranes and in the synthesis of the steroid hormones and bile acids. The greatest proportion of cholesterol is used in bile acid synthesis. <P> Squalene is converted to cholesterol. Pathway of cholesterol biosynthesis. Synthesis of cholesterol begins with the transport of acetyl-CoA from within the mitochondria to the cytosol. The rate limiting step in cholesterol synthesis occurs at the 3-hydroxy-3-methylglutaryl-CoA (HMG-CoA) reducatase, HMGR, catalyzed step. The level of cholesterol synthesis is regulated in part by the dietary intake of cholesterol. Cholesterol from both diet and synthesis is utilized in the formation of membranes and in the synthesis of the steroid hormones and bile acids. The greatest proportion of cholesterol is used in bile acid synthesis. <P> ABSTRACT. Simvastatin is a semisynthetic derivative of the fungal polyketide lovastatin and is an important drug for lowering cholesterol levels in adults. We have developed a one-step, whole-cell biocatalytic process for the synthesis of simvastatin from monacolin J. By using an Escherichia coli S. Simvastatin (Fig. 1) is a cholesterol-lowering compound that significantly reduces the risk of heart diseases associated with hypercholesterolemia (17). Simvastatin is marketed by Merck as Zocor and is the second-best-selling drug in the United States, with annual sales exceeding $5 billion. <P> Lipitor and Zocor both are taken to reduce high blood pressure caused by cholesterol and reduce the risk of heart attack and stroke for those with clogged arteries. Liptor works by enzyme blocking. The drug blocks an enzyme in the liver that leads to the reduction of Low Density Cholesterol that can lead to a heart attack or stroke. Zocor functions in a similar manner to dissolve cholesterol deposits within blood vessels that cause high blood pressure and heart attack. <P> Lipitor and Zocor are both pharmaceutical drugs for heart disease and cholesterol reduction. Lipitor is developed by Pfizer and is known as the best selling prescription medicine in the world, with over $12 billion USD in annual sales. Liptor works by enzyme blocking. The drug blocks an enzyme in the liver that leads to the reduction of Low Density Cholesterol that can lead to a heart attack or stroke. Zocor functions in a similar manner to dissolve cholesterol deposits within blood vessels that cause high blood pressure and heart attack. <P> Description. Statins inhibit endogenous cholesterol production by competitive inhibition of HMG-CoA reductase (HMGCR), the enzyme that catalyzes conversion of HMG-CoA to mevalonate, an early rate-limiting step in cholesterol synthesis.
Merck Pharmaceutical Company
describe the different types of movements that occur at synovial joints
<P> Synovial joints are predominant in your limbs where mobility is important. Ligaments help provide their stability and muscles contract to produce movement. The most common synovial joints are listed below: 1 Ball and socket joints, like your hip and shoulder joints, are the most mobile type of joint in the human body. 2 They allow you to swing your arms and legs in many different directions. <P> The different types of synovial joints found in the body are described. The types of movements that may occur at synovial joints are portrayed. The important characteristics of selected joints are described in detail. Factors affecting contact and range of motion at synovial joints are explained. Arthrology. is the study of joints; kinesiology. is the study of motion of the body. 3. Structural characteristics of a specific joint affect the strength, magnitude of movement, and types of movement that may occur at a specific joint. <P> There are many different classes of synovial joints in the body, including gliding, hinge, saddle, and ball and socket joints. 1 Gliding joints, such as the ones between the carpals of the wrist, are found where bones meet as flat surfaces and allow for the bones to glide past one another in any direction. 1 These joints have the freest range of motion of any joint in the body – they are the only joints that can move in a full circle and rotate around their axis. 2 However, the drawback to the ball and socket joint is that its free range of motion makes it more susceptible to dislocation than less mobile joints. <P> There are six types of synovial joints: gliding, condoloid, saddle, hinge, ball and socket, and pivot joints. Gliding joints allow for smooth movement in several directions along a plane or other smooth surface. The articulation is like two plates sliding across each other. An example would be the carpal bones of the wrist, which form a gliding synovial joint. <P> 9. Name and provide examples of the 6 types of synovial joints based on the movement(s) allowed. 10. Describe the elbow, knee, hip, jaw, and shoulder joints relative to articulating bones, anatomical characteristics of the joint movements allowed, and joint stability. 11. <P> 3. Describe the structure and functions of the two types of cartilaginous joints. 4. Describe the structure of synovial joints. 5. Describe the structure and function of bursae and tendon sheaths. 6. Describe the six subtypes of synovial joints. 7. Describe the types of movements that can occur at synovial joints. 8. Arthrology. is the study of joints; kinesiology. is the study of motion of the body. 3. Structural characteristics of a specific joint affect the strength, magnitude of movement, and types of movement that may occur at a specific joint. <P> 2. Arthrology. is the study of joints; kinesiology. is the study of motion of the body. 3. Structural characteristics of a specific joint affect the strength, magnitude of movement, and types of movement that may occur at a specific joint. <P> Ball & Socket Joint. Ball-and-socket joints are a special class of synovial joints that enjoy the highest freedom of motion in the body thanks to their unique structure. Click to read more below <P> There are six types of synovial joints which allow varying types and ranges of movement to occur. The variation in the movements at these joints is because of the differences in their characteristics and limiting factors, as previously discussed. The six synovial joints are: 2. Saddle joints: These joint surfaces resemble a saddle and allow side to side and back and forth movements. 4. Pivot joints: These joints allow only one type of movement, the rotation of one bone on or around another. An example of a pivot joint is the joint between the atlas and axis (C1 & C2) vertebrae, the rotation around each other allows our heads to ‘pivot’ left and right. 5. <P> A synovial joint, also known as diarthrosis, is the most common and most movable type of joint in the body of a mammal. As with most other joints, synovial joints achieve movement at the point of contact of the articulating bones. Structural and functional differences distinguish synovial joints from cartilaginous joints (synchondroses and symphyses) and fibrous joints (sutures, gomphoses, and syndesmoses). 1 Articular cartilage: the bones of a synovial joint are covered by this layer of hyaline cartilage that lines the epiphyses of joint end of bone with a smooth, slippery surface that does not bind them together; articular cartilage functions to absorb shock and reduce friction during movement.
Gliding, condoloid, saddle, hinge, ball and socket, and pivot joints.
how long does a tavr procedure take
<P> TAVR and TAVI are the same thing. Transcatheter aortic valve replacement means that the procedure is done through a samll tube (or catheter), rather than performing open-heart surgery. TAVR is similar to the mitraclip procedure for treating mitral regurgitation. The aortic valve is the structure that resembles a fish’s mouth opening and closing. Aspirin is recommended life long after a TAVR procedure. It is currently recommended a further blood thinning medicine called Plavix also be taken for 3-6 month after the procedure. Some people will be on these medicines long term anyway; such as those patients that have had a previous stent. <P> A component of the follow-up program will be incorporated into the national Transcatheter Valvular Therapy (TVT) database. Your first follow-up visit with us after the TAVR procedure will be 4 weeks, then 6 months and 12 months, or earlier if necessary. To be considered for TAVR, you will visit us at our Transcatheter Heart Program location in Westchester, NY where our cardiology team will assess your current health condition and medical history and determine if you are an ideal candidate for the TAVR procedure. <P> The TAVR procedure generally is performed in much less time than open-heart surgery. Additionally, open-heart surgery can require a two-to three-month recovery period, compared to the recovery period of only a few days with the transcatheter approach. The TAVR procedure allows physicians to replace a diseased aortic valve without open-heart surgery. This procedure enables the placement of a heart valve into the body with a catheter, which allows the valve to be inserted through a small incision into an artery. <P> A patient's experience with a TAVR procedure may be comparable to a balloon treatment or even an angiogram in terms of down time and recovery, and will likely require a shorter hospital stay (average 3-5 days). A TAVR procedure is not without risks, but it provides beneficial treatment options to people who may not have been candidates for them a few years ago while also providing the added bonus of a faster recovery in most cases. <P> The TAVR Procedure. For high-risk patients and those who are not suitable for open-heart surgery, another option is now available  - transcatheter aortic valve replacement (TAVR) - a less invasive procedure that does not require open-heart surgery. TAVR produces results in lengthening patients’ lives <P> The transcatheter valve replacement (TAVR) procedure takes about an hour and a half to two hours. However, the total time in the operating room is a bit longer due to setup and recovery. Therefore, the total time in the operating room is usually about four hours. <P> TAVR is performed only on patients that have been classified as very high risk and or inoperable. Your cardiologist will be the first one to tell you whether you might be a candidate for the Trans-catheter Aortic Valve Replacement. TAVR is a minimally invasive procedure performed without the need for a heart and lung machine under general anesthesia. A small (3-5 inch) incision (opening) is created in the upper leg through which the new aortic valve is placed. <P> The Medical Center's heart specialists will perform transcatheter aortic valve replacement (TAVR) using the Edwards Sapien XT Valve and Medtronic Evolut R CoreValve, FDA-approved for the treatment of severe aortic stenosis. This procedure will be performed in the Medical Center's new hybrid operating room. To be considered for TAVR, you will visit us at our Transcatheter Heart Program location in Westchester, NY where our cardiology team will assess your current health condition and medical history and determine if you are an ideal candidate for the TAVR procedure. <P> The transcatheter aortic valve replacement (TAVR) procedure takes about 3-4 hours to complete. You will be under general anesthesia for the entire procedure and when you wake up you will be in our Cardiac Surgical Intensive Care Unit. The nurses will quickly get you out of bed and physical therapy will be started. TAVR is a minimally invasive procedure performed without the need for a heart and lung machine under general anesthesia. A small (3-5 inch) incision (opening) is created in the upper leg through which the new aortic valve is placed.
About 3-4 hours
why is cornstarch and water both a solid and a liquid
<P> Try making a mixture of cornstarch and water called oobleck. It makes a great science project or is just fun to play with. Oobleck is a non-Newtonian fluid; it has properties of both liquids and solids. You can slowly dip your hand into it like a liquid, but if you squeeze the oobleck or punch it, it will feel solid. Mix ingredients. 1 Start with the water in a bowl (or wading pool!) and add the cornstarch a bit at a time. 2 Keep stirring until it has a gooey consistency. 3 You may want to use your hands. 4 When the oobleck is just right, slowly add food coloring, if you want. <P> The Oobleck mixture isn't your typical liquid—or solid. The cornstarch-and-water mixture creates a fluid that acts more like quicksand than water: applying force (squeezing or tapping it) causes it to become thicker. <P> Answered by The Community. Making the world better, one answer at a time. The mixture is Non-Newtonian liquid which means that it is a liquid unless a force is applied to it and then it has the properties of a solid. Sky 1 showed the properties of this well on Brainiac Science Abuse, where presenter; John Tickle demonstrated walking on a pool of custard. it is both that mixture is both a solid and liquid water on the other hand can be all the matters snow solid rain liquid evaporation gas. 3 people found this useful. Edit. <P> 1 Stir. 2 Sometimes it is easier (and more fun!) to mix the cornstarch and water with your bare hands. 3 Continue adding cornstarch and water in small amounts until you get a mixture that has the consistency of honey. In the case of the cornstarch quicksand, it’s a solid dispersed in a liquid. When you punch the cornstarch quicksand, you force the long starch molecules closer together. The impact of this force traps the water between the starch chains to form a semi-rigid structure. <P> If it's too wet, add more cornstarch. Put newspaper down on your counter or table top. Put the cornstarch into the bowl. Add a drop or two of food coloring. (Use whatever colors you like.) Add water slowly, mixing the cornstarch and water with your fingers until all the powder is wet. Play around with your Ooze! 1 Pick up a handful and squeeze it. 2 Stop squeezing and it will drip through your fingers. (Use whatever colors you like.) Add water slowly, mixing the cornstarch and water with your fingers until all the powder is wet. Keep adding water until the Ooze feels like a liquid when you're mixing it slowly. <P> Lead her to the realization that Oobleck is so interesting because it is both a solid and a liquid! Part Two1. Give your child a container of cornstarch, some popsicle sticks, food coloring, tablespoons/scoops, and water. Let her feel the cornstarch and the water. <P> Add water slowly to the mixture, with stirring, until all of the powder is wet. Continue to add water until the cornstarch acts like a liquid when you stir it slowly. When you tap on the liquid with your finger, it shouldn't splash, but rather will become hard. If your mixture is too liquid, add more cornstarch. <P> Mix cornstarch and water in this classic experiment to form a gooey liquid and solid material that behaves like quicksand. Some people refer to this as the Oobleck recipe, others call it a Non-Newtonian fluid. <P> The Oobleck mixture isn't your typical liquid—or solid. The cornstarch-and-water mixture creates a fluid that acts more like quicksand than water: applying force (squeezing or tapping it) causes it to become thicker.
The Oobleck mixture isn't your typical liquid—or solid. The cornstarch-and-water mixture creates a fluid that acts more like quicksand than water: applying force (squeezing or tapping it) causes it to become thicker.
where do kissing bugs hide in a home
<P> Kissing bugs can be hard to get rid of. Bugs can hide in cracks and crevices in the mattress, bed frame, and box spring. They can spread into cracks and crevices in the room and lay their eggs. For these reasons, it is best to call a professional insect control company for treatment choices. The usual treatment is the use of an insecticide that kills the bugs. It is best to prevent bugs from getting into your house: 1 Seal gaps around windows and doors. 2 Fill in any holes or cracks in walls or screens that could let kissing bugs into your house. 3 Let your pets sleep inside, especially at night. <P> Kissing bugs are found in warm southern states of the U.S. and in Mexico, Central America, and South America. Kissing bugs can hide in cracks and holes in beds, floors, walls, and furniture. They are most likely to be found: 1 Near places where a pet, such as a dog or cat, spends time. 2 In areas where mice or other rodents live. 3 Near beds, especially under mattresses or on furniture close to the bed. The usual treatment is the use of an insecticide that kills the bugs. It is best to prevent bugs from getting into your house: 1 Seal gaps around windows and doors. 2 Fill in any holes or cracks in walls or screens that could let kissing bugs into your house. 3 Let your pets sleep inside, especially at night. <P> Kissing bugs can hide in cracks and holes in beds, floors, walls, and furniture. They are most likely to be found: 1 Near places where a pet, such as a dog or cat, spends time. 2 In areas where mice or other rodents live. 3 Near beds, especially under mattresses or on furniture close to the bed. The usual treatment is the use of an insecticide that kills the bugs. It is best to prevent bugs from getting into your house: 1 Seal gaps around windows and doors. 2 Fill in any holes or cracks in walls or screens that could let kissing bugs into your house. 3 Let your pets sleep inside, especially at night. <P> Appearance. There are several species of kissing bugs. Two of the most common are the bloodsucking conenose bug, Triatoma sanguisuga (LeConte), and the western bloodsucking conenose bug, Triatoma protracta (Uhler). These bugs can be 14 to 24 mm long. They are dark colored, usually brown or black. Some species have red, yellow or tan markings on the abdomen. They are found in many states across the country. Kissing bugs, or conenose bugs, are may feed on animals like raccoons, opossums and wood rats. <P> Kissing bugs can be hard to get rid of. Bugs can hide in cracks and crevices in the mattress, bed frame, and box spring. They can spread into cracks and crevices in the room and lay their eggs. For these reasons, it is best to call a professional insect control company for treatment choices. The usual treatment is the use of an insecticide that kills the bugs. It is best to prevent bugs from getting into your house: 1 Seal gaps around windows and doors. 2 Fill in any holes or cracks in walls or screens that could let kissing bugs into your house. 3 Let your pets sleep inside, especially at night. <P> Kissing bugs are found in warm southern states of the U.S. and in Mexico, Central America, and South America. Kissing bugs can hide in cracks and holes in beds, floors, walls, and furniture. They are most likely to be found: 1 Near places where a pet, such as a dog or cat, spends time. 2 In areas where mice or other rodents live. <P> Kissing bugs can hide in cracks and holes in beds, floors, walls, and furniture. They are most likely to be found: 1 Near places where a pet, such as a dog or cat, spends time. 2 In areas where mice or other rodents live. The usual treatment is the use of an insecticide that kills the bugs. It is best to prevent bugs from getting into your house: 1 Seal gaps around windows and doors. 2 Fill in any holes or cracks in walls or screens that could let kissing bugs into your house. 3 Let your pets sleep inside, especially at night. <P> Kissing bugs can hide in cracks and holes in beds, floors, walls, and furniture. They are most likely to be found: 1 Near places where a pet, such as a dog or cat, spends time. 2 In areas where mice or other rodents live. 3 Near beds, especially under mattresses or on furniture close to the bed. The usual treatment is the use of an insecticide that kills the bugs. It is best to prevent bugs from getting into your house: 1 Seal gaps around windows and doors. 2 Fill in any holes or cracks in walls or screens that could let kissing bugs into your house. 3 Let your pets sleep inside, especially at night. <P> Kissing bugs can be hard to get rid of. Bugs can hide in cracks and crevices in the mattress, bed frame, and box spring. They can spread into cracks and crevices in the room and lay their eggs. For these reasons, it is best to call a professional insect control company for treatment choices. The usual treatment is the use of an insecticide that kills the bugs. It is best to prevent bugs from getting into your house: 1 Seal gaps around windows and doors. 2 Fill in any holes or cracks in walls or screens that could let kissing bugs into your house. 3 Let your pets sleep inside, especially at night.
Kissing bugs can hide in cracks and holes in beds, floors, walls, and furniture. They are most likely to be found: 1 Near places where a pet, such as a dog or cat, spends time. 2 In areas where mice or other rodents live. 3 Near beds, especially under mattresses or on furniture close to the bed.
how long do duck eggs take to hatch in an incubator
<P> Candle the eggs after 7 to 10 days. Candling the eggs is when you use a light source to view how much space the embryo occupies within an egg. After 7 to 10 days, you should see development of the embryo. Candling allows you to remove eggs with embryos that are not viable. <P> Pekin duck eggs are kept in a setter for 25 days and then transferred on the 25th day to a hatcher where they remain until they hatch on the 28th day. Eggs are automatically turned while in the setter (usually hourly). It is not necessary to turn eggs in the hatcher. <P> Clean eggs keep the incubator clean and give you a higher hatch rate. As you are collecting the duck eggs for hatching, keep them a room temperature of 65* to 75*F and turn them once a day. I put mine in an egg carton, small side down, and support one end of the egg carton on a book. To turn the eggs, I change the end of the carton that is raised. <P> Get ready for hatching. The eggs should begin to hatch at day 28. After hatching the chicks will need to dry off at least 75% of the way in the incubator before you move them to the brooder. Your brooder should be an area large enough to accommodate your ducklings, giving them at least 6 sq. in. per duckling. <P> Whereas fertilized chicken eggs usually take exactly 21 days to hatch, most duck eggs take 28 days, apart from Muscovy ducks. As a general rule of thumb, the eggs of Muscovy ducks take 35 days, but once again, it can vary slightly depending on conditions. <P> Most breeds require about 28 days of incubation. The similarities in hatching duck eggs to other eggs are that you need the same temperature (about 99.5 degrees F), the duck eggs need to be turned and you'll need a safe environment for them. A duck incubator can be the same incubator you use for other eggs. <P> 6. Record the day and how many eggs you've incubated on a calendar. You should be able to estimate your hatch date based on average incubation times for the bird species you want to hatch. For example, chicken eggs typically take 21 days to hatch, whereas many duck varieties and peafowl may take 28 days.
21 days.
what is agar plate
<P> Chocolate agar (CHOC) is a type of blood agar plate in which the blood cells have been lysed by heating the cells to 56 °C. It is used for growing fastidious respiratory bacteria, such as Haemophilus influenzae. No chocolate is actually contained in the plate; it is named for the coloration only. Thus, the plate can be used either to estimate the concentration of organisms in a liquid culture or a suitable dilution of that culture using a colony counter, or to generate genetically pure cultures from a mixed culture of genetically different organisms, using a technique known as streaking . <P> Blood Agar Plates (BAP) (Atlas p. 49). Blood agar is actually a couple of related media, all of which are rich formulations containing peptones, yeast extracts, liver or heart extracts (depending on the medium), and blood. The blood is usually sheep's red blood cells (RBC), though horses and other species may be used <P> An agar plate or Petri dish is used to provide a growth medium using a mix of agar and other nutrients in which microorganisms, including bacteria and fungi, can be cultured and observed under the microscope. The gelling agent in agar is an unbranched polysaccharide obtained from the cell walls of some species of red algae, primarily from the genera Gelidium and Gracilaria. <P> Starch Agar and the Amylase Test. Starch Agar is basically an all-purpose medium (e.g., Nutrient Agar, Heart Infusion Agar) to which 0.4% soluble starch is added. A plate of this medium is single streaked or spot inoculated with the organism to be tested. After incubation (preferably for several days) the medium is flooded with Gram's iodine. <P> Nutrient agar is a general-purpose, nutrient medium used for the cultivation of microbes. It is frequently used for isolation and purification of cultures. As we are using it here, it can also be used as a means for producing the bacterial lawns needed for antibiotic sensitivity tests. Nutrient agar consists of heat-stable digestive products of proteins (called peptones) and beef extract. Both of these provide amino acids, minerals, and other nutrients used by a wide variety of bacteria for growth. <P> From Wikipedia, the free encyclopedia. An agar plate is a Petri dish that contains a growth medium (typically agar plus nutrients) used to culture microorganisms or small plants like the moss Physcomitrella patens. Selective growth compounds may also be added to the media, such as antibiotics. Thus, the plate can be used either to estimate the concentration of organisms in a liquid culture or a suitable dilution of that culture using a colony counter, or to generate genetically pure cultures from a mixed culture of genetically different organisms, using a technique known as streaking . <P> Agar plates may also be indicator plates, in which the organisms are not selected on the basis of growth, but are instead distinguished by a color change in some colonies, typically caused by the action of an enzyme on some compound added to the medium. Some commonly used agar plate types are: Thus, the plate can be used either to estimate the concentration of organisms in a liquid culture or a suitable dilution of that culture using a colony counter, or to generate genetically pure cultures from a mixed culture of genetically different organisms, using a technique known as streaking . <P> An agar plate is a sterile Petri dish that contains agar plus nutrients, and is used to culture bacteria or fungi. Types of agar plates [edit]. 1 Blood agar-contains blood cells from an animal (e.g. a sheep). 2 Most bacteria will grow on this medium. 3 Chocolate agar-this contains lysed blood cells, and is used for growing fastidious (fussy) respiratory bacteria. 4 Neomycin agar-contains the antibiotic neomycin. <P> MacConkey Agar. This is an agar upon which only Gram-negative bacteria can grow. What is more is that E.coli will grow into red colonies, as there is a pH indicator present. It should be mentioned that MacConkey agar powder comes in two versions: one with the sugar lactose in it, and one without any added sugars. One might ask why agar, as opposed to regular gelatin (like that found in Jello), is used for culturing bacteria. The answer is agar, unlike gelatin, won't be degraded (eaten) by bacteria. Also, agar is firmer and stronger than gelatin.
A sterile Petri dish that contains agar plus nutrients, and is used to culture bacteria or fungi.
what is a hummingbird cake
<P> Method. Cake. 1 Preheat oven to 350° F. Butter and flour three 9-inch round cake pans. 2 In a large bowl, vigorously whisk together the dry ingredients: flour, baking soda, baking powder, salt, cinnamon, and nutmeg (optional). 3 In a separate bowl, whisk the canola oil, sugar, and eggs together until combined. <P> Make the cake: Preheat the oven to 350 degrees F. Butter two 8-inch round cake pans and line with parchment paper. Butter the parchment and dust with flour. Spread the pecans on a baking sheet and bake until fragrant and toasted, about 8 minutes. Let cool slightly, then roughly chop. Toss with the bananas, pineapple and 1/2 cup flour in a small bowl. Whisk the remaining 2 1/4 cups flour, the cinnamon, nutmeg, ginger, baking soda and salt in a bowl. Beat the eggs and granulated sugar in a separate bowl with a mixer on high speed until thick and light, 5 minutes <P> Yellow Butter Cake. Hummingbird Cake: Preheat oven to 350 degrees F (180 degrees C). Butter, or spray with a non stick spray, two - 9 x 2 inch (23 x 5 cm) round cake pans and line the bottoms of the pans with parchment paper. Place the pecans on a baking sheet and bake for about 8 minutes or until lightly browned and fragrant. <P> Hummingbird cake is a banana pineapple spice cake common in the Southern United States. Ingredients include flour, sugar, salt, ripe banana, pineapple, cinnamon, pecans, vanilla extract, eggs, and leavening agent. <P> Preheat oven to 325 degrees. Spray and flour three 8-by-2-inch round cake pans, tapping out excess flour; set aside. Prepare the cake; in a large bowl, stir to combine self-rising flour, sugar, oil, pecans, bananas, pineapple, vanilla, cinnamon, and eggs. <P> Combine first 5 ingredients in a large bowl; add eggs and oil, stirring until dry ingredients are moistened. (Do not beat.) Stir in vanilla, pineapple, 1 cup pecans, and bananas. Pour batter into three greased and floured 9-inch round cakepans. Bake at 350° for 25 to 30 minutes or until a wooden pick inserted in center comes out clean. Cool in pans on wire racks 10 minutes; remove from pans, and cool completely on wire racks. <P> 1 Do not beat. 2 Stir in bananas, 2 teaspoons vanilla, pineapple, and 1 cup pecans. 3 Bake for 25 to 30 minutes, or until done. 4 Cool on a wire rack. 5 Beat 1/2 cup pecans, cream cheese, butter or margarine, confectioners sugar, and 1 teaspoon vanilla together until light and fluffy. 6 Spread over the top of the cooled cake. Directions. 1 Preheat oven to 350 degrees F (175 degrees C). 2 Grease and flour a large cookie sheet with sides, or an 11 x 17 inch jelly roll pan. 3 Combine flour, white sugar, baking powder, salt, and cinnamon in a large bowl. 4 Add eggs and oil; stir until moistened. <P> Directions. 1 Preheat oven to 350 degrees F (175 degrees C). 2 Grease and flour 2 - 9 inch cake pans. 3 Sift together the flour, sugar, baking soda and salt. 4 Set aside. 5 In a large bowl, combine the oil, eggs, pineapple, bananas and nuts. 6 Add flour mixture, and mix together by hand. 1 Sift together the flour, sugar, baking soda and salt. 2 Set aside. 3 In a large bowl, combine the oil, eggs, pineapple, bananas and nuts. 4 Add flour mixture, and mix together by hand. 5 Pour batter into prepared pans and bake for 1 hour or until a toothpick inserted in center comes out clean. <P> The giveaway to the Hummingbird cake’s birthplace, however, is in the key ingredients – bananas and pineapple. Hopefully you’re already thinking of the Caribbean, and it’s thought to have been invented in Jamaica, probably in the late ‘60s. The Hummingbird cake is a very unusual one. For a start, it’s made with oil rather than butter, and contains more fruit than flour. The mix doesn’t need beating, goes dynamite with a cream cheese icing and often involves spices and nuts.
Hummingbird cake is a banana pineapple spice cake common in the Southern United States. Ingredients include flour, sugar, salt, ripe banana, pineapple, cinnamon, pecans, vanilla extract, eggs, and leavening agent.
size of soccer field vs football field
<P> The simple is that a soccer field can be larger than a football field. When looking at the dimension of professional soccer field the range for length 100-130 yds and a width from 50-100yds. Most international matches are 120x 80 yds. A football field is 120x 53.3 yds. Therefore the answer varies depending on the soccer venue. <P> The field dimensions are within the range found optimal by FIFA: 110–120 yards (100–110 m) long by 70–80 yards (64–73 m) wide, These soccer field dimensions are wider than the regulation American football field width of 53.3 yards (48.7 m), or the 65 yards (59 m) width of a Canadian football field. <P> The dimensions of a football field remain very strict, as every field must have a length of 360 feet, or 120 yards, including 30 feet, or 10 yards, for each end zone. This means that the actual field of play remains 300 feet or 100 yards long. <P> Confidence votes 141. The length of the Football/Soccer field for international adult matches is in the range 110-120 yards (100-110 m) and the width is in the range 70-80 yards (64-75 m), while American football fields are 120 yards (109.7 m) long, that's including the 10 yard (9.1m) for the goal area on. <P> When looking at the dimension of professional soccer field the range for length 100-130 yds and a width … from 50-100yds. Most international matches are 120x 80 yds. A football field is 120x 53.3 yds. Therefore the answer varies depending on the soccer venue. <P> Soccer is played by two teams of 11 players each. The field for international matches is in the range of 110-120 yards long and 70-80 yards wide. The length must always be greater than the width. American football has 11 players per side. The field is 120 yards long (100 yards of playing field with two 10 yard end zones) and 53 1/3 yards wide. I would love to play soccer, but I'm still trying to break the 10-minute barrier on the treadmill.
Soccer field size 120x 80 yds, football field size 120x 53.3 yds.
why was the third amendment created
<P> Congress proposed the amendment to the states on September 28, 1789, and by December 15, 1791, the necessary three-quarters of the states had ratified it. Secretary of State Thomas Jefferson announced the adoption of the amendment on March 1, 1792. Time out of mind, and even now in many parts of the world, a military commander can seize private housing to shelter his troops. Not so, however, in the United States, for the Third Amendment says...[E]ven in war time, his seizure of needed military housing must be authorized by Congress.. <P> · just now. Report Abuse. Amendment III: Housing of soldiers No Soldier shall, in time of peace be quartered in any house, without the consent of the Owner, nor in time of war, but in a manner to be prescribed by law.. Because this was something the British did, and nobody liked it but the British <P> The Third Amendment was introduced in Congress in 1789 by James Madison as a part of the United States Bill of Rights, in response to Anti-Federalist objections to the new Constitution. Time out of mind, and even now in many parts of the world, a military commander can seize private housing to shelter his troops. Not so, however, in the United States, for the Third Amendment says...[E]ven in war time, his seizure of needed military housing must be authorized by Congress.. <P> A Guide to the Third Amendment. The Third Amendment, or Amendment III of the United States Constitution is the section of the Bill of Rights that prohibits soldiers from temporarily residing in private homes during peace time without getting the permission and consent of the owner. The Third Amendment was introduced by James Madison. The Third Amendment said that no soldier could demand a place to stay during wartime, although a soldier of the United States government could ask someone for a place to stay. <P> The Third Amendment Defined: The Third Amendment is a part of the Bill of Rights, which are the first 10 Amendments to the United States Constitution and the framework to elucidate upon the freedoms of the individual. The Bill of Rights were proposed and sent to the states by the first session of the First Congress. They were later ratified on December 15, 1791. The Third Amendment was introduced on September 5, 1789. <P> The Third Amendment seems to have no direct constitutional relevance at present; indeed, not only is it the least litigated amendment in the Bill of Rights, but the Supreme Court has never decided a case on the basis of it. Ratified December 15, 1791. The first 10 amendments form the Bill of Rights. No Soldier shall, in time of peace be quartered in any house, without the consent of the Owner, nor in time of war, but in a manner to be prescribed by law. <P> The third amendment was introduced into the United States Constitution as a part of the Bill of Rights on September 5, 1789 and was ratified or voted for by three fourths of the states on December 15, 1791. The Text of the Third Amendment. The Third Amendment was introduced by James Madison. The Third Amendment said that no soldier could demand a place to stay during wartime, although a soldier of the United States government could ask someone for a place to stay. <P> The Third Amendment (Amendment III) to the United States Constitution places restrictions on the quartering of soldiers in private homes without the owner's consent, forbidding the practice in peacetime. Time out of mind, and even now in many parts of the world, a military commander can seize private housing to shelter his troops. Not so, however, in the United States, for the Third Amendment says...[E]ven in war time, his seizure of needed military housing must be authorized by Congress..
It was in response to Anti-Federalist objections to the new Constitution.
meaning of name cheyenne
<P> Cheyanne's name origin is Native American Indian, and the meaning of Cheyanne is unintelligible speakers. Cheyanne is an alternate form of Cheyenne (Native American Indian): from the French name shaiyena. Chavanne is a conventional surname. Kreatif forms: Cheyande, Cheyanle, Cheyannea. <P> Definition of CHEYENNE for Kids. 1. : a member of an American Indian people of the western plains ranging between the Arkansas and Missouri rivers. 2. : the language of the Cheyenne people. Definition of CHEYENNE. 1. : a member of an American Indian people of the western plains of the United States. 2. : the Algonquian language of the Cheyenne people. See Cheyenne defined for English-language learners. See Cheyenne defined for kids. ADVERTISEMENT <P> Cheyenne-Meaning of Cheyenne. Tweet. Cheyenne is of Dakota origin and it is predominantly used in the English language. The name is of disputed origin; it could be from shahiyena, the Dakota name of a Native American tribe of the Great Plains. <P> It would have never occured to me that Cheyenne was both feminine and masculine. Though it makes sense since it's a name of an Indian Tribe. -- Tbird 7/5/2005. Some say that Cheyenne was a Korean name (because others may pronounce it as che-yin) so my classmates and friends thought I was Korean or Chinese. <P> More About Chinese Name: Cheyenne. Cheyenne are a Native American nation of the Great Plains and capital city of Wyoming. The Cheyenne Nation is composed of two united tribes. The name Cheyenne derives from Dakota Sioux Sahiyena, meaning little Saha­sahã. ya <P> (viewable to Premium Members only). Below is a brief analysis of the first name only. For an analysis of your full name and destiny, see our full free Name and Birth Date Report service for further details. 1 Your name of Cheyenne creates a quick, clever mind capable of grasping and assimilating new ideas. 1 Your name of Cheyenne creates a quick, clever mind capable of grasping and assimilating new ideas. 2 You are rather studious, mentally challenging each new idea before accepting it. <P> Login To Favorites. The Cheyenne language is a Native American language spoken by the Cheyenne people, primarily in present day Montana and Oklahoma in the United States. Cheyenne is a part of the Algonquian language family and more specifically it originated in the Great Plains region of early North America. <P> What does Cheyenne mean, popularity, numerology and more. The name Cheyenne is of Native American Sioux origin. The meaning of Cheyenne is people of a different speech. They call themselves Tsistsistas meaning beautiful people. It was the Sioux who named them Cheyenne meaning people of a different speech, because they did not understand the Algonquian language which they spoke. Cheyenne is the capital and most populous city in the state of Wyoming
People of a different speech
how much will it cost to redo my kitchen
<P> The average project cost varies depending on the size of your kitchen, the quality of materials, and whether you change the layout of the room. On average, homeowners report that a kitchen remodel costs $19,799. <P> 1 These are averages; actual costs may be higher or lower. 2 In contrast, DoItYourself.com estimates that the cost of a typical kitchen remodel can start around $5,000 with some do-it-yourself work included, and averages $15,000-$26,000. <P> The cost of remodeling a kitchen can vary widely depending on the size and scope of your project, with the national average coming in around $17,000 and most homeowners spending between $12,000 and $19,000. This guide can help estimate your costs and give you a starting point for various upgrades and services. <P> 1 In contrast, DoItYourself.com estimates that the cost of a typical kitchen remodel can start around $5,000 with some do-it-yourself work included, and averages $15,000-$26,000. <P> How much did your kitchen renovation cost, and where did you spend it? According to Today, the average cost for a kitchen remodel is $15,000 to $20,000 — without the appliances. <P> Setting a budget for your kitchen remodel and staying within it sounds so obvious and simple, but it's harder than you think. The average cost of an upscale kitchen remodel is more than $80,000, but three factors should determine whether you want to spend that much. The first is how much you can afford to spend.
$5,000 to $26,000
what is the meaning of ying yang
<P> Visually expressed as complementary black and white images within a circle, Yin and Yang represent ancient Chinese ideas that encompass the meaning of all reality. A black dot embedded in the white image and a white dot in the black image add to the cosmological meaning of Yin and Yang. <P> Yin and yang can be thought of as complementary (rather than opposing) forces that interact to form a dynamic system in which the whole is greater than the assembled parts. Everything has both yin and yang aspects, (for instance shadow cannot exist without light). The yin yang (i.e. taijitu symbol) shows a balance between two opposites with a portion of the opposite element in each section. In Daoist metaphysics, distinctions between good and bad, along with other dichotomous moral judgments, are perceptual, not real; so, the duality of yin and yang is an indivisible whole <P> Tao: Ying Yang Definition. Taoism defines yin yang as two polar energies that fluctuate and interact in constant motion. If you observe the yin yang symbol of two curved teardrops with the black, right side descending while the white, right side is ascending. <P> Yin and yang. In Chinese philosophy, yin and yang (also, yin-yang or yin yang) describes how apparently opposite or contrary forces are actually complementary, interconnected, and interdependent in the natural world, and how they give rise to each other as they interrelate to one another. The yin yang (i.e. taijitu symbol) shows a balance between two opposites with a portion of the opposite element in each section. In Daoist metaphysics, distinctions between good and bad, along with other dichotomous moral judgments, are perceptual, not real; so, the duality of yin and yang is an indivisible whole <P> The Yin Yang Symbol. The symbol of the yin yang, also known as the Tai Chi or Taiqi symbol, consists of a circle equally divided into black and white sections by a reverse S-like shape. Within the black section is a small circle of white. Within the white section is a small circle of black. The meaning of the yin yang symbol encompasses harmony and balance within the universe. They exist in everything around us and are the basis of life as nothing can exist by itself. This concept is beautifully illustrated in examples of yin yang art created in many different types of art forms. <P> Top Definition. ying-yang. 1) the erroneous spelling of yin yang or yin-yang, which is an ancient concept and symbol referring to complementary opposites, such as light/dark, day/night, masculine/feminine, sun/moon. Yin is seen as dark, passive and feminine. Yang is seen as light, active, and masculine <P> The yin yang meaning and symbol date back to ancient China and represent the belief that everything in the universe consists of two forces that are opposing but complementary. The meaning of the yin yang symbol encompasses harmony and balance within the universe. They exist in everything around us and are the basis of life as nothing can exist by itself. This concept is beautifully illustrated in examples of yin yang art created in many different types of art forms. <P> There is still more meaning to the yin yang, and this is referenced in the two small spots that you see in the black and white portions. Notice that each spot is in the opposite color as compared to the background color. So you have a white spot in the black portion and a black spot in the white portion. The yin yang is one of the most meaningful symbols in history. The interpretation of the ying yang make it relevant to all of us, no matter what age or religion we belong too. The black and white contrasting colors are placed next to each other. <P> The black and white halves of the Yin-Yang symbol are similar to the two sides of a coin. They are different, and distinct, yet one could not exist without the other. The circle itself-which contains these two halves-is like the metal (silver, gold or copper) of the coin. The most well-known of Taoist visual symbols is the Yin-Yang symbol, also known as the Taiji symbol. The image consists of a circle divided into two teardrop-shaped halves-one white and the other black.
It shows a balance between two opposites with a portion of the opposite element in each section.
what is hospitality industry means
<P> (November 2008). The Hospitality Industry is a broad category of fields within the service industry that includes lodging, event planning, theme parks, transportation, cruise line, and additional fields within the tourism industry. A hospitality unit such as a restaurant, hotel, or an amusement park consists of multiple groups such as facility maintenance and direct operations (servers, housekeepers, porters, kitchen workers, bartenders, management, marketing, and human resources etc.). <P> The hospitality industry's backbone is comprised of customer service, a concept shared by all segments of the industry. Your small business may focus on one or all facets of hospitality. <P> Rating Newest Oldest. Best Answer: Hospitality refers to the relationship process between a guest and a host, and it also refers to the act or practice of being hospitable, that is, the reception and entertainment of guests, visitors, or strangers, with liberality and goodwill. Submit. · just now. Report Abuse. Hospitality refers to the relationship process between a guest and a host, and it also refers to the act or practice of being hospitable, that is, the reception and entertainment of guests, visitors, or strangers, with liberality and goodwill. <P> The hospitality industry is much broader than most other industries. The majority of business niches are composed of only a handful of different businesses, but this industry applies to nearly any company that is focused on customer satisfaction and meeting leisurely needs rather than basic ones. Most people think that hotels alone belong to the hospitality industry, but hotels are only one sector of this industry. Many forms of transportation that cater to tourists are also part of this business world. <P> The hospitality industry is a multibillion-dollar industry that depends on the availability of leisure time and disposable income. A hospitality unit such as a restaurant, hotel, or an amusement park consists of multiple groups such as facility maintenance and direct operations (servers, housekeepers, porters, kitchen workers, bartenders, management, marketing, and human resources etc.). <P> Themes. Another defining aspect of the hospitality industry is its theme. This doesn’t apply to every business in this industry, but many of them use a certain theme to attract customers. For example, a fancy restaurant might have a Mediterranean theme to attract customers who like that type of food and atmosphere. Most people think that hotels alone belong to the hospitality industry, but hotels are only one sector of this industry. Many forms of transportation that cater to tourists are also part of this business world. <P> hospitality industry noun [S]. › ​businesses such as ​hotels, ​bars, and ​restaurants that ​offer ​people ​food, drink, or a ​place to sleep: They have 40 ​years of ​experience in the ​hospitality ​industry. (Definition of hospitality industry from the Cambridge Business English Dictionary © Cambridge University Press). Browse. <P> Hospitality industry. The hospitality industry is a broad category of fields within the service industry that includes lodging, restaurants, event planning, theme parks, transportation, cruise line, and additional fields within the tourism industry.
The hospitality industry is a broad category of fields within the service industry that includes lodging, restaurants, event planning, theme parks, transportation, cruise line, and additional fields within the tourism industry.ospitality industry.
how leaves change colors,information for kids
<P> The arrival of autumn is a great reason to talk about chemistry: When tree leaves change from green to reds, oranges, yellows, and browns, we’re seeing the tree’s green chlorophyll fade away, revealing hidden autumnal pigments. <P> The Web's Best Sites. Leaves of deciduous trees change color during autumn and then drop off. Contunico © ZDF Enterprises GmbH, Mainz. In the autumn, leaves turn from green to brilliant shades of scarlet, gold, orange, and purple. Then they finally fall to the ground. It is not a season of dying: the tree or shrub is preparing for winter <P> We spend a lot of time outdoors. We especially enjoy the crisp air and vibrant colors of autumn. For our school science project, we decided to explore the many different leaf colors we notice in the fall and find out what makes these leaves change from green to brilliant orange, yellow and red. <P> Before we learn why leaves change color in autumn, let's talk about what leaves do during the rest of the year. Each leaf on a tree is like a tiny solar panel, gathering sunlight the tree uses to make food. <P> The maple leaf scratch and reveal is a fun activity to help cement the idea that the green pigment (chlorophyll) in leaves masks all the other colors. Materials needed: Maple leaf template (linked here – Maple Leaf Template), a coin for rubbing, and orange/yellow/red/green crayons. 1 The green pigment hides the other colors in the leaf. 2 Leaves get less light each day in the fall and stop making food to prepare for the winter. 3 The chlorophyll (green color) fades and other colors (mainly red/yellow/orange/tan) in the leaves begin to show. <P> 1 Leaves need sunlight, air, water, and chlorophyll to make food (sugar) for the tree. 2 Chlorophyll is the green dominant pigment in leaves during the spring/summer. 3 The green pigment hides the other colors in the leaf. 4 Leaves get less light each day in the fall and stop making food to prepare for the winter. 1 The green pigment hides the other colors in the leaf. 2 Leaves get less light each day in the fall and stop making food to prepare for the winter. 3 The chlorophyll (green color) fades and other colors (mainly red/yellow/orange/tan) in the leaves begin to show. <P> The bright reds and purples we see in leaves are made mostly in the fall. In some trees, like maples, glucose is trapped in the leaves after photosynthesis stops. Sunlight and the cool nights of autumn cause the leaves turn this glucose into a red color. The brown color of trees like oaks is made from wastes left in the leaves. It is the combination of all these things that make the beautiful fall foliage colors we enjoy each year. Plants are busy growing all summer long. Plants make their food using sunlight and something called chlorophyll. Chlorophyll gives leaves their green color. Winter days are short and dry. Many plants stop making food in the fall. The chlorophyll goes away. <P> 1 Chlorophyll is the green dominant pigment in leaves during the spring/summer. 2 The green pigment hides the other colors in the leaf. 3 Leaves get less light each day in the fall and stop making food to prepare for the winter. 1 The green pigment hides the other colors in the leaf. 2 Leaves get less light each day in the fall and stop making food to prepare for the winter. 3 The chlorophyll (green color) fades and other colors (mainly red/yellow/orange/tan) in the leaves begin to show.
The arrival of autumn is a great reason to talk about chemistry: When tree leaves change from green to reds, oranges, yellows, and browns, we’re seeing the tree’s green chlorophyll fade away, revealing hidden autumnal pigments.
who invented the printing press
<P> the invention of the printing press took place in approximately 1450 ad by a german inventor by the name of johannes gutenburg during this time there were many cultural changes in europe which sparked the requirement of a quick inexpensive method of producing large amounts of documents <P> johannes gutenberg is usually cited as the inventor of the printing press indeed the german goldsmith s 15th century contribution to the technology was revolutionary enabling the mass production of books and the rapid dissemination of knowledge throughout europe <P> johannes gutenberg c 1398 february 3 1468 was a german blacksmith goldsmith printer and publisher who invented the first printing press gutenberg s printing press revolutionised the creation of books and helped make them affordable ushering in a new era of affordable books and literature <P> according to most historians the printing press was invented by gutenberg in mainz in the holy roman empire germany in 1441 or about that time <P> if it were not for the invention of printing press in 1436 things would have been quite different in the years to follow a short write up on the history of printing press with emphasis on the person who invented it <P> when gutenberg invented the printing press in 1445 he forever changed the lives of people in europe and eventually all over the world previously bookmaking entailed copying all the words and illustrations by hand <P> the printing press was invented by j gutenberg sometime between the late 1430s and the mid 1450s the modern movable type printing press was invented in 1439 ce by johannes gutenberg in what was then the holy roman empire it ushered in the european age of printing <P> johann gutenberg invented the printing press in the 1450 s and the first book to ever be printed was a latin language bible printed in mainz germany gutenberg s bibles were surprisingly beautiful as each leaf gutenberg printed was later colorfully hand illuminated <P> johannes gutenberg from germany is widely credited as having invented the mechanical printing press he used ideas from the already developed methods of the chinese who invented both paper and woodblock printing as well as a great deal of other things
Johannes gutenberg
when was world cup started
<P> Jules Rimet Cup 1930-1970. Even though FIFA was formed as early as 1904, it took them almost three decades to start a true international competition. The Olympic tournament had been the only tournament so far with world wide participation, but that was for amateurs only. <P> Report Abuse. The FIFA World Cup started in 1928, when FIFA president Jules Rimet decided to stage an international football tournament. The first competition, in 1930, consisted of just the final tournament of 13 invited teams. A Frenchman started it and endorsed it. I think the first World Cup was circa 1930, and I believe Uruguay won. At least they won a couple early World Cups. <P> The world cup was first held in 1930, when FIFA president Jules Rimet decided to stage an international football tournament. The inaugural edition, held in 1930, was contested as a final tournament of only 13 teams invited by the organization. The first goal in World Cup history was scored by Lucien Laurent of France. Four days later, the first World Cup hat-trick was achieved by Bert Patenaude of the USA in the Americans' 3–0 win against Paraguay. <P> 1930 FIFA World Cup Winners: Uruguay Hosted by the country of Uruguay, the first ever FIFA World Cup was held eight years after the international game was first recognized through Olympic competition. It was in 1929 that a group voted that the country of Uruguay should be the first nation to host a FIFA World Cup. <P> The first two World Cup matches took place simultaneously on 13 July 1930, and were won by France and USA, who defeated Mexico 4–1 and Belgium 3–0 respectively. The first goal in World Cup history was scored by Lucien Laurent of France. <P> Brazil, the World Cup host and the clear favorite (in our view), will start off the tournament Thursday with a match against Croatia. Soon after, 30 other countries will take to the pitch with varying prospects of achieving their World Cup dreams. See the FiveThirtyEight World Cup predictions for more on that. <P> Publisher. A+E Networks. On July 13, 1930, France defeats Mexico 4-1 and the United States defeats Belgium 3-0 in the first-ever World Cup football matches, played simultaneously in host city Montevideo, Uruguay. The World Cup has since become the world’s most watched sporting event. In the first World Cup final, held on July 30, 1930, 93,000 spectators looked on as Uruguay defeated Argentina 4–2 in a rematch of the 1928 Olympic gold medal game. Uruguay went on to win its second World Cup in 1950 with a 2-1 win over Brazil in Rio de Janeiro. <P> The FIFA World Cup started in 1928, when FIFA president Jules Rimet decided to stage an international football tournament. A Frenchman started it and endorsed it. I think the first World Cup was circa 1930, and I believe Uruguay won. At least they won a couple early World Cups. <P> The first two World Cup matches took place simultaneously, and were won by France and the USA, who beat Mexico 4–1 and Belgium 3–0, respectively. The first goal in World Cup history was scored by Lucien Laurent of France. Four days later, the first World Cup hat-trick was achieved by Bert Patenaude of the USA in the Americans' 3–0 win against Paraguay. <P> In 1928 FIFA made the decision to stage their own international tournament. With Uruguay now two-time official football world champions (as 1924 was the start of FIFA's professional era) and to celebrate their centenary of independence in 1930, FIFA named Uruguay as the host country. foongwk140804 · 9 years ago. A Frenchman started it and endorsed it. I think the first World Cup was circa 1930, and I believe Uruguay won. At least they won a couple early World Cups.
July 13, 1930
what is javelin
<P> Javelin procured for light forces anti-tank guided weapon system (LFATGWS). In January 2003, the UK Ministry of Defence announced that it had decided to procure Javelin for the light forces anti-tank guided weapon system (LFATGWS) requirement. The initial order was for 18 launchers and 144 missiles. <P> Answered by The Community. Making the world better, one answer at a time. A javelin is a long spere that you throw and it sticks in the ground and who ever threw the farthest and got it to stick in the ground wins. <P> javelin noun [C]. › a ​long ​stick with a ​pointed end that is ​thrown in ​sports competitions the javelin › a ​competition in which javelins are ​thrown: She was first in the javelin. (Definition of javelin from the Cambridge Advanced Learner’s Dictionary & Thesaurus © Cambridge University Press). See all translations. <P> Bronze, Laconian style, third quarter of the 6th century BC. A javelin is a light spear designed primarily to be thrown, historically as a ranged weapon, but today predominantly for sport. The javelin is almost always thrown by hand, unlike the bow and arrow and slingshot, which shoot projectiles from a mechanism. <P> How to Throw a Javelin. The javelin toss, a popular track and field sport in the Olympic games as well as in high school and college, involves hurling a metal-tipped spear as far as possible. Throwing the javelin correctly involves a mastery of technique and requires strength and stability. <P> 91,371 pages on this wiki. This is the Javelin disambiguation page. Javelin is a German super-criminal and mercenary who has been an enemy to Green Lantern. Beginning his career as an Olympic athlete, he later decided to use his javelin-throwing abilities for evil. His arsenal contains several collapsible high-tech javelins, such as an explosive javelin. This is the Javelin disambiguation page. Javelin is a German super-criminal and mercenary who has been an enemy to Green Lantern. Beginning his career as an Olympic athlete, he later decided to use his javelin-throwing abilities for evil. His arsenal contains se <P> 7,708 pages on this wiki. The FGM-148 Javelin is a guided missile featured in Call of Duty 4: Modern Warfare, Call of Duty: Modern Warfare 2, Call of Duty: Modern Warfare: Mobilized, Call of Duty: Modern Warfare 3, Call of Duty: Modern Warfare 3: Defiance and Call of Duty Online. <P> Now this is looking like a whole lot-a fun. The Javelin is a high performance, single trapeze, 14ft two handed skiff raced competitively throughout New Zealand and Australia. It has a powerful, efficient sail plan allow it to exceed speeds of 25 knots and provide an exhilarating “ride” and exciting fleet racing. <P> Two FGM-148 Javelins in real life. The FGM-148 Javelin is an American-made, man-portable third generation Anti-Tank Guided Missile (ATGM) launcher manufactured by Raytheon and Lockheed Martin. <P> Full Definition of JAVELIN. 1. : a light spear thrown as a weapon of war or in hunting. 2. : a slender usually metal shaft at least 260 centimeters long that is thrown for distance in a field event. : a long spear that people throw as far as they can as a sport. the javelin: an event in which people compete by trying to throw a javelin farther than everyone else.
The Javelin is a high performance, single trapeze, 14ft two handed skiff raced competitively throughout New Zealand and Australia.
where is saipan northern mariana islands located
<P> Saipan is the second largest island in the Mariana Islands archipelago, after Guam. It is located about 120 mi (190 km) north of Guam and 5 nautical miles (9.3 km) northeast of Tinian, from which it is separated by the Saipan Channel. Saipan is about 12 mi (19 km) long and 5.6 mi (9.0 km) wide, with a land area of 115.38 km 2 (44.55 sq mi). <P> Natural threats: cyclones. Saipan is the principal island and commercial center of the Northern Mariana Islands. It is about 12.5 miles long and 5.5 miles wide and has a total land area of 46.5 square miles, which is about the size of San Francisco. Saipan is slightly larger than Hong Kong but smaller than the District of Columbia. Tourism and garment manufacturing are the major economic activities. Saipan is 120 miles north of the United States Territory of Guam. Saipan is one of 14 islands in the Northern Marianas archipelago that make up the United States Commonwealth <P> Located just north of Guam in the western Pacific, the Commonwealth of the Northern Mariana Islands is a three-hundred mile archipelago consisting of 14 islands, with a total land area of 183.5 square miles. The principal inhabited islands are Saipan, Rota and Tinian. Saipan is approximately 3,300 miles from Honolulu and 3000 miles from Sydney. The majority of the CNMI's residents live on Rota, Tinian, and Saipan, the capital and largest of the Northern Mariana Islands. <P> Satellite view is showing Saipan, the largest island and capital of the United States Commonwealth of Northern Mariana Islands (CNMI). The Northern Marianas are part of the Marianas archipelago, the three main islands are Saipan, Tinian and Rota. Saipan is located about 2,650 km east of Manila, Philippines and about 120 mi (190 km) north east of Guam in the western Pacific Ocean. The map shows an island map of Saipan with cities, towns, main roads and streets, Saipan International Airport (IATA code: SPN) is located in the south of the island. Zoom out to find Rota International Airport (IATA code: ROP), located on Rota island, about 111 km (69 mi) south west from Saipan. <P> Saipan is a tropical island in the Pacific where it is a part of a chain of 14 tropical islands where Saipan is the capital as well as the largest tropical island of the United States Commonwealth of the Northern Mariana Islands-CNMI. It is also the Principal Island and commercial center of the Northern Mariana Islands. Saipan stretches 400 miles (north to south) along the edge of the Marianas Trench where the deepest part of the ocean and the deepest location on Earth is situated. About Saipan. In the Western Pacific Ocean north of the equator in an area known as the Marianas and about 120 mi (190 km) north of Guam is where the island of Saipan is located. <P> Saipan. Saipan is the largest of the Northern Mariana Islands and the capital. About 12.5 miles long and 5.5 miles wide, Saipan is the principal island and major commercial center of the archipelago. Formed by a rising coral reef, this tropical paradise offers beautiful white sand beaches with crystal clear water and ocean-riding, fresh, clean air <P> Saipan /saɪˈpaen/ saɪˈpæn is the largest island of The Northern Mariana, islands a commonwealth of The United states in the Western Pacific. ocean It is located about 120 mi (190 km) north of Guam and 5 nautical miles (9.3 km) northeast of Tinian, from which it is separated by the Saipan Channel. Saipan is about 12 mi (19 km) long and 5.6 mi (9.0 km) wide, with a land area of 115.38 km 2 (44.55 sq mi).
United States
how much does it cost to get a cat euthanized
<P> Certain crematories also offer pet euthanasia at an additional cost. Moreover, the cost of cremation is going to include the cost of a pet urn as well (costing $50-$150 or more) if you choose to store the ashes of your feline companion in an urn and display it at your home or dispose it of. It may cost about $30 to $70. Private cremation, on the other hand, involves the cremation on a single pet at a time. It usually costs almost $100-$200. <P> 1 The pet's remains may be cremated, either by itself of as part of a group. 2 Group cremation, in which the pet's remains are cremated with several other pets costs about $125. 3 Individual cremation costs about $285. 4 For more information, see How Much Does Pet Cremation Cost. 1 The pet's remains may be buried in the backyard for free or at a pet cemetery for between $500 and $730. 2 Cats and small dogs cost less and burial for large dogs typically costs more. 3 Caskets range from $90 to $145. 4 The pet's remains may be cremated, either by itself of as part of a group <P> Shopping for pet euthanasia: 1 The pet's remains may be buried in the backyard for free or at a pet cemetery for between $500 and $730. 2 Cats and small dogs cost less and burial for large dogs typically costs more. 1 The pet's remains may be buried in the backyard for free or at a pet cemetery for between $500 and $730. 2 Cats and small dogs cost less and burial for large dogs typically costs more. 3 Caskets range from $90 to $145. 4 The pet's remains may be cremated, either by itself of as part of a group <P> 1 A home based service will cause you to spend additional charges for the euthanasia. 2 The additional fee will make the total cost to range from $140 to $300. 3 After euthanasia, the burial of the cat will cost more. 4 This will either lead you to cremation or a cemetery burial. 1 The additional fee will make the total cost to range from $140 to $300. 2 After euthanasia, the burial of the cat will cost more. 3 This will either lead you to cremation or a cemetery burial. <P> How Much Does Cat Euthanasia Cost. The cost of euthanasia varies region to region. On average, most veterinarians in the United States charge $50 to $100 if you bring your pet to their offices. Euthanasia Done at Home. If you prefer, some vets offer euthanasia at home. A clinic out of Atlanta, Georgia, charges $150 to $200 for this service. If you wish to have them dispose of the pet's body or transport to a crematorium for animals, expect to pay an additional $50 plus the cost of cremation. <P> 1 However, the average cost among veterinarians ranges from $45 to $150. 2 The cost for euthanasia also varies if you will personally bring the cat to the vet’s office or if you ask for a home-based service. 3 One user based in the state of Wisconsin had paid $65 to put their cat down at the local vet. 1 The additional fee will make the total cost to range from $140 to $300. 2 After euthanasia, the burial of the cat will cost more. 3 This will either lead you to cremation or a cemetery burial. <P> 1 The price for cat euthanasia differs from one area to another and by the size of the cat. 2 However, the average cost among veterinarians ranges from $45 to $150. 1 The additional fee will make the total cost to range from $140 to $300. 2 After euthanasia, the burial of the cat will cost more. 3 This will either lead you to cremation or a cemetery burial. <P> Report Abuse. Most vets charge little, if anything, for euthanizing. You can choose to have your pet cremated, which varies in cost by size (for a small cat it won't be much at all...my 80 lb. dog was $225). Edit: My vet performs her own cremations,and the cost is by weight.A cat is 26.00,not including the cost of euthanasia,which is around 12.00 for a cat.(US dollars). Source(s): Have had cats for over 40 years. Dances With Woofs! · 8 years ago.
$45 to $150.
what type of word is an ism
<P> From Wikipedia, the free encyclopedia. -ism is a suffix in many English words, first usage, originally derived from Ancient Greek -ισμός (-ismos), reaching English through Latin, via French. The first recorded usage of the suffix ism as a separate word in its own right was in 1680. By the nineteenth century it was being used by Thomas Carlyle to signify a pre-packaged ideology. <P> This ROOT-WORD is the Suffix ISM. It means DOCTRINE, SYSTEM, MANNER, CONDITION, ACT & CHARACTERISTIC. It has the quality of enlargement, and it carries you from the particular to the general, from the individual to the mass. Take the word Nazi and you have an individual who is associated with Nazism. But take Nazism and you have a system of government which murdered millions and millions of people of all nationalities. <P> In seconds, you will learn exactly what type of ISM file you have, the software program associated with your file, the publisher who created it, its security safety status, and a variety of other useful information. In the case that your ISM file doesn't open, it is highly likely that you do not have the correct software application installed on your PC to view or edit ISM file extensions. If your PC opens the ISM file, but it's the wrong application, you'll need to change your Windows registry file association settings. <P> Look up-ism in Wiktionary, the free dictionary. -ism is a suffix in many English words, first usage, originally derived from Ancient Greek -ισμός (-ismos), reaching English through Latin, via French. The first recorded usage of the suffix ism as a separate word in its own right was in 1680. By the nineteenth century it was being used by Thomas Carlyle to signify a pre-packaged ideology. <P> Here are 234 different isms, each representing a philosophical, political or moral doctrine or a belief system. In selecting terms for the list, I have deliberately avoided any word which apply ism to a personal name, so that Marxism doesn't count although it is otherwise an ideal candidate for the list. I also excluded isms which do not refer to a specific belief system, such as impressionism (an artistic movement) or alcoholism (a disease). Despite these omissions, enough remain to leave an ism in every pot, including beliefs about proper government, God, and the nature of existence itself. Of the terms on the list that are of a religious nature, most are Christian, which is not unexpected, but I'm open to adding isms from other world religions <P> He uses the word in many of his songs when referring to the controlled substance........see also weed, herb, or tical. so wuts good wit all the ism..........blaze it. -which means-. my good man where is all the marijuana......light that stuff up. Spread the ism around until the ism reaches each end// take your fingers and your thumb from tip to tip// roll it in a motion then the top piece you lick - lyrics from the redman song, how to roll a blunt off of the how high. soundtrack. <P> : a belief, attitude, style, etc., that is referred to by a word that ends in the suffix-ism. <P> wholism. witticism. workaholism. xerophytism. yahooism. zombiism. List all words ending with ism, sorted by length or by how common the words are. New Search. Some random words: auction mm nil aecia guacamole roach awry. This is not a dictionary, it's a word game wordfinder. <P> A list of words that end with Ism. We search a large Scrabble dictionary for words ending with the letter or word you enter, and generate all words ending with Ism (words with the suffix ism). Also try our list of Words that start with ism, and words that contain ism. Search for words that end with a letter or word: 11 Letter words that end with ism. 1 Absenteeism. 2 Academicism. 3 Achromatism. 4 Adoptianism. 5 Adoptionism. 6 Adventurism.
Suffix in many English words.
what is paradigm in psychology
<P> A scientific paradigm, in the most basic sense of the word, is a framework containing all of the commonly accepted views about a subject, a structure of what direction research should take and how it should be performed. Don't miss these related articles: 1 1 Philosophy of Science. The word, like many scientific terms, comes from Greek, and means example. He came up with four basic ways in which a paradigm indirectly influences the scientific process. A paradigm dictates: 1 What is studied and researched. 2 The type of questions that are asked. 3 The exact structure and nature of the questions. <P> In science and epistemology (the theory of knowledge), a paradigm /ˈpaerədaɪm/ ˈpærədaɪm is a distinct set of concepts or thought, patterns including, theories research, methods, postulates and standards for what constitutes legitimate contributions to a. field Another use of the word paradigm is in the sense of worldview . For example, in social science, the term is used to describe the set of experiences, beliefs and values that affect the way an individual perceives reality and responds to that perception. <P> noun. I. a model, trend, or representative example, as of the operations and interrelationships of a procedure, an action being analyzed, or the like. 2. an experimental construct or format of the many steps of an experiment. 3. a grammatical class or a compilation of all inflectional formations of a term. <P> The word paradigm is also still used to indicate a pattern or model or an outstandingly clear or typical example or archetype. The term is frequently used in this sense in the design professions. Design Paradigms or archetypes comprise functional precedents for design solutions. Another use of the word paradigm is in the sense of worldview . For example, in social science, the term is used to describe the set of experiences, beliefs and values that affect the way an individual perceives reality and responds to that perception. <P> Paradigm shift, sometimes known as extraordinary science or revolutionary science, is the term first used by Thomas Kuhn in his influential 1962 book The Structure of Scientific Revolutions to describe a change in basic assumptions within the ruling theory of science. It is in contrast to his idea of normal science. <P> The Oxford English Dictionary defines the basic meaning of the term paradigm as a typical example or pattern of something; a pattern or model. Perhaps the greatest barrier to a paradigm shift, in some cases, is the reality of paradigm paralysis: the inability or refusal to see beyond the current models of thinking. This is similar to what psychologists term Confirmation bias. <P> Other uses Edit. The word paradigm is also still used to indicate a pattern or model or an outstandingly clear or typical example or archetype. The term is frequently used in this sense in the design professions. Design Paradigms or archetypes comprise functional precedents for design solutions. Perhaps the greatest barrier to a paradigm shift, in some cases, is the reality of paradigm paralysis: the inability or refusal to see beyond the current models of thinking. This is similar to what psychologists term Confirmation bias. <P> Paradigm comes from Greek παράδειγμα (paradeigma), pattern, example, sample from the verb παραδείκνυμι (paradeiknumi), exhibit, represent, expose and that from παρά (para), beside, beyond and δείκνυμι (deiknumi), to show, to point out. In rhetoric, paradeigma is known as a type of proof. Another use of the word paradigm is in the sense of worldview . For example, in social science, the term is used to describe the set of experiences, beliefs and values that affect the way an individual perceives reality and responds to that perception.
A distinct set of concepts or thought, patterns including, theories research, methods, postulates and standards for what constitutes legitimate contributions to a. field another use of the word paradigm is in the sense of worldview .
how much does a medication reconciliation specialist make
<P> The Joint Commission “Medication reconciliation is the process of comparing a patient's medication orders to all of the medications that the patient hasbeen taking. This reconciliation is done to avoid medication errors such as omissions, duplications, dosing errors, or drug interactions. <P> For example the median expected annual pay for a typical Billing Specialist in the United States is $39,349, so 50% of the people who perform the job of Billing Specialist in the United States are expected to make less than $39,349. <P> Reconciliation Specialist Salary. Reconciliation Specialist average salary is $37,394, median salary is $35,000 with a salary range from $25,000 to $75,000. Reconciliation Specialist salaries are collected from government agencies and companies. <P> Average Reconciliation Specialist Salaries. The average salary for reconciliation specialist jobs is $49,000. Average reconciliation specialist salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term reconciliation specialist anywhere in the job listing. <P> Updated Feb. 9, 2006 Using medication reconciliation to prevent errors Medication reconciliation is the process of comparing a patient's medication orders to all of the medications that the patient hasbeen taking.
Average $25,000 to $75,000.
what is bha in lard
<P> Butylated Hydroxytoluene-BHT, and Butylated Hydroxyanisole-BHA what do they do? These two closely related chemicals are added to oil-containing foods to prevent spoilage in foods that contain oil or shortening. They are also used to preserve breakfast cereals such as Mini-Wheats (whose label the above photo is from). <P> It is also used as a yeast de-foaming agent. BHA is found in butter, meats, cereals, chewing gum, baked goods, snack foods, dehydrated potatoes, and beer. It is also found in animal feed, food packaging, cosmetics, rubber products, and petroleum products. BHT also prevents oxidative rancidity of fats. <P> Butylated hydroxytoluene (BHT) is a food additive used as a preservative, and when it appears on food labels, it indicates that the manufacturer is concerned about the potential for the food to go rancid. It is also used as a preservative in a number of other things, ranging from cosmetics to jet fuel. <P> Where to find animal fats. Animal fats are such things as lard, tallow, chicken, duck and goose fat or beef drippings. Lard is the fat of pigs, tallow and drippings are the fat of beef. Either can be rendered in the same ways. Tallow is a harder fat and is good for deep frying, lard is especially good for baked goods, but either can be used interchangeably. LardBuy lard that does not have BHT in it <P> A wide variety of foods contain BHA, including chips and preserved meats. It is also added to fats and to foods that contain fats and is allowed as a preservative in flavoring. Look for BHA on product labels and avoid it. Use EWG’s Food Scores to find foods without butylated hydroxyanisole. Butylated hydroxytoluene (BHT) is a chemical cousin to BHA that is also listed as “generally recognized as safe.” It, too, is added to food as a preservative. The two compounds act synergistically and are often used together. <P> Lard is pig fat in both its rendered and unrendered forms. Lard was commonly used in many cuisines as a cooking fat or shortening, or as a spread similar to butter. Its use in contemporary cuisine has diminished, but many contemporary cooks and bakers still favor it over other fats for select uses. Industrially-produced lard, including much of the lard sold in supermarkets, is rendered from a mixture of high and low quality fat sources from throughout the pig. To improve stability at room temperature, lard is often hydrogenated. <P> Butylated hydroxyanisole (BHA) and the related compound butylated hydroxytoluene (BHT) are phenolic compounds that are often added to foods to preserve fats. BHA Characteristics: 1 BHA is a mixture of the isomers 3- tert-butyl-4-hydroxyanisole and 2- tert-butyl-4-hydroxyanisole. BHA is found in butter, meats, cereals, chewing gum, baked goods, snack foods, dehydrated potatoes, and beer. It is also found in animal feed, food packaging, cosmetics, rubber products, and petroleum products. BHT also prevents oxidative rancidity of fats. <P> Here's a hint: It's a preservative, and you can find it in (drum roll, please): potato chips, lard, butter, cereal, instant mashed potatoes, preserved meat, beer, baked goods, dry beverage and dessert mixes, chewing gum, and other foods. Oh, also: rubber, petroleum products, and, of course, wax food packaging. The molecule in question is butylated hydroxyanisole (BHA), and it appears in so many products because it's a potent antioxidant. <P> It wasn't butter. Nor canola oil. And definitely not extra virgin olive oil. Lard -- rendered pig fat -- was what people used when they needed to make pastry; when dinner needed frying; and even as a quick breakfast, eaten smeared on a piece of bread. So much has changed in our recent history. Lard is not only out of favor, it's even considered a derogatory word
A preservative.
how long can intellectual property be kept for
<P> A U.S. utility patent, explained above, is generally granted for 20 years from the date the patent application is filed; however, periodic fees are required to maintain the enforceability of the patent. A design patent is generally granted protection for 14 years measured from the date the design patent is granted. <P> How long a patent lasts depends on the type of patent being issued and the country issuing the patent. For example, under recent changes in the laws, in the United States, patents are now granted for a term of 20 years from the date of application (14 years for design patents). <P> Intellectual property is a property right that can be protected under federal and state law, including copyrightable works, ideas, discoveries, and inventions. The term intellectual property relates to intangible property such as patents, trademarks, copyrights, and tradesecrets. <P> 1 If the work was published between 1923 and 1963 and it was renewed, the copyright lasts 95 years from the date of first publication. 2 If the work was published between 1964 and 1977, the copyright lasts for 95 years from the date of <P> Different types of intellectual property are protected by different means. In the U.S., patents may be available to any person who invents or discovers any new and useful process, machine, manufacture, or composition of matter, or any new and useful improvement thereof.. <P> Patent protection doesn’t last forever. Indeed, patents are typically the shortest lived of all forms of intellectual property protection. When a patent expires, the invention described by the patent falls into the public domain: it can be used by anyone without permission from the owner of the expired patent. <P> How long do patents last? Today, patents last 20 years from the filing date of the application. For patents that existed before June 8, 1995, the duration of the patent was 17 years from the issuance of the patent or 20 years from the filing date, whichever was longer. Design patents are limited to 14 years from the date of issuance, while plant patents last 17 years from the date of issuance.
20 years
what is the implication of sarbanes oxley act
<P> This essay reviews the implications of the Sarbanes Oxley Act on the accounting profession. The Implications of the Sarbanes Oxley Act on the Accounting Profession. President George W. Bush signed the Sarbanes Oxley Act into law on July 30, 2002. This law set new and enhanced standards for public companies and the boards, management and accounting firms. The Sarbanes Oxley Act also brought about considerable changes to the financial reporting and auditing practices of public companies. <P> on the Accounting Profession. Abstract. On July 30, 2002, the Sarbanes Oxley Act (also known as SOX) was signed into law by President George W. Bush. The Sarbanes Oxley Act of 2002 is a federal law that set new or improved standards for all U.S. public company boards, management and public accounting firms. This law set new and enhanced standards for public companies and the boards, management and accounting firms. The Sarbanes Oxley Act also brought about considerable changes to the financial reporting and auditing practices of public companies. <P> The Sarbanes-Oxley Act The Sarbanes-Oxley Act of 2002 is mandatory. ALL organizations, large and small, MUST comply. This website is intended to assist and guide. It provides information, and identifies resources, to help ensure successful audit, and management. <P> The Sarbanes-Oxley Act of 2002 named after sponsor U.S. Senator Paul Sarbanes and U.S. Representative Michael Oxley – commonly called SOX or SarBox – was a legislative reaction to corporate accounting scandals that unrevealed in 2001. <P> The Sarbanes Oxley Act (also known as SOX) created a new agency, the Public Company Accounting Oversight Board (or PCAOB) to oversee the auditors of public companies. The PCAOB is overseen by the Securities and Exchange Commission (SEC) and consists of five full-time members. This law set new and enhanced standards for public companies and the boards, management and accounting firms. The Sarbanes Oxley Act also brought about considerable changes to the financial reporting and auditing practice <P> Home Introduction Compliance Section 401 Section 404 Section 409 Section 802 Miscellaneous Humor Contact Us. Sarbanes-Oxley Act Section 302 This section is of course listed under Title III of the act, and pertains to 'Corporate Responsibility for Financial Reports'. <P> An act passed by U.S. Congress in 2002 to protect investors from the possibility of fraudulent accounting activities by corporations. The Sarbanes-Oxley Act (SOX) mandated strict reforms to improve financial disclosures from corporations and prevent accounting fraud. Sarbanes-Oxley Act Of 2002 – SOX. The Sarbanes-Oxley Act of 2002 is a legislative response to a number of corporate scandals that sent shockwaves through the world financial markets. <P> History. The July 2002 enactment of the Sarbanes Oxley Act, co-authored by U.S. Sen. Paul Sarbanes of Maryland and U.S. Rep. Michael Oxley of Ohio, followed a series of large public company failures that included Enron, Tyco and WorldCom. Sarbanes-Oxley had an intended two-part effect on the market. First, the authors of the bill intended to give investors confidence in a previously broken market. <P> vs. Hitachi Dynamic Link Manager. The Sarbanes-Oxley Act of 2002 (often shortened to SOX) is legislation passed by the U.S. Congress to protect shareholders and the general public from accounting errors and fraudulent practices in the enterprise, as well as improve the accuracy of corporate disclosures. <P> What the Sarbanes-Oxley Act means for IT managers. The Sarbanes-Oxley Act holds the management in charge of corporate disclosures accountable for its actions. It also offers IT managers guidance on what data they need to retain. Here is a brief look at the Act and how it affects
The Sarbanes Oxley Act (also known as SOX) created a new agency, the Public Company Accounting Oversight Board (or PCAOB) to oversee the auditors of public companies.
average australian salary
<P> Do career research and find in-depth salary data for specific jobs, employers, schools, and more. Dive into the most extensive database of job salaries available. In addition, see detailed job descriptions and get information on job satisfaction, job demographics, common job skills and how pay varies over time and between locations. <P> The latter reflects the purchasing power in the United States in 2005. The gross monthly average income is based on data supplied by the Australian Bureau of Statistics to the International Labour Organization [9]. The average income includes the salaries and wages of paid employees. <P> The employer in Australia normally also has to pay an extra 9%, on top of basic income, into a super fund of individual choice. Country estimates before the addition of the 9% super, show this average incomes: 1 Full-time adult ordinary time earnings: $64,650 per year. <P> If you wonder how much money you could earn in Australia, which are the best paid sectors and what to do to get the most of your working holiday, than just take a look at the list below and find out the average salary in Australia listed by Industry sector. We update this monthly, so don’t forget to visit us again. Average Salary in Australia. We talk about migration in Australia, traveling, working holidays, finding jobs and working “Down Under”. <P> A special team headed by former Australian representative Ian Schubert deals with salary cap issues and monitors teams on a yearly basis. As of 2013 the club grant is $7.1 million which covers the salary cap of $5.85 million for the top twenty-five players at each club. The salary cap will increase to $6.3 million in 2014, $6.55 million in 2015, $6.8 million by 2016 and $7 million in 2017. The minimum wage from 2013 onwards is $80,000 for the top twenty-five players. <P> KEY FIGURES. The following table contains the key Average Weekly Earnings figures for the May 2015 reference period. The Australian Bureau of Statistics' Average Weekly Earnings survey is designed to measure the level of average earnings in Australia at a point in time. In the twelve months to May 2015, Trend series Full-Time Adult Average Weekly Ordinary Time Earnings increased by 2.0% to $1,484.50. The Full-Time Adult Average Weekly Total Earnings in May 2015 was $1,545.60, a rise of 1.8% from the same time last year. <P> Wages in Australia averaged 495.24 AUD/Week from 1969 until 2015, reaching an all time high of 1136.90 AUD/Week in the second quarter of 2015 and a record low of 59.10 AUD/Week in the third quarter of 1969. 1Y 5Y 10Y MAX. Forecast Export Data API Access. This page provides-Australia Average Weekly Wages-actual values, historical data, forecast, chart, statistics, economic calendar and news. Content for-Australia Average Weekly Wages-was last refreshed on Tuesday, October 13, 2015. <P> Median total household weekly income in Australia divided geographically by statistical local area, as of the 2011 census. Australian total gross income per capita. Median household income is commonly used to measure the relative prosperity of populations in different geographical locations. Median household income in 2007-8 [edit]. Income data for each state (or territory) has been converted to US dollars using Purchasing Power Parity for private consumption. This is done because it provides a more accurate and stable assessment of the true value of citizens' incomes in diverse countries. <P> Median Salary: AU$49,071. Graphic designers use color, illustrations, fonts, and layout to visually communicate a message or present a product.. Dive into the most extensive database of job salaries available. In addition, see detailed job descriptions and get information on job satisfaction, job demographics, common job skills and how pay varies over time and between locations. <P> In Australia, wages are benchmarked using average weekly earnings. This page provides-Australia Average Weekly Wages-actual values, historical data, forecast, chart, statistics, economic calendar and news. Content for-Australia Average Weekly Wages-was last refreshed on Tuesday, October 13, 2015.
Full-time adult ordinary time earnings: $64,650 per year.employer in Australia normally also has to pay an extra 9%, on top of basic income, into a super fund of individual choice.
what is hematochezia in humans
<P> Hematochezia: Bright red blood in the stool, usually from the lower gastrointestinal tract -- the colon or rectum -- or from hemorrhoids. The term hematochezia is rarely used. Bright red blood in the stool is more widely used (and understood). <P> Hematochezia is not a disease itself but it is a precursor that there is a problem in the lower gastrointestinal tract. it includes diseases like hemorrhoids, diverticulitis, recent trauma, large polyps and even colon cancer. <P> Overview of Blood in Dog's Stool. Hematochezia is the presence of bright red, fresh blood in the feces. Hematochezia can occur in dogs and usually occurs with bleeding in the lower intestines (colon, rectum). Hematochezia should not be confused with melena, which is the passage of dark, tarry, black feces. <P> Hematochezia is the medical term when there is a fresh blood found in the stool or just a passage of fresh blood in the anus. Sometimes when a person defecates, they will not notice the bloody streaks in their stool but when wiping the anus, they will see the fresh blood. <P> This information shows the various causes of Hematochezia, and how common these diseases or conditions are in the general population. This is not a direct indication as to how commonly these diseases are the actual cause of Hematochezia, but gives a relative idea as to how frequent these diseases are seen overall.
The medical term when there is a fresh blood found in the stool or just a passage of fresh blood in the anus.
how often do ducks lay eggs
<P> I would say they have 1 clutch per year. They usually lay 8-15 eggs in a clutch. Some ducks lay daily, while other ducks lay unpredictably. <P> Answers. Best Answer: It really depends on the breed you have. Some ducks only lay in the 100s per year, others, like Campbells (I had one of these), can lay as many as 350 per year! :] My campbell generally laid an egg per day. Sometimes there would be 2, other days there would be none. :P We filled up our fridge pretty quickly! <P> I have two peking ducks and have found a total of three days over the last three months. They are both one year old. One strategy to be able to find eggs is to keep them confined in their house or pen until they have laid. Usually ducks lay their eggs first thing in the morning so you let them out and the eggs are there for you. My ducks have houses with nest boxes and they almost always use them before I let them out before 6:45 am. <P> The average number of eggs a duck can lay each year depends largely on the breed of duck. As with other types of poultry, some duck breeds are raised for meat, some for eggs and some to produce a balance of both. Good egg-laying duck breeds can out-lay chickens. The laying season for ducks is usually about 35 to 45 weeks long each year. <P> I have 2 male ducks, one a mallard and the other 1/2 black and 1/2 mallard. I have 1 female that is also 1/2 mallard and 1/2 black duck. Today 12/7/08 I saw the black male mating with the female and that has trigger several questions. Most ducks start laying between 4 to six months if a drake is present. If not they may take longer however the eggs will not hatch. When a drake is not present these eggs should b gathered daily and refridgerated for eating. If a drake is present each duck will lay between 10 to 15 eggs in about a week. <P> Muscovy will lay up to 180 eggs a year and hatch about four sets of ducklings if they get lots of high protein feed. Muscovy ducks are great mothers and do a good job raising their young. Muscovy take longer to hatch than other poultry... an egg takes 33 to 35 days to hatch. A chicken, for example, hatches in 21 days. Since Muscovy are genetically disimilar to other domestic waterfowl, many folks believe that they're more of a goose than a duck. For instance, they eat grass, as do geese, have a similarly long egg incubation period of 35 days (compared with 28 days for ducks), and they don't quack. <P> My ducks lay 1 egg per day, everyday. I think there was only one month in which they didn't lay any eggs. Ducks don't normally sit on their nest of eggs till they have a full clutch(which is approx. 12-15 eggs). One of my girls started laying not to long ago and after there was about 7 or 8 eggs i gathered them.
It lays 8-15 eggs in a clutch.
unitary fraction definition
<P> The denominator of a fraction cannot equal zero. A unit fraction is a fraction with a numerator of 1 (for example, , , ,). The definition of a unit fraction is to take one unit and divide it into n equal pieces. One of these smaller pieces is the amount represented by the unit fraction. The fraction can represent the quotient of m and n or m ÷ n. <P> Definition of UNIT FRACTION. : a fraction whose numerator is unity and whose denominator is an integer. ADVERTISEMENT. This word doesn't usually appear in our free dictionary, but the definition from our premium Unabridged Dictionary is offered here on a limited basis. Note that some information is displayed differently in the Unabridged. <P> A unit fraction is a rational number written as a fraction where the numerator is one and the denominator is a positive integer. A unit fraction is therefore the reciprocal of a positive integer, 1/n. Examples are 1/1, 1/2, 1/3, 1/4 etc. <P> A unit fraction is a rational number written as a fraction where the numerator is one and the denominator is a positive integer. A unit fraction is therefore the reciprocal of a positive integer, 1/n. Examples are 1/1, 1/2, 1/3, 1/42 etc.
A fraction whose numerator is unity and whose denominator is an integer.
what does the tenth percentile in salary mean
<P> A percentile salary tells how much a certain percentage of an overall population in a geographic area or withing a given industry or field makes. The most commonly-used percentile salaries are the 10th, 25th, 50th, 75th and 90th percentiles. As an example, if the 10th percentile wage for a job was $10,000 annually, 10 percent of the people made $10,000 per year, while the remaining 90 percent made more than $10,000. Mean. The 50th percentile salary is also known as the median salary. Half of the population, industry or occupation represented in a group of salary statistics make less than the median while the other half makes more than the median. Sometimes people incorrectly use the terms median salary with the term mean salary. <P> The hourly wage estimates in this example indicate that: 1 10% of employees earn less than $11.00 per hour; therefore the remaining 90% earn more than $11.00 per hour. 2 25% earn less than $15.00; 75% earn more than $15.00. 3 50% earn less than $20.00; 50% earn more than $20.00 (The 50th percentile is called the Median). 1 25% earn less than $15.00; 75% earn more than $15.00. 2 50% earn less than $20.00; 50% earn more than $20.00 (The 50th percentile is called the Median). 3 75% earn less than $24.00; 25% earn more than $24.00. 4 90% earn less than $29.00; 10% earn more than $29.00. <P> Percentile means where, if you lined all the data up from lowest to highest. 25th percentile means 25% of the way from the bottom. So for salary, line up all the people in order of salary from nothing to the richest guy, then walk 25% of the way from the bottom and ask that guy how much he makes. <P> Answers. Best Answer: 10th percentile means that 10% of people make that much or less. 90th percentile-only 10% of people in that job make that much. Median-if you listed all the people in their sample in order of salary, the median is the amount the middle person on the list would make. Source(s): Judy · 5 years ago <P> 1 10% of employees earn less than $11.00 per hour; therefore the remaining 90% earn more than $11.00 per hour. 2 25% earn less than $15.00; 75% earn more than $15.00. 3 50% earn less than $20.00; 50% earn more than $20.00 (The 50th percentile is called the Median). 1 25% earn less than $15.00; 75% earn more than $15.00. 2 50% earn less than $20.00; 50% earn more than $20.00 (The 50th percentile is called the Median). 3 75% earn less than $24.00; 25% earn more than $24.00. 4 90% earn less than $29.00; 10% earn more than $29.00. <P> The term percentile and the related term percentile rank are often used in the reporting of scores from norm-referenced tests. For example, if a score is in the 86th percentile, it is higher than 86% of the other scores. <P> 1 The 10th Percentile is the boundary between the lowest paid 10 percent and the highest paid 90 percent of workers in that occupation. 2 Ten percent of the workers in a given occupation earn less than the 10th percentile wage and 90 percent of the workers earn more than the 10th percentile wage. 1 The 90th Percentile is the boundary between the lowest paid 90 percent and the highest paid 10 percent of workers in that occupation. 2 Ninety percent of the workers in a given occupation earn less than the 90th Percentile wage and 10 percent of the workers earn more than the 90th percentile wage. <P> Absolutely, and that is what we use in PayScale salary reports. The range of salaries between the 25th and 75th percentile is what most (50%) of employees are paid. If you want a broader concept of most, look at the range between the 10th and 90th percentiles: 80% of people are paid in this range. nb. Percentile is a simple concept: If the 25th percentile nurse salary is $40,000, that means 25% of nurses (25 out of 100) make less than $40,000, and 75% make more than $40,000. The median is also called the 50th percentile: 50% of nurses make less than the $48,000 median, and 50% make more.
10th percentile means that 10% of people make that much or less.
how to do books for baseball
<P> Video Transcript. The question's asked, how to keep score or keep a score book in baseball. Well, the first thing you need to do is go by a sporting goods store and purchase a book, much like this one, that helps you to keep score. And basically, the way we do that; the positions, defensively, on the field are numbered. <P> Report Abuse. If the score book requires where the ball hit (although most don't), than you draw a line to an approximate from where they hit it. I know this because I used to get paid to take the score for a county baseball team. It's a really fun thing to do. scsmith478 · 8 years ago. Of course you circle 1B, 2B, 3B, or HR. and you draw a line around the bases & color it in when they score. When they get out you put a 1, 2, or 3. with a circle. If it is hit to the shortstop and he makes the throw to first and gets the out you put 6-3 and 1 with a circle. If it is a flyout you put F7 or whatever. <P> 1 They usually draw a line originating from home plate to the spot where the ball is hit, with a solid line for a ball in the air or a dashed line for a ball on the ground. 2 If, during any point after the ball is put in play, a runner scores, then mark down how many RBI's the batsman gets in the space provided. 1 You can keep track of writing the number of pitches thrown that inning by writing it to the left of the inning number. 2 You can keep track of the total pitches thrown by writing it to the right of the inning number. <P> Understand the basic concepts of the game. Baseball is a team sport played on a special field over the course of several periods of play, called innings. Each inning is further divided into two parts, the “top” and the “bottom,” during which one team tries to score points while the other team defends the field. 1 A baseball that's hit and lands to the left of third base or the right of first base (as seen from home plate) is considered a “foul ball,” which invalidates the play. 2 Foul lines are usually painted on the field to show where the border is. <P> To vote on existing books from the list, beside each book there is a link vote for this book clicking it will add that book to your votes. To vote on books not in the list or books you couldn't find in the list, you can click on the tab add books to this list and then choose from your books, or simply search. <P> The first step in using a baseball score book is listing the players by batting order on the left-hand margin of the page. Find out how to fill out a baseball score book one pitch at a time with help from a professional baseball instructor in this free video on keeping score in baseball. Expert: Mickey Hiter <P> Where to find them. Many of the books cited here, and others you may decide you need for your research, are out of print. Your local library may be able to find them through inter-library loan. Here is a short list of used book dealers who specialize in baseball books. All are SABR members and all deal through the mail: 1 R.Bobby Plapinger ([email protected]). 2 P.O. Box 1062, Ashland, OR 97520. 3 Phone: (541) 488-1220 <P> I have been asked many times to do the scorebook for baseball/softball. I know the basics. Of course you circle 1B, 2B, 3B, or HR. and you draw a line around the bases & color it in when they score. When they get out you put a 1, 2, or 3. with a circle. If it is hit to the shortstop and he makes the throw to first and gets the out you put 6-3 and 1 with a circle. If it is a flyout you put F7 or whatever. <P> Keeping score can be a great way to stay involved in the game. It is also a useful skill to have if you are on a baseball team, as it allows you to keep better track of stats, trends, and performance of players on your team. 1 You can keep track of writing the number of pitches thrown that inning by writing it to the left of the inning number. 2 You can keep track of the total pitches thrown by writing it to the right of the inning number.
The first thing you need to do is go by a sporting goods store and purchase a book, much like this one, that helps you to keep score.And basically, the way we do that; the positions, defensively, on the field are numbered.
cooking time for prime rib roast
<P> 30 minutes before the end of the cooking time remove the prime rib roast from the oven and check the internal temperature. For the roast to be rare the internal temperature should be 120°F to 125°F but remove from the oven when it is 115°F to 120°F and allow to stand for 20 minutes. 1 Cover and place in the refrigerator for 2 hours. 2 Remove every 30 minutes and turn the roast in the marinade. 3 Remove from the refrigerator and allow the prime rib to set out for approximately two hours before cooking. 4 Allow it to reach room temperature before placing in the oven. <P> Preheat oven to 450°F. Place the roast (ribs down) on the rack in a roasting pan. Sear the rib roast for 15 minutes at the higher oven temperature (450°F), and then turn the oven to the lower temperature (325° F) for the rest of the cooking time. About 1/2 hour before the estimated end of the roasting time, begin checking the internal temperature (use a good instant-read digital meat thermometer. <P> Check the temperature of the roast using a meat thermometer 30 to 45 minutes before you expect the roast to be done. For example, with a 10 pound roast, you would expect 2 1/2 hours of total cooking time (15 minutes at 500° and 2 1/4 hours at 325°). In this case, check after 1 hour 45 minutes of total cooking time, or 1 hour 30 minutes after you lowered the oven temp to 325°. 4 Place the roast fat side up and rib bones down in a roasting pan. Insert a meat thermometer into the thickest part of the roast, making sure that the thermometer isn't touching a bone. 5 After browning the roast at a 500°F temperature in the oven for 15 minutes, reduce the oven temperature to 325°F. To figure out the total cooking time, allow about 13-15 minutes per pound for rare and 15-17 minutes per pound for medium rare <P> 1 Smear the cut ends of the roast with the butter. 2 Place the roast (ribs down or fat side up) in roasting pan. 3 Sear the rib roast for 15 minutes at 450°F, then turn the oven to 325°F for the rest of the cooking time. 4 Every 1/2 hour, baste the cut ends of the roast with the fat accumulated in the roasting pan. Directions. 1 Preheat oven to 450°F. 2 Pat the rib roast dry with a paper towel or napkin. 3 Smear the cut ends of the roast with the butter. 4 Place the roast (ribs down or fat side up) in roasting pan. 5 <P> Sear the rib roast (prime rib) for 15 minutes at the higher oven temperature (450 degrees F.), then turn the oven to the lower temperature (325 degrees F.) for the rest of the cooking time. Every 1/2 hour, baste the cut ends of the roast with the fat accumulated in the roasting pan. Do Not Cover the roast. Prime Rib Roast (standing rib roast), at room temperature (very important) 2 tablespoons butter, room temperature. Preparation: Preheat oven to 450 degrees F. Pat the room-temperature standing rib roast (prime rib roast) dry with paper towels or napkins. Smear the cut ends only of the roast with the butter. <P> 1 Sear the rib roast for 15 minutes at 450°F, then turn the oven to 325°F for the rest of the cooking time. 2 Every 1/2 hour, baste the cut ends of the roast with the fat accumulated in the roasting pan. Directions. 1 Preheat oven to 450°F. 2 Pat the rib roast dry with a paper towel or napkin. 3 Smear the cut ends of the roast with the butter. 4 Place the roast (ribs down or fat side up) in roasting pan. 5 <P> 1 Place the roast (ribs down or fat side up) in roasting pan. 2 Sear the rib roast for 15 minutes at 450°F, then turn the oven to 325°F for the rest of the cooking time. 3 Every 1/2 hour, baste the cut ends of the roast with the fat accumulated in the roasting pan. Directions. 1 Preheat oven to 450°F. 2 Pat the rib roast dry with a paper towel or napkin. 3 Smear the cut ends of the roast with the butter. 4 Place the roast (ribs down or fat side up) in roasting pan. 5 <P> 1 After 20 minutes of high heat cooking reduce heat to 350°F and continue to roast for 1 hour to 1 hour and 15 minutes OR until the meat thermometer reads 130°F for rare doneness OR 140°F for medium-rare doneness, that is the way a prime rib really should be served, check your roast after 1 hour cooking time. 1 Rare; cook 12-13 minutes per pound or to 130°F. 2 Medium-rare; cook 14-16 minutes per pound or to 140°F (I would not recommend cooking a prime rib any more than medium-rare). 3 Since every oven cooks differently cooking times are only approximate. <P> 1 *NOTE* if desired you can cover the roast loosely with foil the first hour and then uncover and cook for the remaining time. --------------------------------------------. 2 APPROXIMATE COOKING TIMES for the prime rib cooked at 350°F after the 20 minute cooking time at 450°F. 3 Rare; cook 12-13 minutes per pound or to 130°F. 1 Rare; cook 12-13 minutes per pound or to 130°F. 2 Medium-rare; cook 14-16 minutes per pound or to 140°F (I would not recommend cooking a prime rib any more than medium-rare). 3 Since every oven cooks differently cooking times are only approximate.
15 minutes
what are the climates in sweden
<P> Weather and Climate. Sweden enjoys a generally temparate climate, thanks to the Gulf Stream. Above the Arctic Circle, winter can be crisp and invigorating. In the south, winter is generally mild with an average of temperature above 0C/32F degrees, but temperatures can vary markedly in different parts of the country. Sweden's northerly position has a definite summer advantage in that temperatures are rarely extreme and humidity levels are not high. You can divide the country into three regions; central and southern Sweden, the northeast, and the northwest, or far north to describe the weather in Sweden. <P> Southern Climate Zone. In the southern part of Sweden, the climate is warm, humid and temperate. The temperature for the warmest month, July, averages 72F (22C) and at least four months have average temperatures above 50F (10C). In midsummer, southern Sweden experiences as many as 19 hours of daylight. Although precipitation is higher in summer than in winter, Sweden is humid year round. Keep waterproof clothing available all year. For the warmer months, lightweight clothing is appropriate with extra layers available for the cool evenings. For the colder months, layers of medium-and heavy-weight clothing work well. <P> Sweden enjoys a generally temparate climate, thanks to the Gulf Stream. Above the Arctic Circle, winter can be crisp and invigorating. Sweden's northerly position has a definite summer advantage in that temperatures are rarely extreme and humidity levels are not high. You can divide the country into three regions; central and southern Sweden, the northeast, and the northwest, or far north to describe the weather in Sweden. <P> 1 Of the population, 42% live in a temperate/ mesothermal climate with significant precipitation in all seasons (Cf), 57.8% live in a continental/ microthermal climate with significant precipitation in all seasons (Df), 0.2% live in a polar climate (E). 1 Of the land area, 26% has a temperate/ mesothermal climate with significant precipitation in all seasons (Cf), 69% has a continental/ microthermal climate with significant precipitation in all seasons (Df), 5% has <P> SWEDEN. Sweden's climate is temperate in the south with cold, cloudy winters and cool, partly cloudy summer weather; and of course, subarctic in north. When to travel to Sweden: weather and seasons. Sweden's climate is temperate in the south with cold, cloudy winters and cool, partly cloudy summer weather; and of course, subarctic in north. <P> The Weather in Sweden. Monthly average temperatures for Stockholm, Sweden, in Fahrenheit. Photo Credit: © TM07 licensed to About.com. Sweden's weather has many faces. Sweden enjoys a mostly temperate climate despite its northern latitude, mainly because of the Gulf Stream. Stockholm is warmer and milder, while in the mountains of northern Sweden a sub-Arctic climate predominates. North of the Arctic Circle, the sun never sets for part of each summer, which is called the Midnight Sun, one of Scandinavia 's natural phenomena. <P> Sweden. Sweden has a much milder climate than most other regions of the world that lie as far north. Sweden's climate is influenced by the Gulf Stream, a warm ocean stream that flows off Norway's west coast. Sweden's many lakes and the gulfs of Bothnia give Sweden generally a relatively mild climate. July temperatures in Sweden average 13 to 17°C. February is usually Sweden's coldest month, with temperatures from - 22 to -3°C. <P> Middle and Northern Climate Zones. The middle and northern regions of Sweden have a humid, snowy climate. For fewer than four months a year the average temperature is above 50F (10C). February is the coldest month, ranging from -7F (-22C) to 27F (-3C) in the middle region. In northern Sweden, it can get down to -22F (-30C). Although precipitation is higher in summer than in winter, Sweden is humid year round. Keep waterproof clothing available all year. For the warmer months, lightweight clothing is appropriate with extra layers available for the cool evenings. For the colder months, layers of medium-and heavy-weight clothing work well. <P> From Wikipedia, the free encyclopedia. The wintery Lapporten mountain pass in Lappland, Sweden. The climate of the Nordic countries refers to a region in Northern Europe that consists of Denmark, Finland, Iceland, Norway and Sweden and their associated territories, which include the Faroe Islands, Greenland and Åland. åland
For fewer than four months a year the average temperature is above 50F (10C). February is the coldest month, ranging from -7F (-22C) to 27F (-3C) in the middle region.In northern Sweden, it can get down to -22F (-30C).
yatzari name definition
<P> The main idea of a passage or reading is the the most important thought or message. (In contrast to the term topic, which refers to the subject under discussion.). The main idea of Mr. Taylor's instructions is that it is important to follow directions. I personally use the NWEA Academic Word list daily for reading, science and math vocabulary, and a lesser extent the Tennessee Academic Word List as a supplement. I have also created a academic word list of my own using a crude word analysis of the TAKS released test. <P> It is used mainly in the English language. The name is possibly derived from an elaboration of the name Yaira or Yara. It could have been introduced into Latin America via the large-scale immigration of Arabic speakers, especially the Lebanese. Yaritza is a derivative of the Hebrew Yaira. Yaritza is also a derivative (English) of the Arabic and Iranian Yara. Derivatives of Yaritza include the names Ritzi, Yara, and Yaritsa. Yaritza is somewhat popular as a baby girl name. Its usage peaked modestly in 1993 with 0.026% of baby girls being given the name Yaritza. It had a ranking of #492 then. <P> The subject of the verb of a sentence, without words that modify the subject. In the sentence The shiny spotted horse frisked around the pasture, the word horse is the simple subject. synonym. A word that means the same, or almost the same, as another word. The word scholar is a synonym for student. Tier 3 Words that are not frequently used except in specific content areas or domains. Tier 3 words are central to building knowledge and conceptual understanding within the various academic domains and should be integral to instruction of content. <P> You hate bondage in any form. You have love of beauty and philosophy, and you desire achievement. You are willing to take spiritual matters on faith instead of subjecting them to mental analysis.You are inventive, intuitive and extremely methodical. Since your will is so strong, you are hard to convince. You also dislike advice. You have a strong need for freedom-physical, mental and spiritual. You are always looking for a chance to do your own thing, to be your own person, and to have things done your own way. Click here to see the meaning of the Number 11/2 In Tarot. <P> The main idea of a passage or reading is the the most important thought or message. (In contrast to the term topic, which refers to the subject under discussion.). The main idea of Mr. Taylor's instructions is that it is important to follow directions. Tier 3 Words that are not frequently used except in specific content areas or domains. Tier 3 words are central to building knowledge and conceptual understanding within the various academic domains and should be integral to instruction of content. <P> You are strong in material matters, determined and stubborn. You have good business ability. You are a good worker, steady and practical, a builder who takes responsibility well. These qualities may bring you a position of authority and power. You are a doer, down-to-earth, serious-minded, reliable, and self-disciplined; have good power of concentration.You are bold, independent, inquisitive and interested in research. It is a symbol of Earth, the 4th element. Fours are here to build a firm foundation, to labor with concentration and secure the right to work out their patterns of freedom from any obstacles-poverty, heartache and failure. <P> The person, place or thing that does the action in a sentence. In the sentence Michael finished his report before lunch, Michael is the subject, and finished is the action (verb). suffixes. Letters or syllables added to the end of a word to change its meaning. I personally use the NWEA Academic Word list daily for reading, science and math vocabulary, and a lesser extent the Tennessee Academic Word List as a supplement. I have also created a academic word list of my own using a crude word analysis of the TAKS released test. <P> 1 Second City – This was a derogatory nickname for the city used in a 1950s New Yorker article by A. J. Liebling; possibly alluding to its informal rivalry with New York City in its skyscraper building boom of the late 19th century and early 20th century. 1 Chi-beria – A play on Siberia, a nickname largely used during the 2014 North American Cold Wave. 2 The Cogs - A play on words used to describe its emphasis on heavy industry and manufacturing, or the cogs within cogs of the city's notoriously corrupt bureaucracy.
You have a strong need for freedom-physical, mental and spiritual.
where trilobites are found
<P> Trilobites from Fossil Era. Trilobite fossils are some of the most beautiful and collectible fossils in the world! There are countless species and countless colors of trilobites. They make beautiful display pieces and conversation pieces. Trilobites probably arose from a soft bodied ancestor in the Pre-Cambrian. The first actual trilobites fossils found are from the Cambrian. Based on the variety of Early Cambrian fossils and the wide distribution, trilobites probably evolved sometime in the Pre-Cambrian. Once Trilobites made their appearance, they dominated the Paleozoic seas, many new orders and families quickly appeared <P> Human fascination with trilobites apparently has a long history. Archaeologists have found trilobites associated with ancient human remains. At Arcy-sur-Cure, in France, a Silurian trilobite was found along with 15,000-year-old human remains. Description: Trilobites were some of the first multicellular animals to live in the world's oceans. Their fossil record extends back 530 million years to the early part of the Cambrian Period and indicates that trilobites evolved rapidly in the shallow seas of this time. In fact, trilobite fossils are so common in Cambrian rocks that the Cambrian Period is sometimes called the age of trilobites. Elrathia kingi is a common trilobite that lived during the Middle Cambrian Period <P> Trilobite fossils have been found in Ordovician, Silurian, Devonian, Mississippian, and Pennsylvanian rocks in Kentucky, but are perhaps most commonly found in the Ordovician and Silurian rocks. One of the most abundant trilobite fossils is Flexicalymene meeki, which is typically found in the rolled-up form. Because trilobites are arthropods, they shed their exoskeletons, a process called molting, as they grew. This is why broken fragments of trilobites are common in Ordovician rocks. The fossils below are fossil molts of Ordovician trilobites. <P> Swarms of up to a thousand giant trilobites—extinct marine arthropods such as this 35-inch-long (90-centimeter-long) fossil specimen—roamed shallow prehistoric seas, new fossils show. The 465-million-year-old fossils, found recently in northern Portugal, are of the largest trilobites ever discovered. The trilobites may have clustered to mate and molt—shedding old exoskeletons as new ones grew in—as well as avoid predators, scientists say. <P> Trilobite fossils are found worldwide, with many thousands of known species. Because they appeared quickly in geological time, and moulted like other arthropods, trilobites serve as excellent index fossils, enabling geologists to date the age of the rocks in which they are found. Trilobites finally disappeared in the mass extinction at the end of the Permian about 250 million years ago. The trilobites were among the most successful of all early animals, roaming the oceans for over 270 million years. <P> These Kansas fossils are records of some of the last trilobites to live on Earth. Trilobite fossils found in Kansas rocks often consist of the pygidia, or tails, of either Ameura or Ditomopyge. This specimen of Ameura was collected from the Pennsylvanian Drum Limestone of Independence, Kansas. Description: Trilobites were some of the first multicellular animals to live in the world's oceans. Their fossil record extends back 530 million years to the early part of the Cambrian Period and indicates that trilobites evolved rapidly in the shallow seas of this time. In fact, trilobite fossils are so common in Cambrian rocks that the Cambrian Period is sometimes called the age of trilobites. Elrathia kingi is a common trilobite that lived during the Middle Cambrian Period <P> Trilobites make up one of the most fascinating and diverse groups in the fossil record. Over the course of their long history — which dates back to near the beginning of the Cambrian period, around 520 million years ago — they have inhabited a wide range of marine environments, from reefs to abyssal depths.
Trilobite fossils are found worldwide.
who made the first crewed powered flight in history
<P> After two attempts to fly this machine, one of which resulted in a minor crash, Orville Wright took the Flyer for a 12-second, sustained flight on December 17, 1903. This was the first successful, powered, piloted flight in history. <P> Near Kitty Hawk, North Carolina, Orville and Wilbur Wright make the first successful flight in history of a self-propelled, heavier-than-air aircraft. Orville piloted the gasoline-powered, propeller-driven biplane, which stayed aloft for 12 seconds and covered 120 feet on its inaugural flight. <P> Notes: 1903 would become a year for the history books. That year the Wright brothers, Orville and Wilbur Wright, would fly the first powered, controlled, heavier-than-air airplane at Kitty Hawk, North Carolina on December 17, 1903. <P> Enlarge Photo. In a startling announcement a few days ago, Jane's All the World's Aircraft has named an August 1901 flight by Connecticut aviation pioneer Gustave Whitehead as the first successful powered flight in history, beating the Wright Brothers by more than two years. <P> On December 17, 1903, Orville and Wilbur Wright capped four years of research and design efforts with a 120-foot, 12-second flight at Kitty Hawk, North Carolina-the first powered flight in a heavier-than-air machine. Prior to that, people had flown only in balloons and gliders. <P> Wilbur and Orville Wright were American inventors and pioneers of aviation. In 1903 the Wright brothers achieved the first powered, sustained and controlled airplane flight; they surpassed their own milestone two years later when they built and flew the first fully practical airplane. <P> First Airplane Flight. Go to the The Wright Brothers Page: Wilbur and Orville Wright Go to the Wright Brothers History: The Tale of the Airplane Go to the the biography of Samuel Pierpont Langley Go to the Inventor's Gallery (on the main site). <P> On this day in 1903, near Kitty Hawk, North Carolina, Orville and Wilbur Wright make the first successful flight in history of a self-propelled, heavier-than-air aircraft. Orville piloted the gasoline-powered, propeller-driven biplane, which stayed aloft for 12 seconds and covered 120 feet on its inaugural flight.
Orville and Wilbur Wright
education requirements for anesthesiologist
<P> Anesthesiologists complete a four year undergraduate program, four years of medical school training, a one year internship, and three years of postgraduate training in the form of an anesthesiology residency. Formal education and training requirements for physicians are among the most demanding of any occupation-4 years of undergraduate school, 4 years of medical school, and 3 to 8 years of internship and residency, depending on the specialty selected. <P> Anesthesiologists help relieve pain and keep patients safe before, during and after surgery and other medical procedures. In addition to administering drugs, they monitor the patient's consciousness, breathing, blood pressure and heart rate. Licensing and Board Certification. All states require licensing of anesthesiologists and other physicians. Each state sets its own criteria, but in general you must complete an accredited medical degree and residency in addition to passing national examinations and fulfilling state requirements. <P> Anesthesiologists complete a four year undergraduate program with premedical requirements, four years of medical school training, a one year internship, and three or more years of postgraduate training in an anesthesiology residency. Formal education and training requirements for physicians are among the most demanding of any occupation-4 years of undergraduate school, 4 years of medical school, and 3 to 8 years of internship and residency, depending on the specialty selected. <P> Learn about the education and preparation needed to become an anesthesiologist. Get a quick view of the requirements as well as details about training, job duties and licensure and certification to find out if this is the career for you. Doctor of Medicine. Prior to specializing in anesthesiology, all students must graduate from a 4-year Doctor of Medicine (MD) or Doctor of Osteopathy (DO) program at an accredited medical school. These extremely competitive programs are renowned for their academically demanding and time-consuming nature. <P> The eight years of post-graduate study include four years of medical school, one year of an anesthesiology internship and at least three years of a residency. It is also common to complete a 4-year residency. In addition, if you're interested in practicing a specialty, you can participate in a 1-year fellowship. You will have to complete four years of undergraduate studies and at least eight years of post-graduate studies to become an anesthesiologist. Relevant undergraduate majors include pre-medicine, biology or chemistry. <P> Anesthesiologist Requirements: Education. If you are indeed aspiring to become an anesthesiologist, then beware because a 16-years-long anesthesiologist schooling is looming over you. Now, being influenced by the motto “Short & Sweet”, I have here shortened this particular 16 years into 4 sweet stages. 1 Stage 3: Residency programs are next in the list. 2 Generally takes up to 4 years and encompasses the completion of internship and residency position. 3 Stage 4: Getting certified from the American Board of Anesthesiology (ABA) is the end of the story. <P> Education Requirements for Anesthesiologists. The road to becoming a board-certified anesthesiologist is long, requiring a minimum of 12 years of postsecondary education. Aspiring anesthesiologists must first become fully qualified physicians and then complete rigorous residency requirements. Doctor of Medicine. Prior to specializing in anesthesiology, all students must graduate from a 4-year Doctor of Medicine (MD) or Doctor of Osteopathy (DO) program at an accredited medical school. These extremely competitive programs are renowned for their academically demanding and time-consuming nature. <P> Explore the career requirements for anesthesiologists. Get the facts about education and licensure requirements, salary, and potential job growth to determine if this is the right career for you. Schools offering Anesthesia Technology degrees can also be found in these popular choices. You will have to complete four years of undergraduate studies and at least eight years of post-graduate studies to become an anesthesiologist. Relevant undergraduate majors include pre-medicine, biology or chemistry. <P> Physicians specializing in anesthesiology must spend a substantial number of years completing education and training requirements, including 4 years of undergraduate school, 4 years of medical school, and 3 to 8 years of residency. Formal education and training requirements for physicians are among the most demanding of any occupation-4 years of undergraduate school, 4 years of medical school, and 3 to 8 years of internship and residency, depending on the specialty selected. <P> The rigorous requirements for a career as an anesthesiologist include a bachelor's degree, a medical degree, a residency and a state medical license. Anesthesiologists earn a high income suitable to their weighty responsibilities and lengthy preparation. Licensing and Board Certification. All states require licensing of anesthesiologists and other physicians. Each state sets its own criteria, but in general you must complete an accredited medical degree and residency in addition to passing national examinations and fulfilling state requirements.
All students must graduate from a 4-year Doctor of Medicine (MD) or Doctor of Osteopathy (DO) program at an accredited medical school.