query
stringlengths 8
144
| context
stringlengths 398
6.25k
| answer
stringlengths 3
990
|
|---|---|---|
how fast do scabies die after treatment
|
<P> Scabies, known as the seven-year itch, is a contagious skin infestation by the mite Sarcoptes scabiei. The most common symptoms are severe itchiness and a pimple-like rash. Occasionally tiny burrows may be seen in the skin. When first infected, usually two to six weeks are required before symptoms occur. <P> Infection control. On the day you first apply the cream or lotion, you should wash all bed linen, nightwear and towels at a temperature above 50C (122F). If you're unable to wash certain items, place them in a plastic bag for at least 72 hours. After this time, the scabies mites will have died. In cases of crusted scabies, you should clean the floors in your house and thoroughly vacuum your carpets and furniture, including the armchairs and sofa. <P> The most common symptoms of scabies are intense itching and a pimple-like skin rash. The scabies mite usually is spread by direct, prolonged, skin-to-skin contact with a person who has scabies. Scabies is found worldwide and affects people of all races and social classes. My spouse and I were diagnosed with scabies. The rash and itching of scabies can persist for several weeks to a month after treatment, even if the treatment was successful and all the mites and eggs have been killed. <P> Scabies is a condition of very itchy skin caused by tiny mites that burrow into your skin. The itching is caused by an allergic reaction to the mites. Scabies spreads very easily from person to person. It can affect people of all ages and from all incomes, social levels, and living situations. <P> Scabies infestations are caused by tiny mites that live under the skin. Only one type of mite is transmitted from human to human. These mites cannot survive off the human body for more than 48 hours, and cannot reproduce off the body. <P> Scabies medications can kill the mites and eggs quickly, and patients can usually return to school or work 24 hours after starting treatment. However, the itch may persist for a few weeks. This is the result of an ongoing allergic reaction in the skin. It can only be cured with prescription medications that kill the mites. Treatment is a cream or lotion that is applied to the entire body from the neck down in most cases. It is left on for 8 to 14 hours and then washed off. In some cases, a doctor may prescribe pills to treat scabies. Treatment takes up to three days, depending on the medication used <P> Scabies is a skin condition caused by mites (little bugs) that burrow under the skin and produce small red bumps and severe itching. The mites easily spread from person to person, especially among people who share close living spaces. <P> Human scabies is caused by an infestation of the skin by the human itch mite (Sarcoptes scabiei var. hominis). The microscopic scabies mite burrows into the upper layer of the skin where it lives and lays its eggs. The most common symptoms of scabies are intense itching and a pimple-like skin rash. The scabies mite usually is spread by direct, prolonged, skin-to-skin contact with a person who has scabies. An infested person can spread scabies even if he or she has no symptoms. Humans are the source of infestation; animals do not spread human scabies. <P> On a person, scabies mites can live for as long as 1-2 months. Off a person, scabies mites usually do not survive more than 48-72 hours. Scabies mites will die if exposed to a temperature of 50°C (122°F) for 10 minutes. My spouse and I were diagnosed with scabies. The rash and itching of scabies can persist for several weeks to a month after treatment, even if the treatment was successful and all the mites and eggs have been killed.
|
72 hours after this time, the scabies mites will have died.
|
baggage cost delta
|
<P> Overweight baggage is also charged on a flat-fee basis, rather than per kilogram, so even being overweight be 3 or 4 lbs may incur a fee of up to $75. On some routes, Delta has incremental fees, usually of $75 if your bag weighs between 51-70lbs (23-32kg), and $200 if between 71-100 lbs (32-44kg). Delta Airlines Checked Baggage Allowance 2015 ↑ Back to Top Checked Baggage Summary Delta has quite complex checked baggage rules, with different rules depending on your airline loyalty status, the route you're travelling on, and the seat class you will be flying in. <P> Delta Vacations Luggage Fee Policy. Many airlines assess a fee for checked luggage. These fees are payable directly to the airline, and are therefore not included in the Delta Vacations package price. The various airlines are listed below with links to the baggage fees for each carrier. <P> Passengers on many Delta flights must pay baggage fees to check their bags. The first checked bag for a domestic Delta flight costs travelers $25 as of 2011. Overweight & Oversized Bags. Travelers that want to check more than two bags on a Delta domestic flight should be prepared to pay $125 for the third bag. All subsequent bags cost $200 each. All flights to Europe cost $200 per bag after the second bag. <P> The Delta flight is cheaper. But check a bag at a cost of $25 for the first checked bag each way on Delta, and your total fare climbs to $256 -- more than the cost of the Southwest flight, which includes free first and second checked bags. Seven Smart Ways to Bypass Baggage Fees. Last year U.S. fliers spent more than $6.4 billion on baggage fees from the airlines. This suggests that legions of passengers are continuing to shell out hundreds of dollars for optional charges that can be avoided with modest effort. <P> Checking In & Paying Online. All baggage fees listed below are current and applicable for all ticketing on or after today when Delta's baggage rules are determined to apply. If you ticketed before today, please refer to Delta's previous checked baggage page for more details. If your bag exceeds weight or size limits, please review the Additional, Overweight, and Oversized Baggage section. You may also carry on one bag and one small personal item at no charge. Visit our Carry-on Baggage section for more information. <P> Delta Airlines Oversize/Overweight Baggage Fees 2015 ↑ Back to Top Excess/Oversize/Overweight Summary Additional bags will be charged flat rates depending on your specific route, with rates ranging from $125/bag up to $285/bag. Delta Airlines Checked Baggage Allowance 2015 ↑ Back to Top Checked Baggage Summary Delta has quite complex checked baggage rules, with different rules depending on your airline loyalty status, the route you're travelling on, and the seat class you will be flying in. <P> Checked Baggage Fees. Passengers on many Delta flights must pay baggage fees to check their bags. The first checked bag for a domestic Delta flight costs travelers $25 as of 2011. The second checked bag includes a $35 fee. Overweight & Oversized Bags. Travelers that want to check more than two bags on a Delta domestic flight should be prepared to pay $125 for the third bag. All subsequent bags cost $200 each. All flights to Europe cost $200 per bag after the second bag. <P> Delta charges $25 USD/CDN for the first checked bag and $35 for a second when you pay at airport ticket counter, kiosk, or curbside. Online payments are discounted $2-$3. A third checked bag is $125. Fees increase to $200, beginning with the fourth checked bag. On international flights between the U.S., Canada and South America (except Brazil, Chile and Peru) to/from Europe, one carry-on and one checked bag are permitted for free, with a baggage fee of $100 for the second bag and $200 for each additional piece. <P> Excess baggage fees Each piece of check-in baggage may weigh up to 23 kg (50.5 lbs) in Economy Class and 32 kg (70.5 lbs) in Business Class. For each piece of check-in baggage that weighs more than 32 kg (70.5 lbs), you will need to pay a fee and you will have to be transported as cargo. <P> And there's no evidence that airlines will cut baggage fees as their business recovers. Delta on Tuesday just boosted its fees for domestic travel to $23 for the first checked bag and $32 for the second one, up from $15 and $25, respectively. American and United charge $20 for the first bag, $30 for the second (although United offers a $5 per bag discount for online payment). Of the major airlines, only Southwest charges no fee for the first or second item of checked luggage.
|
travelers $25 and second bag includes $35.
|
long run cost definition economics
|
<P> Markets in the long run are at equilibrium when the price is equal to the minimum average total cost possible on the production cost curve. Also, at this point, marginal costs and the long-run average cost are equal. Further, when there is long-run equilibrium there is always short-run equilibrium. <P> DEFINITION of 'Short Run'. In economics, it is the concept that within a certain period of time, in the future, at least one input is fixed while others are variable. The short run is not a definite period of time, but rather varies based on the length of the firm's contracts. <P> A period of time in which all factors of production and costs are variable. In the long run, firms are able to adjust all costs, whereas in the short run firms are only able to influence prices through adjustments made to production levels. Additionally, whereas firms may be a monopoly in the short-term they may expect competition in the long-term. In economics, long-run models may shift away from short-turn equilibriums, in which supply and demand react to price levels with more flexibility. <P> The short run [in economics] is a period of time in which the quantity of at least one input is fixed and the quantities of the other inputs can be varied. The long run is a period of time in which the quantities of all <P> Economic Definition of long-run average cost. Offline Version: PDF. Term long-run average cost Definition: The per unit cost of producing a good or service in the long run when all inputs are variable. In other words, long-run total cost divided by the quantity of output produced. <P> Term long-run average cost Definition: The per unit cost of producing a good or service in the long run when all inputs are variable. In other words, long-run total cost divided by the quantity of output produced.
|
The per unit cost of producing a good or service in the long run when all inputs are variable.
|
how long will jabra easygo last on a battery charge
|
<P> 11 english Jabra EaSYGO GLOSSARY 1. Bluetooth® is a radio technology that connects devices, such as mobile phones and headsets, without wires or cords over a short distance approx. 33 feet (10 meters) . <P> The Jabra Stone’s battery life is very good, especially when you have both the headset and the charging base handy. The combined battery life of the headset and the charging base produces up to 8 hours talk time and 12 days of standby. Our battery tests showed these were realistic numbers. The Jabra Stone comes with an AC charger that has a very short cable, and the package also includes a USB charging cable. <P> Make a call-When you make a call from your mobile phone, the call will (subject to phone settings) automatically transfer to your headset. If your phone does not allow this feature, tap on the Jabra EaSYGO’s answer/end button to transfer the call to the headset. Activate voice dialling* - Press the answer/end button. <P> Activate Bluetooth ® on your mobile phone (refer to the manual for your Mobile phone) 3. Pair your headset to your mobile phone the Jabra EaSYGO is easy to operate. the answer/end button on the headset performs different functions depending on how long you press it. <P> when the battery is fully charged it has up to 7 5 hours of talk time and up to 10 hours of music time battery medium voice prompt when you hear battery medium in the headset the remaining talk time is approximately 5 hours and the remaining music time is approximately 7 hours <P> The Jabra Stone takes about 2 hours to charge. The headset has both an audio and LED alarm for low battery life and the charging stone also has an LED light to indicate how much power it has left and how long it can power the headset. <P> 7 english Jabra EaSYGO HOW TO Answer a call-tap the answer/end button on your headset to answer a call. End a call-tap the answer/end button to end an active call. Reject a call* - Press the answer/end button when the phone rings to reject an incoming call.
|
2 hours
|
what are angus cows used for
|
<P> The Red Angus breed had its beginning in Europe, like most other beef breeds today. In the eighth-century Norsemen raiding the coasts of England and Scotland brought with them a small, dun-colored hornless cattle, which interbred with black native Celtic cattle of inland Scotland, which had upright horns. <P> The Brangus breed was developed to the superior traits of Angus and Brahman cattle. Their genetics are stabilized at 3/8 Brahman and 5/8 Angus. The combination results in a breed which unites the traits of two highly successful parent breeds. A Brangus is a hardy and popular breed of beef cattle, a cross between an Angus and a Brahman. An animal eligible for registration as a Brangus cattle is 5/8 Angus and 3/8 Brahman. <P> On May 17, 1873, George Grant brought four Angus bulls, without any cows, to Victoria, Kansas. These were seen as unusual as the normal American cattle consisted of Shorthorns and Longhorns, and the bulls were used only in crossbreeding. The main use of Angus cattle is for beef production and consumption. The beef can be marketed as superior due to its marbled appearance. This has led to many markets, including Australia, Japan and the United Kingdom to adopt it into the mainstream. <P> The breed of Red Angus originally began in Europe, and was introduced to England and Scotland during raids. However, in Europe at this time, there was need for a heavier cow to be used for pulling draughts. English Longhorns, a large breed of cattle and red in colour were brought in and bred with the black polled breeds native to Scotland. This resulted in the red colouration of the Aberdeen Angus. Red Angus have all of the characteristics of Black Angus. The cows are hardy, and all grow quickly. They produce marbled meat like that of the Black Angus, and their meat is also highly desired in butchers, supermarkets, restaurants, and in the home. <P> The native colour is black, but more recently red colours have emerged. The UK registers both in the same herd book, but in the US they are regarded as two separate breeds – Red Angus and Black Angus. Black Angus is the most common breed of beef cattle in the US, with 324,266 animals registered in 2005. The main use of Angus cattle is for beef production and consumption. The beef can be marketed as superior due to its marbled appearance. This has led to many markets, including Australia, Japan and the United Kingdom to adopt it into the mainstream. <P> One of the most successful English breeds of cattle, the Angus has long been the cattle “business” breed. Its black color is highly sought after in crossbreeding programs as a potential seal of Angus quality. Perhaps the most represantitve breed in cowherds, the Angus holds a well earned spot amongst all beef breeds. In the latter half of the 18th century, the cattle of the Aberdeen – Angus counties of northeast Scotland were being heavily used for the improvement of other regional cattle herds. <P> These breeds are the Aberdeen-Angus, the Galloway, and the red polled Norfolk and Suffolk breed that is found in England. Polled cattle apparently existed in Scotland before recorded history because the likeness of such cattle is found in prehistoric carvings of Aberdeen and Angus. Breeds of Livestock-Angus Cattle. In the northeastern part of Scotland lie the four counties of Aberdeen, Banff, Kincardine, and Angus. These counties touch the North Sea and all extend inland and have some high or mountainous country. <P> This breed is a popular breed now in countries like Australia, and is famous for its beef. Red Angus are now a popular breed of cattle, and was ranked 9th on the U.S. list of registered cattle in 1990. Red Angus have all of the characteristics of Black Angus. The cows are hardy, and all grow quickly. They produce marbled meat like that of the Black Angus, and their meat is also highly desired in butchers, supermarkets, restaurants, and in the home. <P> The Angus cattle or Aberdeen Angus have commonly been bred for their use in the production of beef. Originally developed in the country of Aberdeen and Angus Scotland the breed has been typically referred to as the Aberdeen Angus cattle by many countries all over the globe. The Angus breeds found in the United States have been easily identified as two specific breeds of either the Red or Black Angus with the Black Angus observed as the more common of the two breeds used for its production of beef with a registered number of over three hundred thousand cows. <P> Angus cattle, known as Aberdeen Angus in most parts of the world, are a breed of cattle commonly used in beef production. They were developed from cattle native to the counties of Aberdeenshire and Angus in Scotland. Angus cattle are naturally polled and solid black or red although the udder may be white. The main use of Angus cattle is for beef production and consumption. The beef can be marketed as superior due to its marbled appearance. This has led to many markets, including Australia, Japan and the United Kingdom to adopt it into the mainstream.
|
Beef production
|
what does citrobacter freundii cause
|
<P> Citrobacter freundii is a species of facultative anaerobic. Gram-negative bacilli of the Enterobacteriaceae family. The bacteria are long rod-shaped with a typical length of 1–5 μm. Most C. freundii cells are surrounded by several flagella used for locomotion, but a few are not mobile. It can be found in soil, water, sewage, food, and the intestinal tracts of animals and humans. <P> According to the US Food and Drug Administration: “Citrobacter freundii is another opportunistic pathogen, but also is a resident of the human gastrointestinal tract. This pathogen can be isolated from various types of foods, including meats, spices, and freshwater fish. Citrobacter is a bug you’ve probably never heard of, but it’s found in the human intestine and almost everywhere else including water, wastewater, soil, etc. <P> CHARACTERISTICS: Citrobacter spp., of the Enterobacteriaceae family, are gram-negative, facultative anaerobic bacteria that appear as rods or coccobacilli at 0.3-1 µm in diameter and 0.6-6 µm long. Citrobacter spp. are motile using their peritrichous flagella. PHYSICAL INACTIVATION: 90% of the Citrobacter organisms may be killed after 15 minutes at 230 MPa. Citrobacter are also inactivated by UV, microwave, gamma radiation, moist heat (121°C for at least 20 min) and dry heat (165-170°C for 2 h) . <P> PATHOGENICITY/TOXICITY: Citrobacter are rare opportunistic nosocomial pathogens. Citrobacter normally cause urinary tract infections, blood stream infections, intra abdominal sepsis, brain abscesses, and pneumonia and other neonatal infection, such as meningitis, neonatal sepsis, joint infection or general bacteremia. PHYSICAL INACTIVATION: 90% of the Citrobacter organisms may be killed after 15 minutes at 230 MPa. Citrobacter are also inactivated by UV, microwave, gamma radiation, moist heat (121°C for at least 20 min) and dry heat (165-170°C for 2 h) . <P> Source: Diseases Database. Citrobacter freundii: A species of gram-negative, facultatively anaerobic, rod-shaped bacteria found in humans and other animals including MAMMALS; BIRDS; REPTILES; and AMPHIBIANS. Description of Citrobacter freundii. Citrobacter freundii: A species of gram-negative, facultatively anaerobic, rod-shaped bacteria found in humans and other animals including MAMMALS; BIRDS; REPTILES; and AMPHIBIANS. <P> As an opportunistic pathogen, C. freundii is responsible for a number of significant infections. It is known to be the cause of a number of nosocomial infections of the respiratory tract, urinary tract, blood, and many other normally sterile sites in patients. Gram-negative bacilli of the Enterobacteriaceae family. The bacteria are long rod-shaped with a typical length of 1–5 μm. Most C. freundii cells are surrounded by several flagella used for locomotion, but a few are not mobile. It can be found in soil, water, sewage, food, and the intestinal tracts of animals and humans. <P> Citrobacter is a genus of Gram-negative coliform bacteria in the Enterobacteriaceae family. The species C. amalonaticus, C. koseri, and C. freundii can use citrate as a sole carbon source. Citrobacter species are differentiated by their ability to convert tryptophan to indole, ferment lactose, and use malonate. Citrobacter shows the ability to accumulate uranium by building phosphate complexes. <P> As an opportunistic pathogen, Citrobacter freundii is often the cause of significant opportunistic infections, meaning that it does not generally cause disease in healthy human hosts. They only affect patients with a weak immune system, signifying that they need an opportunity to infect the person [2]. Ecology. Citrobacter freundii are commonly found in the environment, mainly in soil, water, and sewages. They are an indicator of potential contamination of water. They are also found on different organs of diseased animals, including mammals, birds, reptiles, and amphibians [1]. <P> Photo: Pete Wardell/ CDC. The Citrobacter species, including Citrobacter freundii, are aerobic gram-negative bacilli. Citrobacter freundii are long rod-shaped bacteria typically 1-5 μm in length [1]. Most C. freundii cells are surrounded by many flagella used to move about, but a few are non-motile. Ecology. Citrobacter freundii are commonly found in the environment, mainly in soil, water, and sewages. They are an indicator of potential contamination of water. They are also found on different organs of diseased animals, including mammals, birds, reptiles, and amphibians [1].
|
Urinary tract infections, blood stream infections, intra abdominal sepsis, brain abscesses, and pneumonia and other neonatal infection, such as meningitis, neonatal sepsis, joint infection or general bacteremia.
|
are rhinos endangered species
|
<P> Rhinoceros (/raɪˈnɒsərəs/), often abbreviated as rhino, is a group of five extant species of odd-toed ungulates in the family Rhinocerotidae. Two of these species are native to Africa and three to Southern Asia. There are two subspecies of white rhinoceros: the southern white rhinoceros (Ceratotherium simum simum) and the northern white rhinoceros (Ceratotherium simum cottoni). As of 2013, the southern subspecies has a wild population of 20,405 – making them the most abundant rhino subspecies in the world. <P> The Javan rhinoceros (Rhinoceros sondaicus) is one of the most endangered large mammals in the world. According to 2002 estimates, only about 60 remain, in Java (Indonesia) and Vietnam. It is also the least known rhino species. Like the closely related, and larger, Indian rhinoceros, the Javan rhino has a single horn. There are two subspecies of white rhinoceros: the southern white rhinoceros (Ceratotherium simum simum) and the northern white rhinoceros (Ceratotherium simum cottoni). As of 2013, the southern subspecies has a wild population of 20,405 – making them the most abundant rhino subspecie <P> Two species of rhino in Asia—Javan and Sumatran—are Critically Endangered. A subspecies of the Javan rhino was declared extinct in Vietnam in 2011. A small population of the Javan rhino still clings for survival on the Indonesian island of Java. Successful conservation efforts have helped the third Asian species, the greater one-horned (or Indian) rhino, to increase in number. Although international trade in rhino horn has been banned under the Convention on International Trade in Endangered Species of Fauna and Flora (CITES) since 1977, demand remains high and fuels rhino poaching in both Africa and Asia. <P> Laws & Regulations. All five species of rhinos are protected under the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES), an agreement among 175 nations to ensure that international trade in specimens of wild animals and plants does not threaten their survival. <P> The Javan and Sumatran rhinos are near extinction. Indian rhinos may be coming back from the brink. Of the two African species, the white rhino has rebounded from near extinction. (Contrary to its name, the white rhino is not really white. Its name is a mistaken translation of the Dutch word “wijde,” which means “wide” and refers to the rhino’s broad, square lips.). The black rhino has not fared so well <P> 1 Black rhinos, Sumatran rhinos and Javan rhinos are critically endangered, which is the list's highest risk category. 2 There are 5,055 black rhinos, fewer than 100 Sumatran rhinos and only 35 to 44 Javan rhinos. Black rhinos, white rhinos and Sumatran rhinos have two horns. Javan rhinos and greater one-horned rhinos have one. On the black rhino, the front horn can grow to 20 to 51 inches (51 to 130 centimeters), while the rear horn can grow to about 20 inches, according to the International Rhino Foundation. <P> The black rhinoceros or hook-lipped rhinoceros (Diceros bicornis) is a species of rhinoceros, native to eastern and central Africa including Kenya, Tanzania, Cameroon, South Africa, Namibia, Zimbabwe, and Angola. Although the rhinoceros is referred to as black, its colors vary from brown to grey. <P> Today, all five species of rhinos are perilously close to extinction. The rate of their decline is truly astounding: in the decade of the 1970s alone, half the world’s rhino population disappeared. Today, less than 15 per cent of the 1970 population remains, an estimated 10,000 to 11,000 worldwide. Indian rhinos may be coming back from the brink. Of the two African species, the white rhino has rebounded from near extinction. (Contrary to its name, the white rhino is not really white. Its name is a mistaken translation of the Dutch word “wijde,” which means “wide” and refers to the rhino’s broad, square lips.). <P> Hunted All five species of rhinos are threatened by poaching, and three of them are critically endangered. Above, a photo from a 1909 National Geographic magazine article about where Theodore Roosevelt, who'd just left the White House, was likely to hunt in Africa shows a rhino felled by hunters in Kenya. <P> Only about 18,000 rhinos remain in the wild today. All five species of rhinos-the Black (or hooked lip) rhino, the White (or square lip) rhino, the Indian rhino, the Sumatran rhino, and the Javan rhino-are all threatened with extinction. The usual things that put animals on the Endangered Species List: Poaching-Humans are illegally hunting rhinos. Habitat Loss-Humans are getting on rhino's turf. Low Reproductivity-It takes a long time to make a baby rhino (calf).
|
Black rhinos, Sumatran rhinos and Javan rhinos are critically endangered.
|
what is a collagen dental plug
|
<P> OTA Collagen Biomaterial is intended for use in dental surgical procedures as a resorbable material for placement in the area of dental implants, bone defects or ridge reconstruction. OTA Collagen Biomaterial is an off-white, biocompatible, resorbable membrane matrix engineered from highly purified type I collagen derived from bovine Achilles tendon. When moistened with saline or blood, the porous material is flexible and conforms to the contours of the defect site. <P> i just had a tooth extraction and a Resorbable Collagen Plug was put in place of the missing tooth. <P> Home » Prevent dry socket. Prevention of Dry Socket Picture: Dr James Heilman, Wikipedia Creative Commons license. A very unfortunate result of a tooth extraction is a dry socket (alveolar osteitis). This occurs in 2-5% of all extractions and results in great pain for the patient. Dry socket is more prevalent with extractions of molars or premolars. After the extraction blod normally clots in the socket and forms a protective barrier for bone and nerve ends. In some cases this can be washed away and leave the vital areas exposed for food, liquids and other foreign matter in the oral cavity. <P> Collagen plugs. Collagen is a component of connective tissue. The dentist places a sponge like material made of specially processed bovine collagen into the socket and sutures it in place. A collagen plug is a good deal less expensive than a bone graft, and the procedure for placing it is easier. <P> 3. Collagen Plugs. Collagen is a component of connective tissue. The collagen used in dental procedures is derived from bovine Achilles tendon. Collagen is a connective tissue protein which forms fibers. It is the elastic material underlying your skin that makes it tough and rubbery. A collagen plug is a good deal less expensive than a bone graft, and the procedure for placing it is easier. This procedure may preserve between 50% and 70% of the original bone height. Unfortunately, it is a much less predictable method of socket preservation than bone grafting. <P> After an extraction, the dentist places a collagen plug into the socket and sutures it in place. The sutures are removed in a week. A collagen plug is a good deal less expensive than a bone graft, and the procedure for placing it is easier. This procedure may preserve between 50% and 70% of the original bone height. Unfortunately, it is a much less predictable method of socket preservation than bone grafting. <P> The overhead cost of grafting materials and related products is high (see cost estimates below). The average cost for enough grafting material for one socket (about ½ cc) is around $100. Some grafting materials require a membrane to avoid soft tissue ingrowth into the socket for another $100. However, this cost can be reduced by using some satisfactory grafting materials (examples below), and by using a low-cost collagen plug for about $10, thus avoiding the membrane. Sutures are another few dollars. The cost of the extraction and graft is somewhat formidable to many patients. When the cost of grafting ($493) is added to the average fee of $147 for a routine extraction, many patients are not convinced of the value of the procedure for $640. <P> Description. The Collaplug collagen wound dressings is a soft, white, pliable, nonfriable sponge used in dental surgery. Because of the coherent sponge structure, application of the dressings to the wound is easily controlled. <P> Resolved Question: I had a bovine graft and collagen plug put in an upper molar after an extraction. The bovine and plug fell out several days later, so the dentist put more bovine and once again stitched another plug in yesterday. It seems extremely important that the bovine stay in place since the dentist perforated my sinus cavity while trying to remove the tooth (before putting in the collagen & bovine). I need some sort of protective layer to protect my sinus. <P> • Extractions creating large defects. Using a RCP Resorbable Collagen Plug from Humanus Dental, in the extraction socket direcly at the extraction time can radically minimize the risk for a dry socket since this forms a protective lid during the so important healing period. Dry socket is more prevalent with extractions of molars or premolars. After the extraction blod normally clots in the socket and forms a protective barrier for bone and nerve ends. In some cases this can be washed away and leave the vital areas exposed for food, liquids and other foreign matter in the oral cavity.
|
A good deal less expensive than a bone graft, and the procedure for placing it is easier.ollagen is a component of connective tissue.
|
what does prostate gland mean
|
<P> • PROSTATE GLAND (noun). The noun PROSTATE GLAND has 1 sense: 1. a firm partly muscular chestnut sized gland in males at the neck of the urethra; produces a viscid secretion that is the fluid part of semen. Familiarity information: PROSTATE GLAND used as a noun is very rare. <P> The prostate gland is a male reproductive organ whose main function is to secrete prostate fluid, one of the components of semen. The muscles of the prostate gland also help propel this seminal fluid into the urethra during ejaculation. <P> The noun PROSTATE GLAND has 1 sense: 1. a firm partly muscular chestnut sized gland in males at the neck of the urethra; produces a viscid secretion that is the fluid part of semen. Familiarity information: PROSTATE GLAND used as a noun is very rare. <P> A radical prostatectomy means an operation to remove the whole prostate gland. It is a common operation for prostate cancer. The operation used to be called total prostatectomy. A specialist surgeon removes the prostate through a cut made in your abdomen or between the testicles and the back passage. <P> Side View of the Prostate. The prostate is a walnut-sized gland located between the bladder and the penis. The prostate is just in front of the rectum. The urethra runs through the center of the prostate, from the bladder to the penis, letting urine flow out of the body. <P> The prostate is a small gland in men that is part of the reproductive system. It's about the shape and size of a walnut. The prostate rests below the bladder and in front of the rectum. It surrounds part of the urethra, the tube that carries urine from the bladder. <P> Prostate cancer is the development of cancer cells in the prostate gland (a gland that produces fluid for semen). It is a very common cancer in men; some cancers grow very slowly while others are very aggressive and spread quickly to other organs.
|
The prostate gland is a male reproductive organ whose main function is to secrete prostate fluid, one of the components of semen.
|
herbs for bradycardia
|
<P> Bradycardia = too slow A heart rate of less than 60 beats per minute (BPM) in adults is called bradycardia. What's too slow for you may depend on your age and physical condition. 1 Physically active adults often have a resting heart rate slower than 60 BPM but it doesn't cause problems. <P> One of the most common is abnormally slow heartbeats, a condition known as bradycardia. For most people, a normal resting heart rate is considered to be between 60 to 100 beats a minute; anything less than this may be considered <P> Bradycardia. Synonyms .—Brachycardia; Slow Heart. Definition .—Bradycardia is slowness of the heart, either normal, physiological (bradycardia), or pathological, which may be symptomatic and due to some other lesion, or it may be due to a neurosis. <P> One of the most common is abnormally slow heartbeats, a condition known as bradycardia. Learn how to heal this condition naturally. For most people, a normal resting heart rate is considered to be between 60 to 100 beats a minute; anything less than this may be considered bradycardia. A slow heart rate is perfectly normal, and even a sign of good physical fitness. <P> Bradycardia is a slow heart rate of fewer than 60 beats per minute. A slow heart rate is normal for some people, such as athletes, and needs no treatment. Bradycardia may also be caused by health conditions that do need <P> When your heart beats too fast -- more than 100 beats per minute -- the condition is known as tachycardia arrhythmia. When it beats too slow -- fewer than 60 beats per minute -- you have bradycardia arrhythmia. These two arrhythmias are not serious unless they occur in a extreme fashion for prolonged periods. <P> Arrhythmia is an electrical problem that disrupts the heart's natural rhythm. It manifests in two types Tachycardia (Fast heart beat-over 130 beats per minute)and Bradycardia (Slow heart beat-under 60 beats per minute).
|
heartbeats, a condition known as bradycardia.
|
why was the congress of vienna important
|
<P> There were 4 main goals of the Congress of Vienna: 1. Most importantly, the Congress of Vienna wanted to create a balance of power between the 5 major powers in Europe (Britai … n, France, Austria, Prussia, and Russia) 2. <P> The gathering was called the Congress of Vienna and their work called the Concert of Europe.. The congress was in session during Napoleon's return from exile on the Island of Elba, and it ended in June, 1815, a few days before Napoleon's defeat at Waterloo. <P> The leading figure in the Congress of Vienna in 1814 was Klemens von Metternich who represented Austria. His goals were: Balance of power through out Europe, and expansion of … Austrian empire. [Source]- AP European History, 4th block :). <P> A Brief History of the Congress of Vienna. The delegates at the Congress of Vienna (1814-1815) were motivated to a surprisingly large degree by the desire to benefit Europe as a whole, and this is reflected in their purpose in calling the Congress together and the settlement they reached. <P> The leading figure in the Congress of Vienna in 1814 was Klemens von Metternich who represented Austria. His goals were: Balance of power through out Europe, and expansion of … Austrian empire. [Source]- AP European History, 4th block :). <P> The Revolution of 1830. The Congress of Vienna was convened in 1815 by the four European powers which had defeated Napoleon. The first goal was to establish a new balance of power in Europe which would prevent imperialism within Europe, such as the Napoleonic empire, and maintain the peace between the great powers. <P> The members of the Congress were all afraid of a strong France, so they created strong border states. The Netherlands and the Italian Kingdom of Piedmont were created to this end. Prussia got the left bank of the Rhine, while Austria took territory in northern Italy, including Tuscany and Milan.
|
Beacuse goals were: Balance of power through out Europe, and expansion of Austrian empire.
|
when was prince charles born
|
<P> Prince Charles was born November 14, 1948. His first military services appointment was in 1969. He currently holds the rank of captain in the Royal Navy and group captain in the Royal Air Force. <P> Prince Charles was born in 1948, eldest son of the then Princess Elizabeth and Prince Philip, Duke of Edinburgh. He became Duke of Cornwall and Duke of Rothesay, the traditional titles for the heir to the throne, when his mother became Queen Elizabeth II in 1952. He attended her coronation. <P> The eldest child of Queen Elizabeth II, Charles is the heir to the British throne. He was born to Elizabeth and Prince Philip in 1948, a year after their marriage and four years before Elizabeth became queen. <P> On February 24, 1981 the engagement of Charles, Prince of Wales and Lady Diana Spencer was announced at Buckingham Palace. On July 29, 1981 Charles married Princess Diana. The fairy-tale wedding took place at St. Paul's Cathedral. Eleven months later on June 21, 1982 Prince William Windsor was born. William is second in line for the throne after his father. <P> Prince Charles was born Charles Philip Arthur George on November 14, 1948, in London, England. The son of Queen Elizabeth II and Prince Philip, Charles, prince of Wales, ascended the royal hierarchy at an early age. His mother became queen when he was only three after the death of his grandfather King George VI. <P> Charles was born at Buckingham Palace on 14 November 1948, at 9.14 pm (GMT), the first child of Princess Elizabeth, Duchess of Edinburgh, and Prince Philip, Duke of Edinburgh, and first grandchild of King George VI and Queen Elizabeth. <P> Prince Charles Philip Arthur George Mountbatten was born on November 14, 1948, almost a year after his parents' marriage. His mother is Princess Elizabeth, who later became Queen Elizabeth II and his father is Prince Philip, Duke of Edinburgh. <P> Prince Charles redirects here. For other people known as Prince Charles, see Prince Charles (disambiguation). The Prince Charles, Prince of Wales (Charles Philip Arthur George Mountbatten-Windsor; born Windsor, 14 November 1948), is the eldest son of Queen Elizabeth II and Prince Philip, Duke of Edinburgh.
|
14 November 1948
|
what is haplogroup j
|
<P> In molecular evolution, a haplogroup (from the Greek: ἁπλούς, haplous, haploûs, onefold, single simple And-Proto-Proto : *germanic, kruppaz round, mass) lump is similar haplotypes that share a common ancestor having the same single nucleotide (POLYMORPHISM) snp mutation in all. haplotypes Y-DNA is passed solely along the patrilineal line, from father to son, while mtDNA is passed down the matrilineal line, from mother to offspring of both sexes. Neither recombines, and thus Y-DNA and mtDNA change only by chance mutation at each generation with no intermixture between parents' genetic material. <P> Origins & History. The mutation defining haplogroup J is thought to have taken place some 45,000 years ago, probably in West Asia. It is estimated that J2 split first from J* around 37,000 years ago, followed by J1 some 33,000 years ago. Indo-European invasions during the Bronze Age. Haplogroup J has been found in Bronze Age samples from the Yamna culture (J2b), Corded Ware culture (J1c and J2b1a), the Catacomb culture (J1b1a1), the Unetice culture (J1b1a1), and the Urnfield culture (J1b1), all in Central Europe. <P> Because a haplogroup consists of similar haplotypes, it is possible to predict a haplogroup from haplotypes. A SNP test confirms a haplogroup. Haplogroups are assigned letters of the alphabet, and refinements consist of additional number and letter combinations, for example R1b1. Y-chromosome and mitochondrial DNA haplogroups have different haplogroup designations. Y-DNA is passed solely along the patrilineal line, from father to son, while mtDNA is passed down the matrilineal line, from mother to offspring of both sexes. Neither recombines, and thus Y-DNA and mtDNA change only by chance mutation at each generation with no intermixture between parents' genetic material. <P> Main article: Haplogroup J (mtDNA). Haplogroup T is thought to have originated in the Middle East about 30,000 years ago. It is found throughout Europe, the northern half of Africa through the Near East to Central Asia and Siberia, with pockets in India and North-West China (Xinjiang). A is the oldest of all Y-DNA haplogroups. It originated in sub-Saharan Africa over 140,000 years ago, and possibly as much as 340,000 years ago if we include haplogroup A00. Modern populations with the highest percentages of haplogroup A are the Khoisan (such as the Bushmen) and the southern Sudanese. <P> In human mitochondrial genetics, Haplogroup J is a human mitochondrial DNA (mtDNA) haplogroup. Haplogroup J derives from the haplogroup JT, which also gave rise to Haplogroup T. In his popular book The Seven Daughters of Eve, Bryan Sykes named the originator of this mtDNA haplogroup Jasmine. Haplogroup J (along with ‘T’) MtDNA J & T colonised Europe from the Near East in the late Paleolithic & Mesolithic. <P> 192,109 pages on this wiki. In human genetics, Haplogroup J2 (M172) is a Y-chromosome haplogroup which is a subdivision of haplogroup J. Haplogroup J2 is widely believed to be associated with the spread of agriculture from the northern Fertile Crescent, the Levant, and Anatolia, <P> 192,110 pages on this wiki. In human genetics, Haplogroup J (previously known as HG9 or Eu9/Eu10) is a Y-chromosome DNA haplogroup. It is defined by the 12f2.1 genetic marker, or the equivalent M304 marker. Haplogroup J is believed to have arisen 31,700 years ago (plus or minus 12,800 years) in the Near East (Semino et al. 2004). It is most closely related to Haplogroup I, as both Haplogroup I and Haplogroup J are descendants of Haplogroup IJ (S2, S22). Haplogroup IJ is in turn derived from Haplogroup F.
|
Haplogroup J (previously known as HG9 or Eu9/Eu10) is a Y-chromosome DNA haplogroup. It is defined by the 12f2.1 genetic marker, or the equivalent M304 marker.
|
which enzyme catalyzes the reaction that takes place and which product is the result if this reaction
|
<P> In one example, the end product depends on the successful completion of five reactions, each mediated by a specific enzyme. The enzymes in a series can be located adjacent to each other (in an organelle or in the membrane of an organelle), thus speeding the reaction process. <P> Enzymes are not used up in a chemical reaction. Usually, the enzyme will reset and be ready to use in another reaction. This is due to the fact that enzymes are proteins, and their shape is what they use <P> The other way to begin a chemical reaction is to lower the activation energy barrier. This is what enzymes do; they allow chemical reactions to start and continue at rates that maintain life. An enzyme catalyzes virtually every chemical reaction that takes place in biological organisms. <P> Figure %: Step 1. The reaction occurs with the help of the enzyme hexokinase, an enzyme that catalyzes the phosphorylation of many six-membered glucose-like ring structures. A kinase is the name given to an enzyme that phosphorylates other molecules. <P> The enzyme changes shape upon binding to the substrate. The active site has a shape complementary to that of the substrate only after the substrate is bound. In an enzyme catalyzed reaction, the rate of enzyme catalyzed reaction varies with the concentration of the substrate, as shown in the figure. <P> However, the process of enzyme catalysis is similar among different enzymes (Fig 4.2). First, the substrate(s) binds to the active site to form an enzyme-substrate complex. Secondly, the reaction occurs converting the substrate(s) into product(s), forming an enzyme-product complex. <P> Likewise an enzyme molecule binds its substrate(s), catalyzes a reaction, and releases the product(s). Each step in this process requires time—time to receive the raw materials, do what needs to be done to them, and release the product. So each enzyme molecule requires x amount of time to produce one unit of product. <P> Which enzyme catalyzes the reaction that takes place and which product is the result of this reaction? Amylase catalyzes the reaction; glucose is the product Pepsin catalyzes the reaction; lactase is the product Lactate dehydrogenase catalyzes the reaction; lactate is the product.
|
Amylase catalyzes the reaction; glucose is the product Pepsin catalyzes the reaction; lactase is the product Lactate dehydrogenase catalyzes the reaction; lactate is the product.
|
definition inflation
|
<P> DEFINITION of 'Inflation'. Inflation is the rate at which the general level of prices for goods and services is rising and, consequently, the purchasing power of currency is falling. Central banks attempt to limit inflation, and avoid deflation, in order to keep the economy running smoothly. Next Up <P> DEFINITION of 'Deflation'. A general decline in prices, often caused by a reduction in the supply of money or credit. Deflation can be caused also by a decrease in government, personal or investment spending. <P> In economics, inflation is a sustained increase in the general price level of goods and services in an economy over a period of time. When the price level rises, each unit of currency buys fewer goods and services. Consequently, inflation reflects a reduction in the purchasing power per unit of money – a loss of real value in the medium of exchange and unit of account within the economy. 1 Inflation reduces unemployment to the extent that unemployment is caused by nominal wage rigidity. 2 When demand for labor falls but nominal wages do not, as typically occurs during a recession, the supply and demand for labor cannot reach equilibrium, and unemployment results. <P> Definition of 'Inflation'. Tweet. Inflation is the percentage change in the value of the Wholesale Price Index (WPI) on a year-on year basis. Definition: Inflation is the percentage change in the value of the Wholesale Price Index (WPI) on a year-on year basis. It effectively measures the change in the prices of a basket of goods and services in a year <P> Definition of Inflation. Inflation means a sustained increase in the aggregate or general price level in an economy. Inflation means there is an increase in the cost of living. “inflation means that your money won’t buy as much today as you could yesterday. ”. In the UK the rate of inflation has varied a lot from 25% a year in 1974 to the deflation in the 1920s and 1930s. <P> This definition includes some of the basic economics of inflation and would seem to indicate that inflation is not defined as the increase in prices but as the increase in the supply of money that causes the increase in prices i.e. inflation is a cause rather than an effect. A simple way to define inflation is “an increase in the price you pay for goods” but that only tells part of the story…. It could also be seen as a “decline in the purchasing power of your money”. But there is more to inflation than that. <P> 2. : a continuing rise in the general price level usually attributed to an increase in the volume of money and credit relative to available goods and services. See inflation defined for English-language learners. Full Definition of INFLATION. 1. : an act of inflating: a state of being inflated: as a: distension b: a hypothetical extremely brief period of very rapid expansion of the universe immediately following the big bang c: empty pretentiousness: pomposity. 2 <P> Define Inflation: A simple way to define inflation is “an increase in the price you pay for goods” but that only tells part of the story…. It could also be seen as a “decline in the purchasing power of your money”. But there is more to inflation than that.
|
Inflation is a sustained increase in the general price level of goods and services in an economy over a period of time
|
what is a baobab tree
|
<P> Yep, those are all other names for the Baobab tree and if you ask us, a lot more catchy than Adansonia Digitata. Call the Baobab Tree what you like, but anyway you look at it-it is one impressive tree. The Baobab tree has been around for thousands of years, and many Baobab trees are believed to be over 150 years old. We say believed to be because the Baobab tree does not have rings. <P> The scientific name of the Baobab, Adansonia digitata comes from the French explorer and botanist, Michel Adanson (1727-1806). He officially discovered it in 1749 on the island of Sor in Senegal. <P> Baobab is the common name of a genus of trees (Adansonia). There are eight species. Six species live in the drier parts of Madagascar, one in mainland Africa, and one in Australia. The baobab is the national tree of Madagascar. The baobab tree is known as the tree of life, with good reason. It can provide shelter, clothing, food, and water for the animal and human inhabitants of the African savannah regions. The cork-like bark and huge stem are fire resistant and are used for making cloth and rope. <P> Baobab is a tree native to Africa, Madagascar, Australia, and Arabia. The tree is used as a source of water and food for indigenous people. Fruit and leaves of the tree are used medicinally for asthma, mosquito repellent, and for allergic skin conditions. <P> Maybe you have heard the media buzzing about the Baobab Fruit or Baobab Fruit Supplements, well, take 3 minutes and learn all about the Baobab Fruit and the Baobab Tree. The Baobab tree is also called Adansonia Digitata tree, The Monkey Bread Tree, The Upside Down Tree and The Tree of Life. The Adansonia genus grows in Africa, Madagascar and Australia. The species, Adansonia Digitata grows in South Africa and bears the Baobab Fruit. The Baobab Fruit is about 7 inches long, weighs about 3 pounds and has a hard outer shell, like a coconut. When you crack the Baobab shell open, you find that the Baobab fruit pulp naturally dehydrates in the shell. <P> There are eight species of Adansonia tree, but only one baobab tree (Adansonia digitata), native to the African mainland. Six of its relatives live in Madagascar and one in Australia. It is a tiny-and very distinctive family. The Tree of Life. The baobab is also incredibly useful-so much so that Disney's Lion King named it the Tree of Life. It behaves like a giant succulent and up to 80% of the trunk is water. San nomads used rely on the trees as a valuable source of water when the rains failed and the rivers dried. <P> Adansonia trees produce faint growth rings, probably annually, but they are not reliable for aging specimens, because they are difficult to count and may fade away as the wood ages. Radiocarbon dating has provided data on a few individuals. The tree has since split into two parts, so the widest individual trunk may now be that of the Sunland baobab, or Platland tree, also in South Africa. The diameter of this tree at ground level is 9.3 m (31 ft) and its circumference at breast height is 34 m (112 ft). <P> The baobab is found in the savannas of African and India, mostly around the equator. It can grow up to 25 meters tall and can live for several thousand years. The baobab is leafless for nine months of the year. Next came the slender, graceful palm tree. When the baobab saw the palm tree, it cried out that it wanted to be taller. Then the beautiful flame tree appeared with its red flower and the baobab was envious for flower blossoms. When the baobab saw the magnificent fig tree, it prayed for fruit as well. <P> Baobab is the common name for the trees of the genus Adansonia — along with the names boab, boaboa, bottle tree, upside-down tree, and monkey bread tree.
|
Baobab is the common name of a genus of trees (Adansonia). There are eight species. Six species live in the drier parts of Madagascar, one in mainland Africa, and one in Australia.The baobab is the national tree of Madagascar. The baobab tree is known as the tree of life, with good reason.
|
average score on wonderlic
|
<P> It consists of 50 multiple choice questions to be answered in 12 minutes. The test was developed by Eldon F. Wonderlic. The score is calculated as the number of correct answers given in the allotted time. A score of 20 is intended to indicate average intelligence (corresponding to an intelligence quotient of 100). Wonderlic, Inc. claims a score of at least 10 points suggests a person is literate. <P> However, according to Wonderlic Inc. the average score for the test is 20 out of a possible 50. A person who scores an average of 10 and above is considered literate and, therefore, suitable for the less demanding professions. This would seem to slightly contradict Wonderlic’s assertion that the average score is a 20 (here it appears to be between 21 and 22). However, this should at least provide a general sense of where a score falls against the general population. <P> Your Wonderlic test scores tell you if you have what it takes to apply for your dream job. It is also known as the Wonderlic intelligence test and is used by employers as part of their pre screening process for job applicants. You have 12 minutes to complete 50 questions under supervision. <P> Wonderlic Scores and Results Policy. The test scores are calculated as a number of correct answers given in allotted time. In case of WPT, the highest possible score is 50, and the period of time to answer these questions is 12 minutes. The results of the test are then compared to industry average. <P> Average score for the Wonderlic test. The average test scores can significantly vary between different professions. The average rating for a certain test depends on the job description the position holds. For instance, an average score for a chemist is set at 31 while that of a cashier is set at 21. This would seem to slightly contradict Wonderlic’s assertion that the average score is a 20 (here it appears to be between 21 and 22). However, this should at least provide a general sense of where a score falls against the general population. <P> Information. This is a 50-question sample Wonderlic® Quiz which provides questions similar to that of the real test. You will have 12 minutes (720 seconds) to answer 50 questions. You score 1 point for each correct answer. Your time will start as soon as the next page loads. Good luck! <P> Your Wonderlic test scores are similar to an IQ test where there is a minimum and a maximum. For instance, the most you score on a Wonderlic test is 50 so if your score is 24 you are considered average and a score of 10 mean you may be mentally retarded. The Wonderlic test has 50 questions that get harder as you progress through them. It is also known as the Wonderlic intelligence test and is used by employers as part of their pre screening process for job applicants. You have 12 minutes to complete 50 questions under supervision. <P> Like an IQ test, the Wonderlic test scores are based on a minimum, maximum, and average range. For instance, if you score a 24 on a Wonderlic test, you are considered to be of average intelligence. The maximum anyone can score on a Wonderlic test is 50, and a score of 10 generally means that a person is barely literate. <P> The Wonderlic Test is a 12-minute, 50-question exam that is designed to measure learning and problem-solving abilities. The test is given to almost every draft-eligible player, and it has been administered by the NFL for more than 30 years. Wonderlic, Inc. claims that a score of at least 10 points suggests a person is literate, and the average football player scores around 20 points. This test is irrelevant in the eyes of many, but here are the five best and five worst scores on the NFL’s heavily controversial Wonderlic Test. « Prev
|
The score is calculated as the number of correct answers given in the allotted time.A score of 20 is intended to indicate average intelligence (corresponding to an intelligence quotient of 100). Wonderlic, Inc. claims a score of at least 10 points suggests a person is literate.
|
what is a rainforest definition
|
<P> rainforest. n. 1. (Forestry) dense forest found in tropical areas of heavy rainfall. The trees are broad-leaved and evergreen, and the vegetation tends to grow in three layers (undergrowth, intermediate trees and shrubs, and very tall trees, which form a canopy). Also called: selva. A dense evergreen forest with a minimum annual rainfall of approximately 180 centimeters (71 inches). Rainforests are found chiefly in the tropics but also occur in temperate regions, where the rainfall amount is somewhat lower. <P> Full Definition of RAIN FOREST. 1. : a tropical woodland with an annual rainfall of at least 100 inches (254 centimeters) and marked by lofty broad-leaved evergreen trees forming a continuous canopy —called also tropical rain forest. 2. : temperate rain forest <P> Noun. 1. rainforest-a forest with heavy annual rainfall. rain forest. forest, woods, wood-the trees and other plants in a large densely wooded area. temperate rain forest-a rain forest in a temperate area. selva, tropical rain forest-a rain forest in a tropical area. Translations. [ˈreɪnfɒrɪst]. A dense evergreen forest with a minimum annual rainfall of approximately 180 centimeters (71 inches). Rainforests are found chiefly in the tropics but also occur in temperate regions, where the rainfall amount is somewhat lower. <P> A forest is a large area of land covered with trees or other woody vegetation. Hundreds of more precise definitions of forest are used throughout the world, incorporating factors such as tree density, tree height, land use, legal standing and ecological function. Such definitions typically define a forest as an area growing trees above some threshold. These thresholds are typically the number of trees per area (density), the area of ground under the tree canopy (canopy cover) or the section of land that is occupied by the cross-section of tree trunks (basal area). <P> Carlos NavajasStone/Getty Images. Rainforest is a term for a forest of broad-leaved evergreen trees that receives high annual rainfall and is characteristically associated with tropical and subtropical regions of the world. <P> Tropical rainforests are forests with tall trees, warm climates, and lots of rain. In some rainforests it rains more than one inch nearly every day of the year! Rainforests are found in Africa, Asia, Australia, and Central and South America. The largest rainforest in the world is the Amazon rainforest in South America. <P> A tropical rainforest typically has a number of layers, each with different plants and animals adapted for life in that particular area. Examples include the emergent, canopy, understorey and forest floor layers. The densest areas of biodiversity are found in the forest canopy, a more or less continuous cover of foliage formed by adjacent treetops. The canopy, by some estimates, is home to 50 percent of all plant species. <P> WHAT IS A RAINFOREST Rainforests are the Earth's oldest living ecosystems. They are so amazing and beautiful. These incredible places cover only 6 %of the Earth's surface but yet they contain MORE THAN 1/2 of the world's plant and animal species! A Rainforest can be described as a tall, dense jungle. <P> The undergrowth in some areas of a rainforest can be restricted by poor penetration of sunlight to ground level. If the leaf canopy is destroyed or thinned, the ground beneath is soon colonized by a dense, tangled growth of vines, shrubs and small trees, called a jungle. The densest areas of biodiversity are found in the forest canopy, a more or less continuous cover of foliage formed by adjacent treetops. The canopy, by some estimates, is home to 50 percent of all plant species. <P> Rainforest is defined as a dense, green, moist forest with at least 160 inches of rain each year that is mostly found in the tropics. An example of a rainforest is the Brazilian rainforest.
|
Rainforest is a term for a forest of broad-leaved evergreen trees that receives high annual rainfall and is characteristically associated with tropical and subtropical regions of the world.
|
what is gord gastro oesophageal reflux disease
|
<P> Heartburn, also called acid reflux, is the most common symptom of GORD and usually feels like a burning chest pain beginning behind the breastbone and moving upwards to the neck and throat. Many people say it feels like food is coming back into the mouth leaving an acid or bitter taste. <P> Gastro-oesophageal reflux disease (GORD). Gastro-oesophageal reflux disease, or GORD, happens when stomach acid affects the oesophagus, or gullet, between the mouth and the stomach. GORD symptoms include heartburn, an acid taste in the mouth and swallowing problems, called dysphagia. GORD is common, affecting around 1 in 5 people at least once a week. <P> Acid reflux, also known as gastro-oesophageal reflux disease (GORD or GERD), is a disease of the lower oesophagus and stomach. Acid reflux involves inflammation and irritation of the lower oesophagus due to the reflux of food and gastric acid. This reflux of gastric contents is spontaneous and involuntary. <P> Gastroesophageal reflux disease, or GERD, is a digestive disorder that affects the lower esophageal sphincter (LES), the ring of muscle between the esophagus and stomach. Many people, including pregnant women, suffer from heartburn or acid indigestion caused by GERD. <P> Gastroesophageal reflux disease (GERD) is a condition in which the stomach contents leak backwards from the stomach into the esophagus (the tube from the mouth to the stomach). This can irritate the esophagus and cause heartburn and other symptoms. <P> A. Gastroesophageal reflux disease, or GERD, is a digestive disorder that affects the lower esophageal sphincter (LES), the ring of muscle between the esophagus and stomach. Many people, including pregnant women, suffer from heartburn or acid indigestion caused by GERD. <P> Gastro-oesophageal reflux disease (GORD) is a common condition where acid from the stomach leaks out of the stomach and up into the oesophagus (gullet).
|
A common condition where acid from the stomach leaks out of the stomach and up into the oesophagus (gullet).
|
what is the mutation of gaucher disease
|
<P> All 3 forms of Gaucher disease are caused by mutation in the GBA gene. There are 2 additional phenotypes which may be distinguished: perinatal lethal Gaucher disease (608013), which is a severe form of type II, and Gaucher disease type IIIC (231005), which also has cardiovascular calcifications. A number sign (#) is used with this entry because Gaucher disease type I is caused by homozygous or compound heterozygous mutation in the gene encoding acid beta-glucosidase (GBA; 606463) on chromosome 1q22. Description. <P> Gaucher's disease is the most common of the lysosomal storage diseases. It is a form of sphingolipidosis (a subgroup of lysosomal storage diseases), as it involves dysfunctional metabolism of sphingolipids. The disease is named after the French physician Philippe Gaucher, who originally described it in 1882. From Wikipedia, the free encyclopedia. Gaucher's disease or Gaucher disease (/ɡoʊˈʃeɪ/) (GD) is a genetic disorder in which glucocerebroside (a sphingolipid, also known as glucosylceramide) accumulates in cells and certain organs. <P> Gaucher disease results from a specific enzyme deficiency (glucocerebrosidase) in the body, caused by a genetic mutation received from both parents. The disease course is quite variable, ranging from no outward symptoms to severe disability and death. Dr. Philippe Gaucher first described, in 1882, the symptoms now known as Gaucher disease. The disease can affect anyone, regardless of ethnicity, age or gender. It is an autosomal recessive disease and the most prevalent *Lysosomal Storage Disorder (LSD), with an incidence of about 1 in 20,000 live births. <P> Gaucher's disease is a genetic condition that affects various different tissues and organs in the body. Several forms of this condition have been identified based on the specific features of the disease and the signs and symptoms vary between affected individuals. These mutations leads to the most common form of Gaucher's disease. The condition does not affect the brain and is also referred to as non-neuropathic Gaucher's disease. This illness is common among Ashkenazi Jews and the median age-at-diagnosis is 28 years. <P> Some forms of Gaucher's disease may be treated with enzyme replacement therapy. The disease is caused by a recessive mutation in a gene located on chromosome 1 and affects both males and females. About one in 100 people in the United States are carriers of the most common type of Gaucher disease. From Wikipedia, the free encyclopedia. Gaucher's disease or Gaucher disease (/ɡoʊˈʃeɪ/) (GD) is a genetic disorder in which glucocerebroside (a sphingolipid, also known as glucosylceramide) accumulates in cells and certain organs. <P> Gaucher disease is an inherited disorder that affects many of the body's organs and tissues. The signs and symptoms of this condition vary widely among affected individuals. Researchers have described several types of Gaucher disease based on their characteristic features. Types 2 and 3 Gaucher disease are known as neuronopathic forms of the disorder because they are characterized by problems that affect the central nervous system. In addition to the signs and symptoms described above, these conditions can cause abnormal eye movements, seizures, and brain damage. <P> Type 1 Gaucher disease is the most common form of this condition. Type 1 is also called non-neuronopathic Gaucher disease because the brain and spinal cord (the central nervous system) are usually not affected. Types 2 and 3 Gaucher disease are known as neuronopathic forms of the disorder because they are characterized by problems that affect the central nervous system. In addition to the signs and symptoms described above, these conditions can cause abnormal eye movements, seizures, and brain damage. <P> Mutations disrupting the function of this enzyme cause autosomal recessive Gaucher disease. This disease is very heterogeneous. The clinical heterogeneity is due to a large number of mutations within the gene encoding glucocerebrosidase. To date 36 mutations have been described in Gaucher disease. In this part we present the mutations and review the more common ones. We also review the glucocerebrosidase natural activator, designated saposin C and mutations in its gene, associated with Gaucher disease. <P> Genetics of Gaucher's disease. Gaucher's disease is caused by mutations in the GBA gene, which codes for the beta-glucocerebrosidase enzyme. This enzyme is responsible for breaking down glucocerebroside into glucose (a sugar molecule) and ceramide (a fat molecule). These mutations leads to the most common form of Gaucher's disease. The condition does not affect the brain and is also referred to as non-neuropathic Gaucher's disease. This illness is common among Ashkenazi Jews and the median age-at-diagnosis is 28 years.
|
Mutations in the GBA gene, which codes for the beta-glucocerebrosidase enzyme.
|
what is the meaning of lux et veritas
|
<P> In Roman mythology, Veritas, meaning truth, was the goddess of truth, a daughter of Saturn and the mother of Virtue. It was believed that she hid in the bottom of a holy well because she was so elusive. Her image is shown as a young virgin dressed in white. Veritas is the motto of Harvard University, The University of Western Ontario, Drake University, Knox College (Illinois) , Bilkent University, the University of California-Hastings College of the Law, as well as the Dominican Order of the Roman Catholic Church, and Providence College, which is run by the Dominicans. <P> This Latin word veritas now appears in the mottos of many colleges and universities. It is typically capitalized in mottos (as Veritas ) for being an ideal (such as: Truth, Kindness and Beauty). Veritas is the motto of Harvard University, The University of Western Ontario, Drake University, Knox College (Illinois) , Bilkent University, the University of California-Hastings College of the Law, as well as the Dominican Order of the Roman Catholic Church, and Providence College, which is run by the Dominicans. <P> Veritas is also the name given to the Roman virtue of truthfulness, which was considered one of the main virtues any good Roman should possess. In Greek mythology, Veritas is known as Aletheia (Ancient Greek: ἀλήθεια) and is the daughter of Zeus, or a creation of Prometheus. Veritas was often depicted nude. Veritas is the motto of Harvard University, The University of Western Ontario, Drake University, Knox College (Illinois) , Bilkent University, the University of California-Hastings College of the Law, as well as the Dominican Order of the Roman Catholic Church, and Providence College, which is run by the Dominicans. <P> Howard University, in Washington, DC, goes by the motto Veritas et Utilitas, translated to Truth and Service. It also exists in the logo of Seoul University: Veritas Lux Mea - meaning Truth is my light. Villanova University also uses Veritas in its school motto, Veritas, Unitas, Caritas (Truth, Unity, Love). Veritas is the motto of Harvard University, The University of Western Ontario, Drake University, Knox College (Illinois) , Bilkent University, the University of California-Hastings College of the Law, as well as the Dominican Order of the Roman Catholic Church, and Providence College, which is run by the Dominicans. <P> (i.e. Get a clean Backup or Clean your backup tapes). Originally expressed as Palmolive et Veritas, however, Madge (the Palmolive saleswoman) was mostly too hands on and Lux was therefore considered more generic. There are parity errors on our backup tapes. <P> AND the specific meaning of the Hebrew words. Urim and Thummim, when translated, is generally taken as meaning something like light(s) and perfection(s) or revelation and truth. (The FORM of each word is PLURAL, but sometimes such words are the so-called plural of majesty, but have a SINGULAR sense. But the KEY to the SPECIFIC origin is found in the TOP part of the seal, where you will see a pair of HEBREW words written. אורים ותמים In English letters, 'Urim we-Thummim, generally simply rendered Urim and Thummim in Bible translations. http://content.answers.com/main/content/... Lux et veritas (light and truth) is meant as a TRANSLATION of this Hebrew expression. So, a bit more on the Hebrew. The expression refers to some object or set of objects that were to be kept in the clothing of the high priest and used to consult the Lord God for answers to certain questions <P> As the first answer suggested there IS a biblical origin to the expression written at the bottom of the Yale University seal. But the KEY to the SPECIFIC origin is found in the TOP part of the seal, where you will see a pair of HEBREW words written. אורים ותמים. In English letters, 'Urim we-Thummim, generally simply rendered Urim and Thummim in Bible translations. http://content.answers.com/main/content/wp/en/thumb/9/9a/198px-Official_Yale_Shield.png. Lux et veritas (light and truth) is meant as a TRANSLATION of this Hebrew expression <P> AND the specific meaning of the Hebrew words. Urim and Thummim, when translated, is generally taken as meaning something like light(s) and perfection(s) or revelation and truth. (The FORM of each word is PLURAL, but sometimes such words are the so-called plural of majesty, but have a SINGULAR sense. But the KEY to the SPECIFIC origin is found in the TOP part of the seal, where you will see a pair of HEBREW words written. אורים ותמים. In English letters, 'Urim we-Thummim, generally simply rendered Urim and Thummim in Bible translations.
|
Light and Truth.
|
what is world class manufacturing concept
|
<P> The development of World Class Manufacturing. WCM was developed by Fiat and partnering firms in 2005. Hajime Yamashina, Professor Emeritus at Kyoto Universality in Japan, played a key role. (Note that the WCM concept of Fiat is not identical to Richard Schonberger’s famous book from 1986 with the same name). The model areas should prove achievement of zero for several weeks before solutions are spread. For Chrysler, the latest WCM strategy is a strong focus on education. For that purpose Chrysler has built a World Class Manufacturing Academy (WCMA) in Warren, Michigan. The WCMA is a state-of-the-art training centre for all employees in Chrysler, making use of modern technology and the latest knowledge on practical training <P> The company-specific production system (XPS) of Chrysler is the World Class Manufacturing (WCM) concept, developed by the Fiat Group in 2006. The model areas should prove achievement of zero for several weeks before solutions are spread. For Chrysler, the latest WCM strategy is a strong focus on education. For that purpose Chrysler has built a World Class Manufacturing Academy (WCMA) in Warren, Michigan. The WCMA is a state-of-the-art training centre for all employees in Chrysler, making use of modern technology and the latest knowledge on practical training <P> World Class Manufacturing (WCM), the universal language of all Chrysler Group employees, promotes the concept of continuous improvement in the manufacturing process to achieve one overarching goal: to build world-class vehicles. Employee involvement is at the forefront of WCM. The World Class Manufacturing Academy (WCMA), a state-of-the-art learning center located in Warren, Michigan, facilitates the sharing of “know-how” between plants and employees through a combination of classroom and hands-on instruction. <P> Definition. World Class Manufacturing is a different set of concepts, principles, policies and techniques for managing and operating a manufacturing company. The Issues. World Class Manufacturing is a process-driven approach to improving manufacturing operations. It is often confused to mean standards of quality and image such as Rolls-Royce or Rolex. <P> Maskell states that World-Class manufacturing is a very broad term which generally includes focus on product quality, JIT Production techniques, workforce management and agility in meeting customer requirements. This paper is a descriptive effort to review the concept of World-Class Manufacturing. <P> Abstract: The concept of world class manufacturing is examined in terms of the definitions which have been developed in recent survey based research. A fundamental flaw in such approaches is that they model a fixed notion of manufacturing competitiveness. <P> World class manufacturing is a collection of concepts, which set standard for production and manufacturing for another organization to follow. Japanese manufacturing is credited with pioneer in concept of world-class manufacturing. World class manufacturing was introduced in the automobile, electronic and steel industry. World class manufacturing is a process driven approach where various techniques and philosophy are used in one combination or other. Some of the techniques are as follows: 1 Make to order. <P> Merge this question into. Split and merge into it. Answer by Ashokagroup. Confidence votes 39. World Class Manufacturing is a different set of concepts, principles, policies and techniques for managing and operating a manufacturing company.
|
It is a process driven approach where various techniques and philosophy are used in one combination or other.
|
average physiatrist salary
|
<P> Conclusion about physiatrist salary. The average salary for the physiatrists in the United States ranges from $141,510 to $294,791 per annum. The annual salary for a self-employed physiatrist is high and it averages to around $250,000 <P> The average starting salary for physiatrists in their first year on the job is $178,000 a year according to the salary figures reported by the recruitment firm Profiles, and $160,000 a year according to the data provided by the American Medical Student Association. <P> Physiatrist salary. The average yearly physiatrist salary is $134,997 – $222,943. They can also receive a yearly bonus of $5,014 – $35,608 on average per year. Again the average yearly salary of a physiatrist depends on where they are working, their geographical location, their work experience, and their specialties. <P> Physiatrist average salary is $153,630, median salary is $145,600 with a salary range from $30,000 to $430,000. Physiatrist salaries are collected from government agencies and companies. Each salary is associated with a real job position. <P> Physiatrist Salary. The average annual physiatrist salary in the United States is reported to be about $207,000 per year or about $99 per hour. The top 10th percentile of physician physiatrists reported a salary of $255,000 or more per year, which works out to about $123 or more per year. <P> In Canada, the average annual physiatrist salary is between C$36,000 and C$185,000 per year. The median salary in terms of hours is about $18 per hour. For physiatrists working in the United Kingdom (UK), the average salary is reported to be about £94 <P> On average, a physiatrist’s salary is $125,000 yearly. Salaries do vary according to your employer, level of skill and of course level of experience one has in the field. On a full time basis, the normal working hours for a p physiatrist in New Zealand is 45.6 hours per week.
|
$207,000 per year
|
what does a business development consultant do
|
<P> Many sales businesses use business development consultants to help generate leads and show them how to do so. In a business such as sales, lead generation can make or break a company. Having someone show a business owner how to successfully acquire this key piece of information is very important. <P> Development of a marketing strategy is another area covered by a business development consultant. Many businesses struggle with devising ways to effectively market their business to prospective clients. <P> Duties and Responsibilities. An organizational development consultant is a person called in to a company, be it a large corporation or a small business, to evaluate how it operates and make recommendations for improvement. <P> A Good Business Consultant Has Extensive Experience. A good Business Consultant has experience working in and working with a broad range of businesses. It is the accumulated business history of a Business Consultant which makes the consultant valuable. <P> A business development consultant might help a business expand its brand through marketing plans and changes to a logo. A business development consultant can offer advice and provide insight on closing deals. Writing and editing text for a computer's website can be part of the job of a business development consultant. <P> A business development consultant is a person or company that helps new business owners create their businesses. <P> Job duties can vary depending on the industry in which a consultant is working as well as his or her specific field of expertise. Fixing or improving a particular component of client's business is the broadest duty for which consultants are hired. <P> For this reason, a good business consultant will take the time to learn from you, your department heads and key employees what the ins and outs of your business entails. It is only until complete understanding of your business that a Business Consultant can begin to help you.
|
To evaluate how it operates and make recommendations for improvement.
|
what are oast houses
|
<P> Australia Edit. Oast houses are often called hop kilns in Australia. Tasmania is a major hop-growing area, as were parts of Victoria. During the nineteenth century some of the Kentish hop growers emigrated, and took hops with them. An agreement for the building of an oast in Flimwell in 1667 gave the size of the building as 30 by 15 feet (9.1 by 4.6 m) and another to be built there was to be built in 1671 being 32 by 16 feet (9.8 by 4.9 m) or 17 feet (5.2 m), having two kilns. <P> Oast houses with cowl at Chainhurst Farm. Oast houses are very typical of the Weald of Kent. During the 16th century they were little more than small single storey buildings where the hops were laid on the floor to dry. By the 18th century oasts had a slatted upper floor where the hops were laid and they were vented through the gaps in the roof tiles. The 19th century saw the development of the typical oast house such as the one shown here at Chainhurst Farm and many were built in Victorian times peaking in 1878 when production of hops was at its height. <P> A traditional oast. An oast, oast house or hop kiln is a building designed for kilning (drying) hops as part of the brewing process. They can be found in most hop-growing (and former hop-growing) areas and are often good examples of vernacular architecture. Many redundant oasts have been converted into houses. An agreement for the building of an oast in Flimwell in 1667 gave the size of the building as 30 by 15 feet (9.1 by 4.6 m) and another to be built there was to be built in 1671 being 32 by 16 feet (9.8 by 4.9 m) or 17 feet (5.2 m), having two kilns. <P> Welcome. Welcome to the Oast House hop farm. We are a small start up hop farm in central New Jersey. Our focus has been to provide a sustainable growth farm that relies on resources already existing on the property. <P> The earliest surviving oast house is that at Cranbrook near Tunbridge Wells which dates to 1750 but the process is documented from soon after the introduction of hops into England in the early 16th century. Square oast houses appeared early in the 20th century as they were found to be easier to build. In the 1930s, the cowls were replaced by louvred openings as electric fans and diesel oil ovens were employed. Hops are today dried industrially and the many oast houses on farms have now been converted into dwellings. <P> The history of oast houses can be explored further at The Kent Oast House and Hop Garden. http://www.digiserve.com/peter/oast.htm. For visitors to Kent who are interested in the history of hop growing, these are the best places to visit: The Museum of Kent Life features the last working traditional oast in the country. On any visit to the Garden of England you are bound to see an oast house in the distance, or beside the road. Taking the time to understand these monuments to agricultural industrialisation is well worth the effort. More Information: The history of hop growing could fill several books. <P> One of the most familiar sights to travelers in southeast England is the distinctive conical or pyramid-shaped oast house. These oast houses are a reminder of Britain's once thriving brewing industry. Ale has been brewed in England since Roman times if not earlier, and for more than a millennia after every house would have brewed its own ale as a matter of course. Each inn brewed its own distinctive beverage. <P> An oast, oast house or hop kiln is a building designed for kilning (drying) hops as part of the brewing process. They can be found in most hop-growing (and former hop-growing) areas and are often good examples of vernacular architecture. Many redundant oasts have been converted into houses. Square oast houses appeared early in the 20th century as they were found to be easier to build. In the 1930s, the cowls were replaced by louvred openings as electric fans and diesel oil ovens were employed. Hops are today dried industrially and the many oast houses on farms have now been converted into dwellings.
|
Oast house is a building designed for kilning (drying) hops as part of the brewing process.They can be found in most hop-growing (and former hop-growing) areas and are often good examples of vernacular architecture
|
what is frequency inverter
|
<P> A Variable Frequency Drive (VFD) is a type of motor controller that drives an electric motor by varying the frequency and voltage supplied to the electric motor. Other names for a VFD are variable speed drive, adjustable speed drive, adjustable frequency drive, AC drive, microdrive, and inverter. Frequency (or hertz) is directly related to the motor’s speed (RPMs). In other words, the faster the frequency, the faster the RPMs go. <P> A frequency inverter changes output voltage frequency and magnitude to vary the speed, power, and torque of a connected induction motor to meet load conditions. ... Frequency inverter reconstruction of Power Plant promoted heightening of economy benefit. In a 3-phase frequency inverter, there are six switches with a pair of switches for each phase. In each pair of switches, one switch generates the positive component of the sine wave and the second generates the negative component of the sine wave from the dc bus voltage. <P> frequency inverter is a device to change AC power to variable frequency/voltage AC power, means the output frequency and voltage are adjustable, it's special used for control … AC motor speed in energy saving, like fans and pumps system. 5 people found this useful. Emdrgreg. One most important thing is the out power of frequency inverter just can be used for controlling AC motor, while frequency converter can be treated as normal power supply as our daily using power grid. zhuge fs. <P> IGBTs typically are not used in frequency inverter rectifier front-ends. frequency inverter rectifiers typically use SCRs or similar slower switching components. SCRs offer an advantage in that their simpler design is more robust given variable input voltage quality and have a relatively low cost. In a 3-phase frequency inverter, there are six switches with a pair of switches for each phase. In each pair of switches, one switch generates the positive component of the sine wave and the second generates the negative component of the sine wave from the dc bus voltage. <P> Frequency converters are used to change the frequency and magnitude of the constant grid voltage to a variable load voltage. Frequency converters are especially used in variable frequency AC motor drives. Fig. 1. Operation principle of the frequency converter fed induction motor. Frequency converter. Frequency converters are used to change the frequency and magnitude of the constant grid voltage to a variable load voltage. Frequency converters are especially used in variable frequency AC motor drives. Fig. 1. Operation principle of the frequency converter fed induction motor. Fig. <P> A variable-frequency drive (VFD) (also termed adjustable-frequency drive, variable-speed drive, AC drive, micro drive or inverter drive) is a type of adjustable-speed drive used in electro-mechanical drive systems to control AC motor speed and torque by varying motor input frequency and voltage. <P> A frequency inverter is a precision electronic device specifically designed and used to control the speed of AC induction motors without affecting the electric consumption, torque, impedance, magnetic flux, etc. of the motor. The electronic circuit in a frequency inverter unit is discretely divided into three main stages, viz. an input converter (bridge rectifier stage), a DC Bus (filter stage), and an output inverter (using micro controllers and IGBTs). <P> Saving energy now! Frequency inverter also called frequency converter, it is a power control conversion device to convert normal power supply (50Hz or 60Hz) to another frequency power by inner power semiconductor on/off behaviors, to control electric motors in variable speed operations. When the frequency inverter is installed, it can decrease the pump speed from N1 to N2 with the pipe network resistance curve (1) being unchanged, so the working intersection A transfers to C. At this time, the consumed axis power can be represented by the area of H3COQ2. <P> A frequency inverter controls the speed or torque of an electric motor. It can operate in four quadrants, by acceleration or braking, and in either direction. Industrial uses for these devices include the control of high-power electric motors, machine tools and transport machinery.
|
Frequency inverter also called frequency converter, it is a power control conversion device to convert normal power supply (50Hz or 60Hz) to another frequency power by inner power semiconductor on/off behaviors, to control electric motors in variable speed operations.
|
alligator incubation period
|
<P> The incubation period is usually around 70 days. Social life of the Chinese alligator starts during the incubation period only, when nest mates communicate egg to egg and with parents who open the egg chamber. This results in synchronized hatching. <P> The incubation period for crocodile eggs ranges from 55 to 110 days, depending on the species and climate. The optimal temperature range for embryonic development is 87-91º F … (31-33º C). Many crocodile embryos die if the temperature falls below 78º F (26º C) or rises above 95º F (35º C). <P> The incubation period for the eggs of most species of vulture is about 35 to 40 days. The nestling period is about 70 to 98 days. <P> Egg Incubation. A female alligator lays between 35 and 90 eggs. Once the eggs are laid, she covers them with a layer of vegetation to keep them warm. The incubation period is 65 days and the temperature within in the nest plays a critical role during this time. <P> The incubation period for crocodile eggs ranges from 55 to 110 days, depending on the species and climate. The optimal temperature range for embryonic development is 87-91º F (31-33º C). Many crocodile embryos die if the temperature falls below 78º F (26º C) or rises above 95º F (35º C). <P> Confidence votes 52.6K. The incubation period for crocodile eggs ranges from 55 to 110 days, depending on the species and climate. The optimal temperature range for embryonic development is 87-91º F (31-33º C). Many crocodile embryos die if the temperature falls below 78º F (26º C) or rises above 95º F (35º C).
|
65 days
|
what are scampi
|
<P> Full Definition of SCAMPI. : a usually large shrimp; also: large shrimp prepared with a garlic-flavored sauce. See scampi defined for English-language learners. ADVERTISEMENT. <P> Add the wine and stir to coat the shrimp with the sauce of butter, oil, and wine. Move the shrimp so they are in an even layer in the pan. Increase the heat to high and boil the wine for two to three minutes. 3 Stir the shrimp and arrange them so that you turn them over to cook on the other side. Stir in the slivered garlic and red pepper flakes. 2 Saute sauté the garlic for just a, minute until it begins to brown at the, edges then add the. Shrimp add the wine and stir to coat the shrimp with the sauce of, butter, oil and. Wine move the shrimp so they are in an even layer in the. pan <P> Peel, devein, and rinse shrimp; set aside. Heat butter in large skillet over medium heat. Cook garlic 1 or 2 minutes or until softened but not browned. Add the shrimp to the garlic, along with the green onions, wine and lemon juice; cook, stirring,until shrimp are pink and firm, about 1 to 2 minutes on each side. Do not overcook. Add chopped parsley and salt and pepper before serving <P> Heat a large skillet over medium heat. Season the shrimp with salt and pepper. Add the butter to the skillet. When the foaming subsides, raise the heat to high and invert the plate of shrimp over the skillet so the shrimp fall into the pan all at once. Cook the shrimp, without moving them, for 1 minute. Add the garlic and cook for 1 minute <P> Shrimp scampi has to be one of the easiest ways to quickly prepare shrimp. We simply saute sauté the shrimp with garlic in butter and olive, oil splash it with some white, wine let the wine reduce while the shrimp, cooks and then toss it with fresh, parsley lemon juice and black. pepper Stir in the slivered garlic and red pepper flakes. 2 Saute sauté the garlic for just a, minute until it begins to brown at the, edges then add the. Shrimp add the wine and stir to coat the shrimp with the sauce of, butter, oil and. Wine move the shrimp so they are in an even layer in the. pan <P> 1 Melt butter in a large skillet over medium high heat. 2 Add shrimp, garlic and red pepper flakes. 3 Cook, stirring occasionally, until pink, about 2-3 minutes. 4 Stir in wine and lemon juice; season with salt and pepper, to taste. 5 Bring to a simmer; remove from heat and stir in pasta, lemon zest and parsley. 1 In a large pot of boiling salted water, cook pasta according to package instructions; drain well. 2 Melt butter in a large skillet over medium high heat. 3 Add shrimp, garlic and red pepper flakes. 4 <P> Scampi includes various culinary preparations of certain crustaceans, commonly Nephrops norvegicus (the Norway lobster, sometimes itself called scampi or langoustine), or a similar lobster such as Metanephrops, as well as shrimp or prawns. Scampi preparation styles vary regionally. Scampi is the Italian plural of scampo, Nephrops norvegicus. In English, scampi is used as singular, plural, or uncountable. The Italian word may be derived from the Greek κάμπη kampē (bending or winding). <P> In the USA, scampi is often the menu name for shrimp in Italian-American cuisine. The term Scampi, by itself, is also the name of a dish of shrimp served in garlic butter and dry white wine, served either with bread, or over pasta. <P> Shrimp scampi has to be one of the easiest ways to quickly prepare shrimp. We simply saute sauté the shrimp with garlic in butter and olive, oil splash it with some white, wine let the wine reduce while the shrimp, cooks and then toss it with fresh, parsley lemon juice and black. Pepper from the recipe. archive Stir in the slivered garlic and red pepper flakes. 2 Saute sauté the garlic for just a, minute until it begins to brown at the, edges then add the. Shrimp add the wine and stir to coat the shrimp with the sauce of, butter, oil and. Wine move the shrimp so they are in an even layer in the. pan <P> Scampi by itself, is also a dish of shrimp served in garlic butter and dry white wine, served either with bread, or over pasta or rice, although sometimes just the shrimp alone. Most variants of the shrimp scampi come on pasta. The word scampi is often construed as that style of preparation rather than an ingredient, with that preparation being called shrimp scampi, and with variants such as chicken scampi. Scampi is the Italian plural of scampo, Nephrops norvegicus. In English, scampi is used as singular, plural, or uncountable. The Italian word may be derived from the Greek κάμπη kampē (bending or winding).
|
Scampi by itself, is also a dish of shrimp served in garlic butter and dry white wine, served either with bread, or over pasta or rice, although sometimes just the shrimp alone.
|
what is bushido
|
<P> The Bushido Code: An Overview. Bushido, which means way of the warrior, refers to a complex set of Japanese values stressing honor and loyalty to country and family above all else. <P> Read on... INTRODUCTION Bushido, literally translated Way of the Warrior, developed in Japan between the Heian and Tokugawa Ages (9th-12th century). It was a code and way of life for Samurai, a class of warriors similar to the medieval knights of Europe. <P> The unwritten code of the Samurai is called the Bushido code, translated as the Way of the Warrior. Bushido is a system of standards that became the life force of the samurai during the feudal periods in Japan. <P> Bushidō, (武士道) literally meaning the way of the warrior, is a Japanese word for the way of the samurai life, loosely analogous to the concept of chivalry. Bushido is a modern term rather than a historical one. The way itself originates from the samurai moral values, most commonly stressing some combination of frugality, loyalty, martial arts mastery, and honor unto death. <P> By Kallie Szczepanski. Definition: Bushido was the code of conduct followed by Japan's samurai warriors. The principles of bushido emphasized honor, courage, and loyalty to a warrior's master above all else. The ideal samurai warrior was supposed to be immune from the fear of death.
|
Bushido was the code of conduct followed by Japan's samurai warriors.
|
what foods have casein
|
<P> If a glass of milk or a slice of pizza causes swollen lips, hives, or other significant symptoms, you may have an allergy to casein, a protein in milk. Another milk protein associated with food allergies is whey. <P> A. Casein is a protein found in dairy products and other foods containing dairy or lactose. Even foods proclaiming to be dairy-free or lactose-free contain casein. Because many soy products and imitation dairy products also contain casein, it's important to read labels carefully when following a strict casein free diet. <P> There are many foods that contain casein. Some of those foods include infant formulas, ice cream, breath mints, glaze for baked goods, salad dressings, meats that are processed, cereals, protein powders, nutrition bars, and any foods with whipped toppings. <P> Casein in Foods. Most dairy products contain casein, but not all. Since casein is a protein, it is found in dairy products that have a higher protein content, such as milk, yogurt, kefir, cheese and ice cream. Dairy products that contain barely any protein, such as butter and cream, only have traces of casein. <P> Casein is a slow-digesting natural protein derived from dairy sources. Milk is about 20 percent whey (a quicker-digesting protein) and 80 percent casein. Casein can take up to 7 hours to digest because it forms a gel in the stomach after consumption and provides a slow release of amino acids. <P> Casein is a type of protein found in milk and milk products. In people with milk allergies, casein may be the culprit. The protein sometimes shows up in unsuspected products, so awareness is essential if your doctor has advised you to avoid it.
|
Milk, yogurt, kefir, cheese and ice cream.
|
what type of reaction is copper in a penny
|
<P> Summary : A copper penny is coated with a layer of zinc by heating in a zincate solution. The penny is then heated in a flame reacting zinc with copper, creating a brass coating on the penny. Hazards : Sodium hydroxide is caustic. <P> On the other hand, the salt/vinegar residue on the unrinsed pennies promotes a reaction between the copper and the oxygen in the air. The resulting blue-green copper oxide is commonly called 'verdigris'. It is a type of patina found on a metal, similar to tarnish on silver. <P> The reaction that occurs is a redox reaction. The Copper metal (Cu 0)on the copper pennies is oxidized in concentrated nitric acid to produce Cu 2 + ions. Copper is easily oxidized to Cu 2 +, which is blue in aqueous solutions (water) so you should see the solution turn blue as the copper penny reacts. <P> (A chemical reaction is the combination of two reactants to form something entirely new.) A penny is made of copper. The vinegar on the paper towel helps the copper in the penny easily react with the oxygen in the air to form a blue-green colored compound called malachite. This is similar to why the Statue of Liberty (which is covered with a layer of copper) has turned greenish-blue. <P> Step 2: Balance the chemical reaction. The reaction of the copper in the pennies and oxygen to form copper oxide is shown below as Equation 1 in chemical equation format, with the empty brackets [ ] present to show a number needs to be placed within for the equation to be balanced. <P> Remove the cleaned penny from the liquid and let it sit for an hour. The residue that is on the copper surface promotes a reaction between the copper and the oxygen in the air. The resulting blue-green copper oxide is a tarnish that forms called patina. These are copper minerals that are observed in nature. Green patina forms when a shiny copper penny is removed from the salt/vinegar solution. We can take the solution that we have been cleaning the copper pennies and coat a nickel nail with copper metal. The reaction is: Check with the Table of Activity of Metals 1 : Reaction 3 is observed because nickel is higher up on the activity series of metal than copper. <P> When the solution is diluted with water, water molecules displace the nitrate ions in the coordinate sites around the copper ions, causing the solution to change to a blue color. In dilute nitric acid, the reaction produces nitric oxide, NO, instead: 3Cu(s) + 8HNO 3 3) 2 (aq) + 2NO(g) + 4H 2 O(l). Copper + Nitric Acid. Copper is a reddish-brown metal, widely used in plumbing and electrical wiring; it is perhaps most familiar to people in the United States in the form of the penny. <P> Cleaning pennies. When you place copper coins, such as pennies, in a NaCl, tablesalt, and vinegar solution, the acetic acid from the vinegar dissolves the dull cupric oxide, leaving behind pennies with a shiny clean copper surface. We can take the solution that we have been cleaning the copper pennies and coat a nickel nail with copper metal. The reaction is: Check with the Table of Activity of Metals 1 : Reaction 3 is observed because nickel is higher up on the activity series of metal than copper. <P> When the copper is first oxidized, the solution is very concentrated, and the Cu 2+ product is initially coordinated to nitrate ions from the nitric acid, giving the solution first a green, and then a greenish-brownish color. Copper + Nitric Acid. Copper is a reddish-brown metal, widely used in plumbing and electrical wiring; it is perhaps most familiar to people in the United States in the form of the penny. <P> Description. In this experiment copper(II) oxide and zinc metal are reacted together. The reaction is exothermic and the products can be clearly identified. The experiment illustrates the difference in reactivity between zinc and copper and hence the idea of competition reactions. Lesson organisation.
|
The Copper metal (Cu 0)on the copper pennies is oxidized in concentrated nitric acid to produce Cu 2 + ions. Copper is easily oxidized to Cu 2 +, which is blue in aqueous solutions (water) so you should see the solution turn blue as the copper penny reacts.
|
chipotle nutrition burrito bowl
|
<P> If you order the Carnitas Burrito Bowl with cilanto-lime rice, pinto beans, roasted chili-corn salsa, cheese, sour cream and guacamole, you will be consuming a whopping 930 calories, 47 grams of fat, 79 grams of carbohydrate, and 1,880 milligrams of sodium. <P> Grapes can be a choking hazard for small children. Please cut them. Nutritional content may vary because of variations in portion size or recipes, changes in growing seasons, or differences in the sources of our ingredients. We may update this chart from time to time. The average person needs about 2000 calories (and less than 2300 mg sodium) per day. <P> 1 Calories In Amruta's Chipotle Burrito Bowl. 2 570 calories, 23g fat, 53g carbs, 46g protein, 22g fiber. 3 Calories In Chipotle Burrito Bowl with Gauc. and No Cheese. 4 755 calories, 26g fat, 74g carbs, 63g protein, 17g fiber. <P> If you order a meat burrito at Chipotle with these toppings, it’s very likely to reach 1,000 calories. But there’s so much more to this data than the averages. Chipotle customers can and do order meals with fewer than 650 calories, such as a cheese-free burrito bowl. <P> Ingredient specific calorie information from our recipes: 1 Calories In Amruta's Chipotle Burrito Bowl. 2 570 calories, 23g fat, 53g carbs, 46g protein, 22g fiber. <P> The basic burrito bowl, made with cilantro-lime rice, chicken and black beans contains 480 calories, 11.5 grams of fat, 41.5 grams of protein, 55 grams of carbohydrate, 11 grams of fiber and 820 milligrams of sodium. <P> 1 Calories In Burrito Bowl (Chipotle Style). 2 348 calories, 9g fat, 44g carbs, 29g protein, 10g fiber. 3 Calories In Chipotle Carnitas Burrito Bowl w/Tortilla on the side. 4 860 calories, 30g fat, 99g carbs, 46g protein, 16g fiber.
|
480 calories, 11.5 grams of fat, 41.5 grams of protein, 55 grams of carbohydrate, 11 grams of fiber and 820 milligrams of sodium.
|
cost estimate per square foot to refinish hardwood floors
|
<P> As with any home improvement project, the cost of refinishing hardwood floors varies based on location, floor material, floor condition and other factors. The average cost to refinish hardwood floors is $970 to $1,250 per 300 square feet -- the average reported size of a kitchen in 2012. That cost can easily rise depending on the specific floors, their condition and extra enhancements. <P> 1 Recoating cost: The cost for recoating, or screening, a hardwood floor is typically in the range of $1 to $2 per square foot. 2 Complete refinishing: An extensive refinishing project, which includes sanding and application of several layers of finish, ranges from $2 to $5 <P> According to the vendor-neutral, online home source Homewyse, the average professionally completed refinishing job costs $3.32 to $3.70 per square foot in 2014. That figures out to $2,656 to $2,960 to refinish 800 square feet of hardwood floors. <P> 1 The price range can jump to $850-$1,125 (around $3.75-$5/square foot) or more for a refinishing specialist to do a customized job on a 225-square-foot vintage wood floor, using multiple coats of chemicals, stains and other finishes to create just the right look. <P> 1 Complete refinishing: An extensive refinishing project, which includes sanding and application of several layers of finish, ranges from $2 to $5 per square foot. 2 Vintage or high-end wood floor: The cost for refinishing a vintage or high-end hardwood floor is around $4 <P> 1 The cost of refinishing an average 15x15 (225 square feet) room is $340 to $900, costing anywhere from $1.50 to $4.00 per square foot. 2 Quality of previous finish: The finish that is currently on the hardwood floors can be a major factor in the work required to refinish or recoat the floors. <P> Our free calculator uses recent, trusted data to estimate costs for your Hardwood Floor Refinishing project. For a basic 125 square feet project in zip code 47474, the benchmark cost to Refinish a Hardwood Floor ranges between $3.79 - $4.87 per square foot* . To estimate costs for your project: 1. Set Project Zip Code Enter the Zip Code for the location where labor is hired and materials purchased.
|
$3.79 to $4.87 per square foot
|
gravity fed chicken water system
|
<P> It should only be used with a low pressure water supply (5 PSI or less). If you use it with a standard residential water supply you MUST USE A LOW PRESSURE REGULATOR between your water supply and this waterer. Alternatively, you may connect the waterer directly to a low pressure gravity feed system or a bucket. Maximum allowed water supply pressure is 5 PSI. <P> The system is based on these. They are poultry drinking nipples. They work just like a water bottle for a hamster. The chicken pecks at the nipple and drops of water come out. I chose the saddle-style nipples rather than the kind that are threaded and screw in because the saddle-style ones are easier to work with. They can be removed, replaced and reused. The screw-in kind can be replaced, but not reused. In the photo, the nipples are pointing up. During use, they will be straight down. Richard used a section of 2x4 to mount the PVC pipe on the wall of the coop. Once the bulkhead tap is opened, water flows through the black hose and into the PVC pipe. When a chicken pecks at one of the drinking nipples, water drips out. <P> Before we left on our recent road trip, we wanted to have a system in place to water the chickens so the neighbor who would be collecting the eggs wouldn’t have to deal with our problematic hanging waterers. I’d been planning such a system for some time. The new waterer would be gravity fed, so I needed a bit of elevation. We might also want to mount the waterer inside the coop, so the tank stand needed to be high enough to feed into the coop, but low enough that we could collect rainwater off the coop roof (ala pile of o’melays). This stand is just under 3′ tall <P> Works Well With Gravity Fed Systems Such as a 5 Gallon Bucket. The Push-In Style Nipple is the ideal poultry and gamebird nipple for both broiler and layer systems. <P> I have decided on a new project for my girls (and boys!): a gravity feed chicken waterer. My ideas. I want to collect rain water from the chicken coop into a 44 gallon drum and supply that via a gravity system using nipples/rabbit waterer for on demand watering. And off course I would like to use around the house materials if possible. My problem is that I am stuck with my idea. <P> Gravity systems are simple but very complex at the same time. Having lived on spring water that was fed by gravity for over 50 years, I have some experience in making these systems work and easy to maintain. I hope that my simple overview will help you design, build, and enjoy a gravity-fed system, too. Now that we have our scoring system, let’s take my personal gravity system as an example. It is a natural spring, with a seasonal creek addition, that is about 1/4 mile from my home and 230 feet higher than my house. It is a moving water source and would score a 0 on my scale above. <P> Check out my amazing gravity-fed poultry watering system. I have two of these set up inside the chicken coop for my flock of 24 birds. Our friend Richard put them together using the components I purchased from an Amazon.com merchant by the name of the Coop Queen, in addition to some supplies from Lowe's. In the photo, the nipples are pointing up. During use, they will be straight down. Richard used a section of 2x4 to mount the PVC pipe on the wall of the coop. Once the bulkhead tap is opened, water flows through the black hose and into the PVC pipe. When a chicken pecks at one of the drinking nipples, water drips out.
|
They are poultry drinking nipples. They work just like a water bottle for a hamster. The chicken pecks at the nipple and drops of water come out.I chose the saddle-style nipples rather than the kind that are threaded and screw in because the saddle-style ones are easier to work with.
|
habitat meaning
|
<P> (1) Place where an organism or a biological population normally lives or occurs. (2) The location or environment where an organism (or a thing) is most likely to be found, e.g. the body part of the host of a parasite as in the scalp of the host is the habitat of a head louse. <P> Habitat. Habitat is an ecological or environmental area that is inhabited by a particular species of animal, plant, or other type of organism. It is the natural environment in which an organism lives, or the physical environment that surrounds a species population. <P> Full Definition of HABITAT. 1. a: the place or environment where a plant or animal naturally or normally lives and grows b: the typical place of residence of a person or a group c: a housing for a controlled physical environment in which people can live under surrounding inhospitable conditions (as under the sea). 2 <P> 1. the natural environment of an organism; place that is natural for the life and growth of an organism: a jungle habitat. 2. the place where one is usu. found. 3. a special environment for living in over an extended period, as an underwater research vessel. Noun. 1. habitat-the type of environment in which an organism or group normally lives or occurs; a marine habitat; he felt safe on his home grounds. home ground. <P> Translations for 'habitat'. 1 British English: habitat The habitat of an animal or plant is the natural environment in which it normally lives or grows. 2 NOUNIn its natural habitat, the hibiscus will grow up to 25ft. 3 Brazilian Portuguese: habitat. <P> Search also in: Web News Encyclopedia Images. habitat (habitats plural) The habitat of an animal or plant is the natural environment in which it normally lives or grows. n-var usu supp N In its natural habitat, the hibiscus will grow up to 25ft... <P> habitat. n. 1. (Biology) the environment in which an animal or plant normally lives or grows. 2. (Sociology) the place in which a person, group, class, etc, is normally found. [C18: from Latin: it inhabits, from habitāre to dwell, from habēre to have]. Noun. 1. habitat-the type of environment in which an organism or group normally lives or occurs; a marine habitat; he felt safe on his home grounds. home ground. <P> noun. The camels habitat is the desert. The camels habitat is the desert. The definition of a habitat is the natural environment of someone or something. 1 An example of habitat is the desert to a camel. 2 An example of habitat is the library to law students. <P> A habitat is an ecological or environmental area that is inhabited by human, a particular species of animal, plant, or other type of organism. A place where a living thing lives is its habitat. It is a place where it can find food, shelter, protection and mates for reproduction. It is the natural environment in which an organism lives, or the physical environment that surrounds a species population. A habitat is not necessarily a geographic area—for a parasitic organism it is the body of its host, part of the host's body such as the digestive tract, or a cell within the host's body. <P> 1. a. The natural environment in which a species or group of species lives: good coyote habitat; managing wildlife habitat. b. A particular kind of natural environment: woodland and prairie habitats. c. An artificial environment created for an animal to live in: the lion habitat at the zoo. Noun. 1. habitat-the type of environment in which an organism or group normally lives or occurs; a marine habitat; he felt safe on his home grounds. home ground.
|
The environment in which an animal or plant normally lives or grows.
|
how to eat food we don't like
|
<P> The key for parents is to get kids to like healthy foods, not to eat healthy foods, she says, because the eating will naturally follow the liking.. The victory bite: Above is the tomato that Fisher's son decided to try, as evidence that persistence pays off. That may be the No. 1 challenge of parenting around food choices. As parents, we want our kids to eat their vegetables, and we often do things at the table to try to get kids to do so. <P> What's going to the brain is the same; there's no change in the tongue or the mouth, so it's what we call a hedonic reversal.. It's not just in food, but coffee is bitter, and there's a lot of foods that we eat that little kids don't like — beer, etc. But we also like amusement park rides, we like to be scared, we like to cry at movies. This is an example of a very common thing in humans. I call it benign masochism, which is to say that we learn to like things that our body rejects. And it's benign because it doesn't hurt us. <P> 1 You might not even taste the spinach when combined with fruits and other ingredients. 2 Some people don't like healthy foods because they seem bland. 3 To solve that problem, first buy better-quality foods (the fresher the better, which is why we like farmer's markets and CSAs). Eat More of the Healthy Foods You Do Like (and Decrease Less Healthy Ones). You don't have to force yourself to learn to love kale or any other nutritious food. Healthier eating might just mean increasing the portion of the healthy foods you do like. <P> How to Eat Foods You Don't Like. Nobody likes every food in the world, and yet, over the course of a lifetime, you may find yourself in that certain social situation where eating something you find disgusting is necessary. Here is how to eat those foods without losing your composure, or worse, gagging. Ad. You may take a fork or spoon full of something else more palatable, keeping it on your palate, and then follow it with a smaller portion of the offensive food. By insulating your taste buds from too much direct contact with the dish you don't like, you should be able to at least eat a polite portion. 1 3 Edit step. <P> 1 Be realistic about how much your children are capable of eating. 2 A good rule of thumb is a tablespoon of food per year of age. 3 Remember, many children do not like their foods as strongly flavored as their adult counterparts do. 4 If you need to, make milder, kid friendly versions of things like tacos and spaghetti. For example, if you have, in the past, taken away privileges unrelated to food (for example, computer time) then this is the time to say you're sorry and you won't do this again. Food should be related to food and nothing else, unless you want to continue the battles. Ad. 2. <P> 1 Some people don't like healthy foods because they seem bland. 2 To solve that problem, first buy better-quality foods (the fresher the better, which is why we like farmer's markets and CSAs). 3 Then go ahead and spice up that dish with your favorite flavors. Eat More of the Healthy Foods You Do Like (and Decrease Less Healthy Ones). You don't have to force yourself to learn to love kale or any other nutritious food. Healthier eating might just mean increasing the portion of the healthy foods you do like. <P> In other words, sometimes our first impressions are wrong. Knowing about this bias can help you overcome aversions to foods you think you don’t like, and even learn to love them. The first step is deciding that there is value in enjoying a food you currently do not enjoy. I found what helped me the most was ordering foods with the fruits/veggies that I didn’t like still in the food, and then picking it out if I really didn’t like it, but the flavor was still there, to kind of ease into that taste profile.
|
Take a fork or spoon full of something else more palatable, keeping it on your palate, and then follow it with a smaller portion of the offensive food.
|
what is geraniol
|
<P> Geraniol is a clear to pale-yellow oil with a rose-like odor. In addition to being used as a fragrance ingredient, Geraniol is also used in flavors such as peach, raspberry, plum, citrus fruits, watermelon, pineapple and blueberry. In cosmetics and personal care products, Geraniol is used in the formulation of aftershave lotions, bath products, bubble baths, hair products, lipsticks, moisturizers, perfumes and colognes, skin care products and suntan products. <P> More scientific Information: Geraniol, or 3,7-dimethyl-2,6 and 3,6-octadien-1- ol, is a terpene alcohol. It is the primary part of oil-of-rose, palmarosa oil, and citronella oil (Java type). It also occurs in small quantities in geranium, lemon and many other essential oils. In cosmetics and personal care products, Geraniol is used in the formulation of aftershave lotions, bath products, bubble baths, hair products, lipsticks, moisturizers, perfumes and colognes, skin care products and suntan products. <P> Research has shown geraniol to be an effective plant-based mosquito repellent. On the other hand, it can attract bees as it is produced by the scent glands of honey bees to help them mark nectar-bearing flowers and locate the entrances to their hives. The functional group based on geraniol (in essence, geraniol lacking the terminal-OH) is called geranyl. It is important in biosynthesis of other terpenes. It is a by-product of the metabolism of sorbate and, thus, is a very unpleasant contaminant of wine if bacteria are allowed to grow in wine. <P> Geraniol is acyclic monoterpene-alcohol. Pure geraniol is a colourless oily liquid, with a sweet rose-like scent. When oxidized, geraniol becomes geranial or citral. Bergamot, carrot, coriander, lavender, lemon, lime, nutmeg, orange, rose, blueberry and blackberry. Geraniol is a natural antioxidant. <P> Although geraniol and other flavor compounds are found naturally in well-aged tobacco, geraniol is listed in a 1994 report from cigarette companies as one of the 599 additives to cigarettes to improve their flavor. The functional group based on geraniol (in essence, geraniol lacking the terminal-OH) is called geranyl. It is important in biosynthesis of other terpenes. It is a by-product of the metabolism of sorbate and, thus, is a very unpleasant contaminant of wine if bacteria are allowed to grow in wine. <P> Geraniol is a monoterpenoid and an alcohol. It is the primary part of rose oil, palmarosa oil, and citronella oil (Java type). It also occurs in small quantities in geranium, lemon, and many other essential oils. The functional group based on geraniol (in essence, geraniol lacking the terminal-OH) is called geranyl. It is important in biosynthesis of other terpenes. It is a by-product of the metabolism of sorbate and, thus, is a very unpleasant contaminant of wine if bacteria are allowed to grow in wine. <P> Definition of GERANIOL. : a fragrant liquid unsaturated alcohol C10H18O used chiefly in perfumes and soap. ADVERTISEMENT <P> About GERANIOL: Geraniol is a naturally occurring scent ingredient found in various essential oils such as rose oil and citronella oil. Function(s): Fragrance Ingredient; MASKING; TONIC. <P> Medical Definition of GERANIOL. : a fragrant liquid unsaturated alcohol C10H18O that occurs both free and combined in many essential oils (as citronella oil) and is used chiefly in perfumes and in soap. Britannica.com: Encyclopedia article about geraniol. : a fragrant liquid unsaturated alcohol C10H18O used chiefly in perfumes and soap.
|
A fragrant liquid unsaturated alcohol C10H18O that occurs both free and combined in many essential oils (as citronella oil) and is used chiefly in perfumes and in soap.
|
what is refined sugar found in
|
<P> Powdered sugar, or confectioner's sugar, is the last type of refined sugar. It has a much smoother texture than the other types of refined sugars and is commonly used in icings and similar dessert toppings. It mixes easily and creates a smooth product. It's also the type you might see coating a donut, because it's fine texture helps it stick to food surfaces. <P> Natural sugars are found in fruit as fructose and in dairy products, such as milk and cheese, as lactose. Foods with natural sugar have an important role in the diet of cancer patients and anyone trying to prevent cancer because they provide essential nutrients that keep the body healthy and help prevent disease. CTCA. Sugar, in all forms, is a simple carbohydrate that the body converts into glucose and uses for energy. But the effect on the body and your overall health depends on the type of sugar you’re eating, either natural or refined. <P> Sucrose is a common, naturally occurring carbohydrate found in many plants and plant parts. Saccharose is an obsolete name for sugars in general, especially sucrose. The molecule is a disaccharide combination of the monosaccharides glucose and fructose with the formula C12H22O11. Sucrose is often extracted and refined from either cane or beet sugar for human consumption. Modern industrial sugar refinement processes often involves bleaching and crystallization also, producing a white, odorless, crystalline powder with a sweet taste of pure sucrose, devoid of vitamins and minerals. Sucrose is found naturally in many food plants along with the monosaccharide fructose. In many fruits, such as pineapple and apricot, sucrose is the main sugar. In others, such as grapes and pears, fruct <P> Granulated Sugar Photo Credit Matjaz Preseren/iStock/Getty Images. Granulated sugar is the most common type of refined sugars It is consumed by many on a regular basis and is found in most homes. Granulated sugar is often used to sweeten beverages, such as coffee and tea. It has a much smoother texture than the other types of refined sugars and is commonly used in icings and similar dessert toppings. It mixes easily and creates a smooth product. It's also the type you might see coating a donut, because it's fine texture helps it stick to food surfaces. <P> They are formed by the combination of two monosaccharide molecules with the exclusion of a molecule of water. Sucrose is found in the stems of sugar cane and roots of sugar beet. It also occurs naturally alongside fructose and glucose in other plants, in particular fruits and some roots such as carrots. The different proportions of sugars found in these foods determines the range of sweetness experienced when eating them. Lactose is the naturally occurring sugar found in milk. A molecule of lactose is formed by the combination of a molecule of galactose with a molecule of glucose. It is broken down when consumed into its constituent parts by the enzyme lactase during digestion. <P> Sucrose is formed by plants and cyanobacteria but not by other organisms. Sucrose is found naturally in many food plants along with the monosaccharide fructose. In many fruits, such as pineapple and apricot, sucrose is the main sugar. In others, such as grapes and pears, fructose is the main sugar. <P> Refined sugar comes from sugar cane or sugar beets, which are processed to extract the sugar. It is typically found as sucrose, which is the combination of glucose and fructose. We use white and brown sugars to sweeten cakes and cookies, coffee, cereal and even fruit. CTCA. Sugar, in all forms, is a simple carbohydrate that the body converts into glucose and uses for energy. But the effect on the body and your overall health depends on the type of sugar you’re eating, either natural or refined. <P> Many foods also contain refined sugars. These include candy, regular soda, syrups, table sugar, cakes, cookies, pies, sweet rolls, pastries, fruit drinks and dairy desserts. Because so many convenient foods include added sugar, any packaged or restaurant food that contains sugar could be considered a refined food. Photo Credit Design Pics/Design Pics/Getty Images. Refined foods are processed foods that lack many of the nutrients they once had. They generally add a lot of calories to your diet, when compared to the amount of nutrients they contribute. The refining process refers specifically to carbohydrates such as grains and sugars
|
Found in the stems of sugar cane and roots of sugar beet.
|
top ten television companies in india
|
<P> It is India's largest media Conglomerate and caters 95 million households in India. The channels of the famous Sun TV Network are shown in the countries like U.S.A, Canada, Europe, Singapore, Malaysia, Srilanka, South Africa, Australia and New Zealand. For more information, check out the official site. <P> 4. Toshiba. Toshiba is ranked 4th in the list of Top 10 Best LED TV Brands in India on the basis of popularity. Toshiba is a Japanese multinational company began its operation in India in the year 2001. <P> A list on the top TV brands in India will feature both local and international companies. 2011 was not a good year for the Indian industry for conventional television sets as the market faced a slump that year for the first time ever. <P> Here is the list of the top 10 companies in India according to their market capitalisation: A subsidiary of the Indian multinational conglomerate Tata Group, TCS is a multinational IT services company providing business and consulting solutions to its clients. <P> Sony is a Japanese multinational company started in 1946 and one of the most preferred LED TV Brand in India. Sony is a leading television manufacturers in the world and known for its LED TVs with high quality picture and excellent sound quality. <P> This is a list of notable companies based in India. For further information on the types of business entities in this country and their abbreviations, see Business entities in India . <P> 6. Micromax stands at 6th in the list of Top 10 Best LED TV brands in India on the basis of popularity. Micromax is a leading LED TV Manufacturing Company started in the year 2000 and presently holds a reasonable part of this segment. <P> This is one of the leading entertainment companies in India. The company specializes in Movies,Television,Home Entertainment,Games and Mobile. Sony Pictures Entertainment is the subsidiary of Sony Corporation of America.
|
toshiba , micromax and sony
|
how to listen to my voicemail from another phone
|
<P> Yet you still need to check your voicemail. Years ago, cell phone carriers did not allow you to check voicemail from another phone because they wanted you to use your phone minutes to do so. Today, most carriers have simply procedures that allow people to tap into their voicemail when using a different phone. 1 Follow instructions on how to listen to your voicemail. 2 It's usually to push a certain number (like 1). 3 That's all there is to it. 4 You should be able to hear your voicemail messages now. <P> 1 Most carriers won't charge you anything to check your voicemail from another phone. 2 Some might, though, so check your plan. 3 It can cause you major legal problems to tap into someone else's voicemail. 4 Only use these instructions to listen to your own. 1 Follow instructions on how to listen to your voicemail. 2 It's usually to push a certain number (like 1). 3 That's all there is to it. 4 You should be able to hear your voicemail messages now. <P> Set up your voicemail. 1 Press and hold the 1 on your phone's dialpad to call and connect to your voicemail. 2 If prompted for a password the first time you access your new voicemail account, use the last four digits of your mobile number. 3 When prompted, create your new password. To change your password from your phone: 1 Press and hold the 1 on your phone's dialpad to call and connect to your voicemail. 2 Press the * key to access the main menu. 3 Press 5 to access the Password Security menu. 4 To change your password, press the 1 key <P> Check your AT&T home phone voicemail by dial *98 from your home phone. Enter your password followed by the pound (#) key and then you are all set. 1 If you are checking voicemail away from home you can enter the AT&T Service Access number (1-888-288-8893). Call your cell phone by typing your own number into the phone and then enter your pin or pass code when prompted. If you don't have it memorized, you may have to look it up. Many phones have your cell phone number saved in the contacts automatically as 'Me'. <P> Use any landline or cell phone to dial your mobile or landline number. 1 Dial the full number. Make sure someone doesn't actually answer the phone you are calling when it rings, though. 2 Make sure you dial the area code with the number. 1 Follow instructions on how to listen to your voicemail. 2 It's usually to push a certain number (like 1). 3 That's all there is to it. 4 You should be able to hear your voicemail messages now. <P> To check your voicemail messages, press and hold the 1 on your phone's dialpad to call and connect to voicemail. To check messages online through My T-Mobile: 1 Log in to My T-Mobile. 2 Click TOOLS in the upper right corner of the screen. 3 Under Voicemail, click Access voicemail. To change your password from your phone: 1 Press and hold the 1 on your phone's dialpad to call and connect to your voicemail. 2 Press the * key to access the main menu. 3 Press 5 to access the Password Security menu. 4 To change your password, press the 1 key <P> Best Answer: Call your phone. Once you hear your voicemail greeting, hit the star key (for most mobile providers). It's then going to ask you for your passcode. This is usually a 4 digit code you picked when you first activated your phone and set up your voicemail. <P> To call your voicemail using One-Touch Message Access: Press and hold the 1 key. (Your phone will dial your voicemail box.) To call your voicemail using your phone's menu: 1. Select. 2. Press the TALK key to dial your voicemail box. Note: When you are roaming off the Nationwide Sprint PCS Network, you may not receive notification of new voicemail messages. <P> 1 From any forwarding phone number dial your Google Voice number and as you hear your Google voicemail greeting, Press the * key and enter your PIN to access your messages. 2 Sign in to Google Voice and check your Inbox. With Google Voicemail you can have your voicemail for all of your forwarding phones in one place, with transcriptions, access to your past voicemails, and voicemail sharing options. Click on a Google voicemail feature below to learn more about how it works: There are four easy ways to check your Google Voice messages:
|
1 Dial the full number. 2 Make sure you dial the area code with the number. 3. It's usually to push a certain number (like 1) and should be able to hear your voicemail messages now.
|
where is naegleria fowleri found
|
<P> N. fowleri is found in warm freshwater ponds, lakes and rivers, and in the very warm water of hot springs. It was first discovered in 1965, and first identified in Australia. N. fowleri occurs in three forms – as a cyst, a trophozoite (ameboid), and a flagellate. It does not form a cyst in human tissue. Trophozoites encyst due to unfavorable conditions. Factors that induce cyst formation include a lack of food, overcrowding, desiccation, accumulation of waste products, and cold temperatures. N. fowleri has been found to encyst at temperatures below 10 °C (50 °F). <P> Naegleria fowleri has been identified in freshwater specimens worldwide. Naegleria fowleri is not found in salt water. In the United States, the majority of Naegleria fowleri infections have occurred after swimming in freshwater located in southern states. In 2012, infection with Naegleria fowleri occurred in a child after swimming in a Minnesota lake. Previous water testing has shown that Naegleria fowleri is commonly found in warm freshwater venues. Therefore, recreational water users should assume a low level of risk when entering all warm freshwater. <P> Naegleria fowleri is a thermophilic (warmth loving) ameba that occurs naturally in the environment worldwide. It is commonly found in warm bodies of fresh water, such as ponds, lakes, rivers, and hot springs. <P> Naegleria is an ameba (single-celled living organism) commonly found in warm freshwater (for example, lakes, rivers, and hot springs) and soil. Only one species (type) of Naegleria infects people: Naegleria fowleri. You cannot get infected from drinking water contaminated with Naegleria. The ameba can be found in: 1 Bodies of warm freshwater, such as lakes and rivers. 2 Geothermal (naturally hot) water, such as hot springs. 3 Warm water discharge from industrial plants. 4 Geothermal (naturally hot) drinking water sources. 5 Swimming pools that are poorly maintained, minimally-chlorinated, and/or un-chlorinated. <P> Naegleria fowleri is found around the world. In the United States, the majority of infections have been caused by Naegleria fowleri from freshwater located in southern-tier states. The ameba can be found in: 1 Bodies of warm freshwater, such as lakes and rivers. 2 Geothermal (naturally hot) water, such as hot springs. 3 Warm water discharge from industrial plants. 4 Geothermal (naturally hot) drinking water sources. 5 Swimming pools that are poorly maintained, minimally-chlorinated, and/or un-chlorinated. <P> The Naegleria fowleri amoeba is found in warm, fresh waters such as lakes, streams and canals that are up to 115 degrees Fahrenheit in temperature. The brain-eating amoeba Naegleria fowleri has officially been found in the St. Bernard Parish, La. water supply following last week's death of 4-year-old who got the lethal infection when playing on a slip 'n slide. <P> Naegleria fowleri is found all around the world. In the United States, it is more likely to occur in the southern states but has caused infections in 18 states, including Minnesota. The ameba grows best in warm or hot water. 1 Generally, this happens when people go swimming or diving in warm freshwater, such as lakes or rivers. 2 The ameba travels up the nose to the brain where it destroys the brain tissue. 3 More rarely, infections have been reported when people flush their sinuses with tap water contaminated with Naegleria fowleri. <P> Naegleria fowleri are found world wide in warm freshwater, either naturally geothermic pools or warm bodies of water created by industry such as industrial cooling water (4). Although they ideally grow at 37 o C, the temperature of their human hosts, below 27 o C, N. fowleri are able to survive by encysting. Although humans are a known host of N. fowleri, since infections are so rare, it is expected there is an alternative, primary host such as fish, amphibians or reptiles. N. fowleri are known parasitize fish and antibodies to different Naegleria species have been found in many wild animals (3). <P> Naegleria fowleri is a species of the genus Naegleria, belonging to the phylum Percolozoa. Trophozoites encyst due to unfavorable conditions. Factors that induce cyst formation include a lack of food, overcrowding, desiccation, accumulation of waste products, and cold temperatures. N. fowleri has been found to encyst at temperatures below 10 °C (50 °F).
|
United States
|
what is multilevel multiplexing
|
<P> 1) FDM-Frequency division multiplexing where as TDM mean Time division multiplexing. 2) In FDM spectrum is divided into frequency whereas in TDM divided into time slot. 3) FDM … is used in 1st generation analog system whereas TDM is used in 2nd generation analog system. found this useful. The common practice is to divide the channel with FDM, so that you have a dedicated channel with a smaller frequency range. Each of the FDM channels is then occupied by multiple channels that are multiplexed using TDM. This is what telecoms do to allow a huge number of users to use a certain frequency band. <P> Frequency-division multiplexing: FDM is an analog multiplexing technique that combines analog signals. Figure 8.3 Multiplexing Process Figure 8.4 Demultiplexing Process Example 1 Assume that a voice channel occupies a bandwidth of 4 kHz. The higher bit rate channels are allocated more slots per frame, and the output frame rate is a multiple of each input link. Figure 8.14 Multislot multiplexing Pulse Stuffing: used when there is no GCD between the links. <P> Time-division multiplexing (TDM) is a digital (or in rare cases, analog) technology which uses time, instead of space or frequency, to separate the different data streams. Multiplexing is provided by the Physical Layer of the OSI model, while multiple access also involves a media access control protocol, which is part of the Data Link Layer. <P> We discussed frequency-division multiplexing (FDM), wave-division multiplexing (WDM), and time-division multiplexing (TDM). FDM and WDM are used to combine analog signals; the bandwidth is shared.TDM is used to combine digital signals; the time is shared. 6 (1) Describe the goals of multiplexing. 1. Multiplexing is the set of techniques that allows the simultaneous transmission of multiple signals across a single data link. In multiplexing, the word link refers to the physical path. <P> Write a 200- to 300-word response to the following: What is the nature of digital signals, binary, and other multilevel signal types? What are the advantages of digital signals over analog signals? Cover noise suppression in your explanation. <P> Answer by Malirongmc. Confidence votes 3. Multi-level scheduling method for multiplexing packets in a communications network A method and system for data traffic management in telecommunications networks is presented. End user data streams are aggregated to achieve more efficient use of a communication channel <P> The multiplexing divides the capacity of the communication channel into several logical channels, one for each message signal or data stream to be transferred. A reverse process, known as demultiplexing, extracts the original channels on the receiver end. A device that performs the multiplexing is called a multiplexer (MUX), and a device that performs the reverse process is called a demultiplexer (DEMUX or DMX). Multiplexing is provided by the Physical Layer of the OSI model, while multiple access also involves a media access control protocol, which is part of the Data Link Layer. <P> In telecommunications and computer networks, multiplexing (sometimes contracted to muxing) is a method by which multiple analog message signals or digital data streams are combined into one signal over a shared medium. Multiplexing is provided by the Physical Layer of the OSI model, while multiple access also involves a media access control protocol, which is part of the Data Link Layer.
|
A method and system for data traffic management in telecommunications networks is presented.End user data streams are aggregated to achieve more efficient use of a communication channel.
|
what greetings can i say to a family member that i haven't seen in awhile
|
<P> Unknown quotes | added by: Cute Missing You quotes I Miss You quotes Missing You quotes Missing Someone quotes Long Distance Relationship quotes Miss You quotes. I miss you, not the 'I haven't seen you in a while' kind of miss you, but the 'I wish you were here at this very moment' kind of miss you. 602 up, 195 down. favorite. <P> Hi Grandma, this is (My name). It seems weird to be writing to you because I haven't spoken to you in so long. I still think about you a lot though and I really miss you. I was hoping we could get to be friends through the mail.. Then start to write about your school and your life or whatever, and just hope it sticks. <P> Update him/her on how you're doing, family life, work life, and perhaps some plans. THE BODY One good entry point for a conversation with someone you haven't seen in quite a while is to reminisce the past. It would be a good move on your part to keep on the lighter moments than the embarrassing/sad ones. · just now. Report Abuse. I haven't seen my brothers in like six years they are 23 and 20 im a thirteen year old girl both of them were in and out of my life for a long time because they were in and out of jail but do I say because I tried to write one of them an email but I don't know what to say. <P> Best Answer: The best way to say things is to be honest with your feelings. Now, since you're writing to someone you haven't seen in ages, that probably means you miss him/her. I'm no expert on writing letters to people I haven't seen for a long time, but let me give you some hints on how I'd treat the letter. · just now. Report Abuse. I haven't seen my brothers in like six years they are 23 and 20 im a thirteen year old girl both of them were in and out of my life for a long time because they were in and out of jail but do I say because I tried to write one of them an email but I don't know what to say. <P> They also use many other English greetings and expressions to say slightly different things. You can also use such English greetings to sound more natural, and also to express yourself more clearly and precisely. Let’s learn how to use some other simple formal and informal English greetings, as well as fun slang expressions that people around the world use to greet each other. <P> Use a phrase such as, I can't believe it's been 10 years since we graduated, but I was looking through my yearbook the other day and thought of you.. Truthfully share the reason for your lapse in communication, whether you've been busy with work and family or just negligent in keeping up with your old contacts. Writing a letter to someone with whom you've lost contact doesn't have to be awkward. Quickly acknowledge the distance, explain why you're choosing to get in touch and share details relevant to your message. <P> I'm at that age that I'm regularly bumping into old friends, school mates and the like that I haven't seen for many years. That first encounter is always a bit awkward when it's been a long time. So it is with getting back to blogging. And-to answer the question, Why have I/we waited so long to chat when it is so easy? - I truly haven't seen my lack of blogging as an abandonment, just that I filled up that time with other kinds of communication. It is most definitely time to get back to this platform, stick to it for awhile, and see what happens. <P> 10-29-2011 05:18 PM #2. Well there will always be the awkward air between people that haven't seen each other in a long time. It may feel as if the person is a complete stranger. You can greet her and ask how she has been since you last saw her. <P> Robert Goulet quotes. The only good thing about going to the fights is you can go into the green room and you can see some of your old friends that you haven't seen in a long time. 19 up, 11 down. favorite. Brian Austin Green quotes.
|
Update him/her on how you're doing, family life, work life, and perhaps some plans,Reminisce the past,It would be a good move on your part to keep on the lighter moments than the embarrassing/sad ones.
|
What is a tendency of a sociopath
|
<P> The tendency to be smooth, engaging, charming, slick, and verbally facile. Psychopathic charm is not in the least shy, self-conscious, or afraid to say anything. A psychopath never gets tongue-tied. <P> 1 GLIB and SUPERFICIAL CHARM — The tendency to be smooth, engaging, charming, slick, and verbally facile. 2 Psychopathic charm is not in the least shy, self-conscious, or afraid to say anything. 3 A psychopath never gets tongue-tied. <P> Consider the main indicators of sociopathy. In addition to showing signs of antisocial personality disorder, someone who is a sociopath would display additional traits. These traits are mostly related to a defect with the person’s conscience, whereas someone who is a psychopath might be said to lack a conscience. <P> The sociopath is now described as someone with antisocial personality disorder. The main characteristic of a sociopath is a disregard for the rights of others. Sociopaths are also unable to conform to what society defines as a normal personality. Antisocial tendencies are a big part of the sociopath’s personality. This pattern usually comes into evidence around the age of 15. <P> Antisocial personality disorder and psychopathy are often confused. Someone with antisocial personality disorder may show psychopathic tendencies, but not be a psychopath. Symptoms of this disorder include an inability to follow the law, lying and conning, and a tendency to be impulsive. Aggression and a marked disregard for personal safety and the safety of others is also evident. <P> However, this could only be a few of the sociopathic tendencies of an individual. More correctly cited as a result of antisocial personality disorder, sociopaths are characterized by their utter disregard for the rights of others.
|
To be impulsive.
|
what is mucus
|
<P> In vertebrates, mucus (/mjuːkəs/ MYOO-kəss; adjectival form : mucous) is a slippery secretion produced by, and covering, mucous membranes. Mucous fluid is typically produced from cells found in mucous glands. Mucous cells secrete products that are rich in glycoproteins and water. Mucous fluid may also originate from mixed glands, which contain both serous and mucous cells. <P> Mucus is a mixture of water, sugars and proteins (and other things that have long, scientific names). But even though this slippery, gooey liquid is far from glamorous, it plays an important role in your health. The mucus that's produced in your respiratory tract has 3 important jobs: Mucus protects. When you're sick, it's possible to have clear, yellow, or green mucus. In fact, you usually produce clear mucus at the beginning of your illness. As your body starts to fight off whatever's bothering it, your mucus changes color. <P> Mucus also acts as a sort of flypaper, trapping unwanted substances like bacteria and dust before they can get into the body -- particularly the sensitive airways. You want to keep that environment, which is a sterile environment, free of gunk, says Johns. Mucus is kind of sticky and thick. Even when you're healthy, your body is a mucus-making machine, churning out about 1 to 1.5 liters of the stuff every day. <P> In a healthy body, mucus is commonly clear, but it can also be white or yellow. Viruses like the common cold or flu often result in increased mucus production, especially in the sinus area, but rarely in the stool. You may have an underlying health issue if you begin to see large amounts of mucus in your stool. Excess mucus in the stool is sometimes accompanied by other symptoms, which may be a sign of a bigger problem. These symptoms include: 1 blood or pus in the stool. 2 abdominal pain, cramping, or bloating. <P> Top 10 amazing movie makeup transformations. Mucus is a slick substance secreted by the mucous membranes that line many of the body’s inner surfaces, such as the lungs and the nasal passages. It consists of proteins, antimicrobial enzymes, antibodies, and salt. <P> Nasal mucus is a clear, sticky, liquid that works as a filter to prevent unwanted particles in the air from entering your body through your nose. Mucus is a natural part of your body’s defenses, but sometimes it can be produced in excess. Dealing with excessive mucus can be frustrating and seemingly never ending. The best way to treat excessive mucus from your nasal passages is to determine what is causing it be produced and treat the underlying problem. <P> Your mouth, nose, throat, sinuses and lungs are lined with mucus membranes. These membranes contain mucus glands that produce--surprise--mucus. Mucus-producing membranes line specific passages in your body, like the respiratory and digestive tracts, for protection and support. When you're sick, it's possible to have clear, yellow, or green mucus. In fact, you usually produce clear mucus at the beginning of your illness. As your body starts to fight off whatever's bothering it, your mucus changes color. <P> Phlegm is a mucus-like substance produced by the lower airways, such as the lungs and the respiratory system leading to the lungs, not by the nose and sinuses, which produce the mucus that streams out of or clogs up your nose. You may not notice phlegm unless you cough it up as a symptom of bronchitis or pneumonia. <P> Mucus is a thick gelatinous fluid secreted or produced by various mucus cells that line the intestines, the nose, urinary and reproductive cells and other body organs. Mucus is made up of water, salts, glycoprotein (mucin) and other small cells. <P> Your body primarily uses mucus to protect and lubricate your delicate tissues and organs. Mucus is also used to reduce damage that might be caused by stomach acid, bacteria, viruses, fungi, or other potentially harmful fluids or irritants. For those reasons, mucus is a normal part of life. Excess mucus in the stool is sometimes accompanied by other symptoms, which may be a sign of a bigger problem. These symptoms include: 1 blood or pus in the stool. 2 abdominal pain, cramping, or bloating.
|
Mucus is a thick gelatinous fluid secreted or produced by various mucus cells that line the intestines, the nose, urinary and reproductive cells and other body organs.
|
what is an mmis fiscal agent
|
<P> Funding a MMIS System: Under the Medicaid program, a state receives 90% Federal financial participation (FFP) for design, development, or installation, and 75% FFP for operation of a state mechanized claims processing and information retrieval system. Includes pricing, procedure and diagnosis files.• Surveillances and Utilization Review: Assists management in monitoring providers and recipients to help identify potential abuse of the Medicaid programs. What is a Medicaid Enterprise System: The MMIS of the 21st Century is very different from the original model. <P> 703-641-3000. FALLS CHURCH, Va., March 19 – The Maryland Department of Health and Mental Hygiene (MD DHMH) awarded CSC (NYSE: CSC) a contract to replace the state’s Medicaid management information system (MMIS) and provide fiscal agent services for selected DHMH programs. Under the terms of the agreement, CSC will develop and implement a new enterprise MMIS solution for healthcare administration supporting MD DHMH. CSC has partnered with CNSI, of Gaithersburg, Md., to develop this solution, which will be aligned with CMS’ Medicaid Information Technology Architecture (MITA) framework. <P> Department Of Health (DOH) maintains a Medicaid claims processing system to meet New York State and Federal Medicaid requirements, and performs the following functions: 1 Receives, reviews and pays claims submitted by the providers of health care for services rendered to eligible patients (enrollees). The New York State eMedNY design is based on the recognition that Medicaid processing can be highly automated and that provider relations and claims resolution require an interface with experienced program knowledgeable people. <P> Medicaid Management Information Systems (MMIS). The Medicaid program, enacted in 1965 under Title XIX of the Social Security Act (the Act) is a grant in aid Medical Assistance Program financed through joint Federal and state funding and administered by each state according to an approved state plan. In October 1972, Public Law 92-603 was enacted in which Section 235 provided for 90-percent Federal financial participation (FFP) for design, development, or installation, and 75-percent FFP for operation of state mechanized claims processing and information retrieval systems approved by the Secretary. <P> PALO ALTO, Calif. — HP Enterprise Services today announced that the Indiana Department of Administration, on behalf of the state’s Family and Social Services Administration, has signed a $220 million contract for HP to continue its 20-year relationship as the state’s Medicaid fiscal agent. Once the Core MMIS is fully implemented, HP will maintain the system and provide infrastructure support. Last year, HP processed more than 85 million Indiana healthcare claims worth about $5.8 billion for nearly 46,000 healthcare providers who treat approximately 1.2 million Medicaid recipients. <P> What is a Medicaid Fiscal Agent: A Medicaid Fiscal Agent is a private contractor to the State normally selected through a competitive procurement process which operates all or part of the states approved Medicaid management information system (MMIS). Includes pricing, procedure and diagnosis files.• Surveillances and Utilization Review: Assists management in monitoring providers and recipients to help identify potential abuse of the Medicaid programs. What is a Medicaid Enterprise System: The MMIS of the 21st Century is very different from the original model. <P> As Indiana’s fiscal agent, HP will continue providing claims processing and resolution, mailroom support, and reporting, as well as provider services including enrollment, education and call center services. Once the Core MMIS is fully implemented, HP will maintain the system and provide infrastructure support. Last year, HP processed more than 85 million Indiana healthcare claims worth about $5.8 billion for nearly 46,000 healthcare providers who treat approximately 1.2 million Medicaid recipients. <P> Medicaid Management Information System-state mechanized claims processing and information retrieval systemsThe MMIS is owned by the State, but is operated by the Fiscal AgentStarted development of current MMIS in 1979. Medicaid Management Information. System-state mechanized claims. Payments in excess of $6 billion. Average claim processing time - .58 days. Over 99% of claims submitted. electronically – POS 50%, eMomed 40%, Direct to Data Center 10%. Over 240 million hits on eMomed. <P> New York State’s Medicaid Management Information System (MMIS) , called eMedNY, is a computerized system for claims processing which also provides information upon which management decisions can be made. The New York State eMedNY design is based on the recognition that Medicaid processing can be highly automated and that provider relations and claims resolution require an interface with experienced program knowledgeable people. <P> 2 The Fiscal Agent Role DMAS contracts with a fiscal agent for two major functions – Provide, support, and operate the “Medicaid Management Information System” (MMIS) that conducts most of DMAS’business transactions– Perform operational activities that support administration of the Medicaid program.
|
A Medicaid Fiscal Agent is a private contractor to the State normally selected through a competitive procurement process which operates all or part of the states approved Medicaid management information system (MMIS).
|
what does ptk mean
|
<P> Although the acronym PTK is sometimes used informally, it is heavily discouraged by the society and is not permitted for official business. The only notable exception is the use of PTK in URLs, such as the official international website, ptk.org, and similar regional and chapter websites. To qualify for initial Phi Theta Kappa membership, a student must maintain a GPA of, in most cases, 3.5 or higher. They must also pay a one-time international membership fee, plus any chapter or regional dues that may apply. <P> 1 If calcium levels are high and PTH levels are high, then the parathyroid glands are producing inappropriately high amounts of PTH. 2 A health practitioner may order X-rays or other imaging studies to help determine the cause and evaluate the severity of hyperparathyroidism. It is used to help diagnose the cause of a low or high calcium level and to help distinguish between parathyroid-related and non-parathyroid-related causes. <P> A: The .PK is an example of a suffix representing where the security is traded-an over-the-counter (OTC) network or an international exchange. The major U.S. exchanges such as the NYSE, Nasdaq and AMEX do not have suffixes. The .PK behind a stock simply means the stock in question is traded on the pink sheets (or the Pink Sheets Electronic Quotation service). OTC Markets. The pink sheets service is a loosely regulated over-the-counter, decentralized market. <P> Phi Theta Kappa has a name similar to, and is heavily based on, Phi Beta Kappa, which is an international honor society for universities and traditional four-year colleges. To qualify for initial Phi Theta Kappa membership, a student must maintain a GPA of, in most cases, 3.5 or higher. They must also pay a one-time international membership fee, plus any chapter or regional dues that may apply. <P> Photo Therapeutic Keratectomy-PTK Laser eye surgery. PTK is a surgical procedure which is mainly used to treat scars on the cornea and any other type of corneal surface disease. These include corneal dystrophy and epithelial erosion syndrome. The aim of this procedure is to treat surface level corneal disease and NOT to remove the need to wear glasses or contact lenses. However, this treatment can be combined with PRK which means that it has both a medical and cosmetic application. <P> The so-called intact PTH is the most frequently ordered parathyroid hormone test. It is used to help diagnose the cause of a low or high calcium level and to help distinguish between parathyroid-related and non-parathyroid-related causes. <P> Filter by: Select category from list... ────────── All Societies (2) Students (1) Occupation & Positions (1) Educational (1) General (2) Software (3) Telecom (1) FDA (1) Human Genome (1) Physiology (1) NFL Teams (1) Unclassified (5) Airport Codes (1) Sort by:PopularityAlphabeticallyCategory. <P> PRK (photorefractive keratectomy) is a type of refractive surgery to correct myopia (nearsightedness), hyperopia (farsightedness) and astigmatism. PRK was the first type of laser eye surgery for vision correction and is the predecessor to the popular LASIK procedure. Though PRK recovery takes a bit longer than recovery from LASIK eye surgery, PRK is still commonly performed and offers advantages over LASIK for some patients. The main difference between PRK and LASIK is that in LASIK surgery a thin, hinged flap is created on the cornea to access the treatment area, whereas in PRK the cornea's entire epithelial (outer) layer is removed to expose the area and no flap is created. <P> PTK stands for Photo-Therapeutic Keratectomy: this surgery uses a laser to treat eyesight problems, which are mainly diseases of the surface of the cornea. The aim of this procedure is to treat surface level corneal disease and NOT to remove the need to wear glasses or contact lenses. However, this treatment can be combined with PRK which means that it has both a medical and cosmetic application. <P> Members of Phi Theta Kappa are known as Phi Theta Kappans; any other form of reference, such as Kappans or Phi Thetans, is deemed an incorrect usage by the organization. To qualify for initial Phi Theta Kappa membership, a student must maintain a GPA of, in most cases, 3.5 or higher. They must also pay a one-time international membership fee, plus any chapter or regional dues that may apply.
|
Photo Therapeutic Keratectomy-PTK Laser eye surgery.
|
why do birds attack windows
|
<P> Besides windows, birds may attack the side-view mirrors of cars and gazing balls-anything that creates a reflection. To prevent birds from attacking their reflections, you have to. . Options include covering the outside of the window or soaping up the outside of the window so the bird no longer sees its <P> Birds Attacking Windows. Not to be confused with window collisions, birds sometimes repeatedly and aggressively fly at reflective surfaces such as windows and mirrors. There are a few steps that you can take to reduce window attacks. Usually, however, the best course of action is to do nothing and wait. <P> If you cover up a window, the bird may search for the perceived rival until it finds another reflective surface. Some people have reported robins attacking as many as 15 windows on both the first and second stories of homes. The best course of action is to be patient and wait for the breeding season to end. <P> How to Stop Bird Window Attacks. Many of the best ways to stop birds from attacking windows are the same methods used to prevent bird window collisions. The key is to break up the reflection that the bird sees so it does not feel threatened by a non-existent competitor. Options include: 1 Decals placed inside or outside the window. <P> Cars have many reflective surfaces, such as side mirrors, bumpers, windows, and chrome grills. If a bird is attacking your car, you can try to eliminate the reflection. Place opaque plastic grocery bags over side mirrors and cover other reflective surfaces with tarps or sheets of opaque plastic. <P> First, you need to know why they do this. Cardinals and Robins are very territorial birds. When birds see another of the same species in its breeding or feeding territory, it instinctively attacks the other bird. Your house or cars windows act as mirrors to the birds. <P> Why Birds Attack Windows. Some bird species are very aggressive and territorial, and during the breeding season when they notice their reflection in a window, mirror, chrome bumper or similar shiny surface, they assume it is a rival bird and will attack the reflection in an attempt to drive it away.
|
Due to reflection of their own, as they seems to b their competitor.
|
where does the itch mite come from
|
<P> Sarcoptes scabiei or the itch mite is a parasitic arthropod that burrows into skin and causes scabies. The mite is cosmopolitan, meaning can be found in all parts of the world. Other mammals, such as wild and domesticated dogs and cats (in which it is one cause of mange) as well as ungulates, wild boars, bovids, wombats, koalas, and great apes are affected. The discovery of the itch mite in 1687 marked scabies as the first disease of humans with a known cause. The Italian biologist Diacinto Cestoni showed in the 18th century that scabies is caused by the mite Sarcoptes scabiei, variety hominis <P> Itch mites are microscopic insect-like creatures that cannot be seen by the naked eye. There are several different kinds of itch mites in the United States. One type, the oak leaf gall mite, is believed to be responsible for outbreaks of human bites in 2004 in Kansas, Missouri, Nebraska and Texas. Try over-the-counter topical anti-itch creams and oral anti-histamines to control itching. If the itching is intense, or you develop a skin infection, you should contact your health care provider. 1 If you see brown and crusty edges on oak tree leaves, be aware that mite activity is possible. <P> Anyone can get scabies. It is found all over the world and the mite is transmitted by direct and prolonged skin-to-skin contact with a person who has scabies. Sexual contact is the most common way scabies is transmitted. Transmission can also happen from parents to children, particularly mother-to-infant. <P> The action of the mites moving within the skin and on the skin itself produces an intense itch that may resemble an allergic reaction in appearance. A delayed type IV hypersensitivity reaction to the mites, their eggs, or scybala (packets of feces) occurs approximately 30 days after infestation. Other mammals, such as wild and domesticated dogs and cats (in which it is one cause of mange) as well as ungulates, wild boars, bovids, wombats, koalas, and great apes are affected. The discovery of the itch mite in 1687 marked scabies as the first disease of humans with a known cause. The Italian biologist Diacinto Cestoni showed in the 18th century that scabies is caused by the mite Sarcoptes scabiei, variety hominis <P> In humans, the bites of the straw itch mite are located almost entirely on the clothed portions of the body. Dermatitis results from reaction to the bites within 24 hours. Humans become infested when they come in contact with straw, grain, or wood. where the mites are present. <P> Scabies, known as the seven-year itch, is a contagious skin infestation by the mite Sarcoptes scabiei. The most common symptoms are severe itchiness and a pimple-like rash. Occasionally tiny burrows may be seen in the skin. When first infected, usually two to six weeks are required before symptoms occur. Scabies is caused by infection with the female mite Sarcoptes scabiei. The mites burrow into the skin to live and deposit eggs. The symptoms of scabies are due to an allergic reaction to the mites. <P> There are several types of skin conditions that can cause itching and rashes, and scabies is one of them. Scabies is a dermatologic condition caused by the sarcoptes scabiei mite, an eight-legged microscopic bug.1,2. Scabies spreads very easily from person to person. 1 Symptoms of scabies occur after the mite burrows into the skin, which causes itching and a rash. 2 The cause of the itching experienced in those with scabies is due to the body's allergic reaction to the mite eggs, mites and mite waste. 3 The average person infested with scabies will have 15 to 20 mites present. <P> Scabies is an infestation of the skin by the human itch mite (Sarcoptes scabiei var. hominis). The microscopic scabies mite burrows into the upper layer of the skin where it lives and lays its eggs. The most common symptoms of scabies are intense itching and a pimple-like skin rash. The scabies mite usually is spread by direct, prolonged, skin-to-skin contact with a person who has scabies. Scabies is found worldwide and affects people of all races and social classes.
|
Kansas, Missouri, Nebraska and Texas.
|
average kwh per day per household
|
<P> The average electricity consumption of a US family of four is in the neighborhood of 50 kWh per day, or 1,500 kWh per month. Similar figures apply for Canada. Assuming an average electricity cost of $0.12 per kWh, that translates into about $6 per day for electricity, or $180 <P> Household electricity use: 6,000 kWh per household per year for 3 residents average per household. So the household use per capita is 2,000 kWh or about of per capita electricity from all applications. Household Natural Gas use: 400 therms per household x 30 give 12,000 kWh equivalent electricity. Since much of the electricity is generated by natural gas, it is not totally unreasonable to compare these two in kilowatt hours. <P> But there’s another value listed: how much energy you actually used. If you are a perfectly average American living in a perfectly average household, your monthly electricity bill will read 903 kilowatt hours (kWh), which costs $107, per household. <P> How much electricity does an American home use? In 2013, the average annual electricity consumption for a U.S. residential utility customer was 10,908 kilowatthours (kWh), an average of 909 kWh per month. Louisiana had the highest annual consumption at 15,270 kWh, and Hawaii had the lowest at 6,176 kWh. <P> Depending on whether a state is hot or cold, urban or rural, an average household can use as little as 531 kWh a month (Maine) or as much as 1,245 kWh (Louisiana). Costs vary state-by-state, too. Hawaiians pay the most for electricity ($203 a month) and New Mexicans pay the least ($75 a month). <P> Our household electricity use has been 2,000 kWh each of the last few years, which means it is about 700 kWh per person. We benefit from not using electricity for heating or cooling, although our electric oven is a big source of demand. <P> In the US typical household power consumption is about 11,700 kWh each year, in France it is 6,400 kWh, in the UK it is 4,600 kWh and in China around 1,300 kWh. The global average electricity consumption for households with electricity was roughly 3,500 kWh in 2010.
|
50 kWh per day.
|
what is sanding sealer
|
<P> It's important to recognize that the term sanding sealer means different things to different wood finishers. Many people use nothing but a coat of dewaxed shellac as a sanding sealer. Zinsser SealCoat, a pre-mixed 2 lb. cut of crystal-clear dewaxed shellac, is one of the most lauded products in this category. For that reason, if you use sanding sealer, stick to one or two coats at the most, and plan to sand most of it back off. For the same reason, and because it tends to shrink as it cures, it is not advisable to use sanding sealer instead of pore filler.. From the Woodworker's Journal eZine archives. <P> The purpose of Sanding Sealer is to seal the wood and form a base coat for a protective clear finish. If the wood has been stained, Sanding Sealer is not necessary. In addition, it's possible to scuff the stain while sanding the sealer. Sanding Sealer is best used on bare wood. Minwax® Professional Formula Sanding Sealer is a clear sealer formulated for application over bare wood. Its quick dry feature allows for sealing and topcoating your project in just one day. Seals wood grain. Easy to sand. Dries in one hour. Use on unstained, bare wood floors, furniture, doors and cabinets. <P> Save time and trouble. If you routinely apply sanding sealer before finishing, you may be taking an extra, unnecessary step. Truth is, any film-forming finish works as a sealer because it closes off the pores of the wood and lays a base for the topcoats. Some situations, however, benefit from a sealer. For example, when refinishing furniture with lacquer or polyurethane, silicone on the surface can cause the new finish to pull away from the contaminated spots -- a condition called fisheye. <P> Sanding sealer is basically lacquer, but it contains zinc stearate, which is a soapy substance that makes the sealer easier to sand. The first coat of finish inevitably raises the wood grain, and when you use sanding sealer for that coat, the job of sanding the grain back down is more easily accomplished. Save. prudkov/iStock/Getty Images. It's important to seal wood before painting it to ensure an even coating -- but when you're going to finish the wood with a clear coating like lacquer, you want something extra from the sealer. It should be easy to sand, and should provide a smooth undercoat that bonds well with the finish <P> If you use the type of sanding sealer that is correct for the type of finish you are applying, adhesion problems are minimal. There are some other downsides to using sanding sealer as I described in my initial write up. They re-labled a 2# cut of shellac as a sanding sealer for use under oil based poly and waterborne finishes. As a initial coat between sanded, virgin wood and any other top coat, shellac offers no benefit. There is an exception with using an oil based or waterborne finish over an tropical, oily wood. <P> You spray or brush sanding sealer -- depending on the volatility of the product you use -- on freshly sanded wood. It typically dries in 30 minutes to an hour, and you then sand it by hand, using 150- or 220-grit sandpaper. The bulk of the product should be sanded off. Save. prudkov/iStock/Getty Images. It's important to seal wood before painting it to ensure an even coating -- but when you're going to finish the wood with a clear coating like lacquer, you want something extra from the sealer. It should be easy to sand, and should provide a smooth undercoat that bonds well with the finish <P> I have used sanding sealer in the past to get a smooth, sealed surface before varnishing (I usually use rub-on polyurethane). I have had mixed results, however, with respect to the final quality of the finish and getting a natural look out of the wood grain. -- Equestrian Sports. The most fun you can have with your boots still on... Sanding Sealer, in the marketing sense, is a product that is best suited to filling the finish vendor's pockets with extra profit. <P> Introduction. Sanding sealers, also called first-coat sealers by some manufacturers, are recommended when refinishing furniture. Although using a sanding sealer is a good step to take regardless of the type of stain you are using, it is especially necessary when using water-based stains. <P> Woodworking Tips: Finishing-Applying a sanding sealer to your raw project is a great way to seal the surface and allow your final topcoats to lay on the wood much smoother and with finer luster. A WoodWorkers Guild of America (WWGOA) original video.
|
Sanding sealer is basically lacquer, but it contains zinc stearate, which is a soapy substance that makes the sealer easier to sand.
|
uss arizona definition
|
<P> Remnants of a Superstructure Before construction of the U.S.S. Arizona Memorial could begin, the area below the boat deck, which included the galley, had to be removed and was unceremoniously dumped on Navy property on Waipio Peninsula, Oahu, Hawaii, where it remained undisturbed and forgotten. <P> Related internet source National Park Service, USS Arizona Memorial: http:// www.nps.gov/usar Bruce Prideaux Pelagic The pelagic zone comprises all parts of the open sea or ocean (excluding coastal areas and the sea floor). The name is ... <P> Click the link for more information. (table). See also: National Parks and Monuments (table) National Parks and Monuments National Parks Name Type1 Location Year authorized Size acres (hectares) Description Acadia NP SE Maine 1919 48,419 (19,603) Mountain and coast scenery...... <P> The Pennsylvania class (consisting of the Arizona and the Pennsylvania) formed the next step of the US Navy's response to the naval arms race that had begun in 1906 when the Royal Navy completed the HMS Dreadnought. The ship was launched on June 19, 1915. <P> When the National Park Service took over operation of the USS ARIZONA Memorial in late 1980, it was faced with two fundamental concerns: interpretation and management. The public was insatiably curious about the Pearl Harbor attack, but we lacked enough accurate information to satisfy this curiosity. <P> The USS ARIZONA as a historic artifact derives much of its significance in relation to the attack on Pearl Harbor and in turn on the outbreak of war. The order of thematic emphasis ensues from the nature of a memorial and the necessity of placing primary emphasis on interpretation of resources at hand. <P> Now part of the World War II Valor in the Pacific National Monument on Ford Island, the USS Arizona Memorial is a bone-white rectangular structure spanning the middle portion of the sunken ship, which lies untouched just a few feet below the ... <P> Building and Shakedown. On March 16, 1914 the New York Navy Yard laid down the keel to begin construction of battleship number 39, which would later be named Arizona (Original speculation was that the ship would be named the North Carolina, the home state of Secretary of the Navy Josephus Daniels).
|
The USS ARIZONA as a historic artifact derives much of its significance in relation to the attack on Pearl Harbor and in turn on the outbreak of war.
|
what can exercises can you do for plantar fasciitis
|
<P> Home exercises to stretch your Achilles tendon and plantar fascia are the mainstay of treatment and reduce the chance of recurrence. In one exercise, you lean forward against a wall with one knee straight and heel on the ground. Your other knee is bent. Your heel cord and foot arch stretch as you lean. If you don't treat plantar fasciitis, it may become a chronic condition. You may not be able to keep up your level of activity, and you may develop symptoms of foot, knee, hip and back problems because plantar fasciitis can change the way you walk. <P> 1 Heel pain can be caused by stress placed on the plantar fascia ligament when it is stretched irregularly, which causes small tears and inflammation. Stretching and strengthening exercises can help the ligament become more flexible and can strengthen muscles that support the arch, in turn reducing stress on the ligament. Stretching or massaging the plantar fascia before standing up can often reduce heel pain. 1 Stretch your foot by flexing it up and down 10 times before standing. 2 Do toe stretches to stretch the plantar fascia. 3 Use a towel to stretch the bottom of your foot (towel stretch) <P> Stretching is the best treatment for plantar fasciitis. It may help to try to keep weight off your foot until the initial inflammation goes away. You can also apply ice to the sore area for 20 minutes three or four times a day to relieve your symptoms. If you don't treat plantar fasciitis, it may become a chronic condition. You may not be able to keep up your level of activity, and you may develop symptoms of foot, knee, hip and back problems because plantar fasciitis can change the way you walk. <P> When the body heat when what exercise can you do with plantar fasciitis diagnosed right away if simple shoe inserts) for pronators and Therapists and some may give you specific combination there is a great indicate you could start to feel pain on the edge of the heel. The foot are putting on the flat band of tissue in the body and in particular support the what exercise can you do with plantar fasciitis heel and restore Muscle and Joint. Plantar fasiitis in. the morning. The feet shoes about ever three top tips to make them do not experience heel pain. <P> Couple of sufferers can reduce the risk of re-injury you should not. stretching and supports or foot orthotics or inserts. The foot are putting on the flat band of tissue in the body and in particular support the what exercise can you do with plantar fasciitis heel and restore Muscle and Joint. Plantar fasiitis in. the morning. The feet shoes about ever three top tips to make them do not experience heel pain. <P> As a result of weight gain. what exercise can you do with plantar fasciitis The good news is that they are allowed by inflammation as well as heel pain. How is it treatment the orthotic fabrication skin striations will help this the recovery device boosts the healing process. The foot are putting on the flat band of tissue in the body and in particular support the what exercise can you do with plantar fasciitis heel and restore Muscle and Joint. Plantar fasiitis in. the morning. The feet shoes about ever three top tips to make them do not experience <P> Sitting with your painful foot stretched out in front of you, wrap a towel, scarf or exercise band around the ball of your foot. Pull on it gently to stretch the plantar fascia and hold the stretch for 30 seconds. Relax and then repeat the stretch three times. Stretch as far as you can without pain. Sitting in a chair, bring your injured foot as far as you can under the chair. Press the heel into the floor and hold the stretch for 30 seconds. Plantar fasciitis is a painful inflammation of the ligament in the bottom of your foot. Photo Credit Stockbyte/Stockbyte/Getty Images. Plantar fasciitis is a painful inflammation of the plantar fascia, a ligament on the bottom of your foot that connects the heel with the toes and supports the arch. Pain occurs in the arch of the foot and near the heel, and is worse in the morning until you have walked for a while <P> School of Medicine, Family Medicine answered. Exercises to help treat plantar fasciitis stretch the arch of your foot. You can accomplish this in a number of ways. For example, you can manually massage the bottom of your foot with your hands or you can massage the bottom of your foot with a frozen food can. Instead, it's a painful heel and/or arch where the ligament -- the plantar fascia -- is over pulled. The simplest and most effective exercise for treating the over pulled fascia and to fight inflammation is this: Fill a water bottle with water and freeze it.
|
Stretching is the best treatment.
|
what is paneer
|
<P> Paneer is a type of soft, crumbly cheese native to India, although it is used in some parts of the Middle East as well. It is one of the most common cheeses used in Indian cuisine, and it has a simple, fresh, versatile flavor which makes it highly useful in an assortment of recipes. Ad. One of the most famous dishes with paneer is palak paneer, a curry made with spinach and fried paneer. The cheese is often used in curries since it absorbs flavors very readily. When sliced into cubes and deep fried, the cheese tends to hold its shape very well. <P> Whole milk is the key ingredient in fresh paneer cheese. Palak paneer, which is made with spinach, is a popular Indian curry. Creamy yogurt and fresh herbs are good additions to a paneer curry. View slideshow of images above. Ad. One of the most famous dishes with paneer is palak paneer, a curry made with spinach and fried paneer. The cheese is often used in curries since it absorbs flavors very readily. When sliced into cubes and deep fried, the cheese tends to hold its shape very well. <P> Top 10 amazing movie makeup transformations. Paneer cheese is a type of Indian soft cheese which is made using an acid setting technique. Because paneer cheese is made with the use of acid, rather than rennet, it is safe for vegetarians to consume, and in fact paneer is a cornerstone of Indian vegetarian cuisine. To make paneer cheese, one gallon (four liters) of milk is mixed with around a tablespoon of acid like vinegar, lime or lemon juice, which will stimulate a reaction that causes the milk to curdle. <P> Paneer tikka is an Indian dish made from chunks of paneer marinated in spices and grilled in a tandoor. It is a vegetarian alternative to chicken tikka and other meat dishes. It is a popular dish that is widely available in India and countries with an Indian diaspora. Chunks of paneer, a type of fresh cheese, are marinated in spices and are then arranged on a stick with capsicums, onions and tomatoes. These sticks are grilled in a tandoor and the dish is thereafter served hot, seasoned with lemon juice and chaat masala. <P> The temperature of the milk used in paneer cheese is not as crucial as that of cheeses made with rennet; most people bring the milk to a simmer, not quite allowing it to boil, before adding the acid and stirring slowly. To make paneer cheese, one gallon (four liters) of milk is mixed with around a tablespoon of acid like vinegar, lime or lemon juice, which will stimulate a reaction that causes the milk to curdle. <P> Paneer (. [pəniːr]) is a fresh cheese common in Indian cuisine. It is an unaged, acid-set, non-melting farmer cheese or curd cheese made by curdling heated milk with lemon juice, vinegar, or any other food acids. Its crumbly and moist form is called chhena in eastern India and in Bangladesh <P> Mentioned in the Vedas, dating as far back as 6000 BC of India Subcontinent, Paneer is a fresh cheese frequently used in South Asian Cuisine similar to queso blanco. Chhena or Chhana is an East Indian variant of Paneer that is eaten in Bangla, Orissa region of India and also in the neighboring country of Bangladesh. <P> Paneer is a fresh, unsalted white cheese. It requires no ageing or culturing, and is very easy to make at home. It is very versatile, and an all-time favourite ingredient from my time growing up in India. How to make paneer at home. It’s important that whole milk is used for making paneer, as any other milk will not have enough fat to actually separate into the curds (which make up the cheese) and whey. To make the paneer from Jamie’s saag paneer recipe, pour milk into a pan and bring it to a boil. Reduce the heat and slowly add the lemon juice to it, stirring the whole time. It should start to curdle straight away
|
A fresh cheese common in Indian cuisine. It is an unaged, acid-set, non-melting farmer cheese or curd cheese made by curdling heated milk with lemon juice, vinegar, or any other food acids.
|
internal temperature for cooked fish
|
<P> Fish has always had one temperature for being done. The internal temperature for a done fish should be 145 degrees. At this temperature the fish should be opaque throughout and flake easily when tested with a fork. Like you, I prefer my Salmon to be medium, so the internal temperature will not be 145. As far as the internal temperature for other fish. I think you will need to test some fish to find the right internal temperature for the way you like your fish cooked. I know that on Cod and Halibut, I under cook mine a little so it is moister. But I never have checked the temperature, but will next time. <P> Internal Temperature Cooking Chart Beef-Pork-Poultry-Fish and Seafood-Baked Goods copyright 2004 by Linda Stradley-United States Copyright TX 5-900-517- All rights reserved. This web site may not be reproduced in whole or in part without permission and appropriate credit given. <P> Fortunately, cooking the fillets to an internal temperature of 145 degrees Fahrenheit should eliminate that risk by killing the harmful organisms. But if you undercook your salmon, these organisms might remain intact. When contaminated fish is consumed, it can lead to a variety of food-borne illnesses. <P> It measures the internal temperature of your cooked meat, poultry, seafood, breads, baked goods, and/or casseroles to assure that a safe temperature has been reached and that harmful bacteria (like certain strains of Salmonella and E. Coli O 157:H7) has been destroyed. <P> Cooking thermometers take the guesswork out of cooking, as they measure the internal temperatures of your cooked meat, poultry, seafood, baked goods, and/or casseroles, to assure that a safe temperature has been reached, harmful bacteria have been destroyed, and your food is cooked perfectly. <P> Knowing when the fish is ready takes a little know-how, and we're here to help. Kitchen Fact: The safe internal temperature for cooked fish is 145°F, or until the fish is opaque and flakes easily with a fork. When cooking fish, cook it until the center reaches 145°F on an instant-read or meat thermometer.
|
145 degrees
|
choose what happens when i connect iphone to my computer
|
<P> 2. This option lets you choose what happens when you connect your phone to a computer (e.g., charge the phone, sync data, transfer photos). Both the MTP (Media Transfer Protocol) and UMS or MSC (USB Mass Storage) mode have similar functions that enable the transfer of files between two devices. 6. This option lets you choose what happens when you connect your phone to a computer (e.g., charge the phone, sync data, transfer photos). Both the MTP (Media Transfer Protocol) and UMS or MSC (USB Mass Storage) mode have similar functions that enable the transfer of files between two devices. <P> Step 1: Connect your iPhone to your computer using a USB cable. On your iPhone screen you might see a notfication with a Trust or Don't Trust option. Tap Trust to continue. Step 2: A toast notification will come up, asking Tap to choose what happens with this device. Click or tap the notification and choose the Import photos and videos option. By default, all the pictures will be saved in your My Pictures folder. (b). If you're using Windows Vista or Windows 7 : Step 1: Connect your iPhone to PC using USB cable. Step 2: Import pictures and videos . <P> Make sure no cameras are connected to your computer. Choose an option from the “Connecting camera opens” pop-up menu. iPhoto is an option. Another option is Image Capture, an application included with OS X that you can use to transfer photos and video from your digital camera to your computer. Image Capture is useful if: You want to transfer photos from your camera to your computer, but you don’t want to import them into the iPhoto or Aperture library. <P> 5. This option lets you choose what happens when you connect your phone to a computer (e.g., charge the phone, sync data, transfer photos). Both the MTP (Media Transfer Protocol) and UMS or MSC (USB Mass Storage) mode have similar functions that enable the transfer of files between two devices. 6. This option lets you choose what happens when you connect your phone to a computer (e.g., charge the phone, sync data, transfer photos). Both the MTP (Media Transfer Protocol) and UMS or MSC (USB Mass Storage) mode have similar functions that enable the transfer of files between two devices. <P> 8. This option lets you choose what happens when you connect your phone to a computer (e.g., charge the phone, sync data, transfer photos). Both the MTP (Media Transfer Protocol) and UMS or MSC (USB Mass Storage) mode have similar functions that enable the transfer of files between two devices. 6. This option lets you choose what happens when you connect your phone to a computer (e.g., charge the phone, sync data, transfer photos). Both the MTP (Media Transfer Protocol) and UMS or MSC (USB Mass Storage) mode have similar functions that enable the transfer of files between two devices. <P> When you plug a Windows Phone 8 device into a Windows 8 or Windows RT device (like the Surface), the operating system will automatically download the Windows Phone app from the Windows Store and ask you to choose what happens when you connect the device. <P> Step 3: Click or tap the notification and choose the Import photos and videos option. By default, all the pictures will be saved in your My Pictures folder. (b). If you're using Windows Vista or Windows 7 : Step 1: Connect your iPhone to PC using USB cable. Step 2: Import pictures and videos . <P> When you connect your iPhone to your computer, iTunes should locate the device and open automatically. Similarly, if you have photos or videos stored on your smartphone, Windows 8 scans the internal storage and pops up an autoplay dialog box so you can choose what to do with the media. <P> NA. So I've connected my iPhone 5 to my PC, and I accidentally pressed the rectangular box on top that say's Tap to choose what happens with this device.. If you have accidently set the ‘Photo’ app as the default program to handle the contents of your iphone, then you can undo this setting by making changes in the ‘AutoPlay’ settings. Connect your iphone to the computer and then follow these steps:
|
A toast notification will come up.
|
what is eccn info
|
<P> Q: What is an ECCN. A: ECCNs are five character alpha-numeric designations used on the Commerce Control List (CCL) to identify dual-use items for export control purposes. Export of commercial products from the United States are subject to the jurisdiction of the U.S. Department of Commerce. Many exports are not EAR99/an ECCN required. A significant amount of commercial products are not listed on the CCL, do not have an ECCN, and are designated as EAR99 generally not requiring a license to be exported or re-exported. <P> ECCN classification is determined by referring to a table that is issued by the Bureau of Industry and Security. Since the lists are based on an international standard, the European Union regulates items using the numbering system that is very similar, and is defined in Council Regulation (EC) 388/2012. The ECCN table contains hundreds of ECCN codes that are organized according to the technical parameters and/or end use of the hardware, software or technology that is being exported. <P> Lenovo products released for use in PRC only are not covered by the ECCN and HTS information listed on this web page. Lenovo products released outside People's Republic of China (PRC) cannot be exported or re-exported to Cuba, Iran, Myanmar, North Korea, Syria and Sudan. If you know your product’s Machine Type, but not its product type or product name, try looking it up using the “Quick Path” on the Lenovo Support site or on a Personal System Reference Sheet (PSREF). A Desktop is an “All-in-One Desktop” if the monitor is in the same case as the CPU. <P> Items to be exported must be classified according to the CCL and assigned the corresponding Export Control Classification Number (ECCN). This is the fundamental designation indicating the classification for an item. The ECCN determination depends on the technical characteristics of the product. Customers and partners who proceed with the export of a Microsoft product may use the ECCN provided by Microsoft to complete the Automated Export System (AES) or other documentation required for the export operation. <P> An Export Control Classification Number (ECCN) is an alphanumeric designation (i.e., 1A984 or 4A001) used in the CCL to identify items for export control purposes. An ECCN categorizes items based on the nature of the product, i.e. type of commodity, technology or software and its respective technical parameters. These controls are implemented through the Export Administration Regulations (EAR). If your item is subject to the jurisdiction of the U.S. Department of Commerce, you should first determine if your item is designated by an Export Control Classification Number (ECCN) on the Commerce Control List (CCL). <P> The ECCN is a key factor in determining whether you need a license to export dual-use items outside of the U.S.The Commerce Control List can be found in Supplement 1 to Part 774 of 15 CFR or at http://www.bis.doc.gov. Determining Your ECCN: There are three approaches to determine an ECCN: 1. Go to the Source: Contact the manufacturer, producer or developer to see if they have a current ECCN for the item. Keep in mind that ECCNs may change over time, so you still need to review the ECCN to be sure you are in agreement. <P> ECCNs are five character alpha-numeric designations used on the Commerce Control List (CCL) to identify dual-use items for export control purposes. An ECCN categorizes items based on the nature of the product, i.e. type of commodity, software, or technology and its respective technical parameters. An ECCN is different from a Schedule B number, which is used by the Bureau of Census to collect trade statistics. The majority of commercial products are designated EAR99 and generally will not require a license to be exported or reexported. However, if you plan to export an EAR99 item to an embargoed or sanctioned country, to a party of concern, or in support of a prohibited end-use, you may be required to obtain a license. <P> If Your Item is Not on the Commerce Control List-EAR99. If your item falls under the jurisdiction of the U.S. Department of Commerce and is not listed on the CCL, it is designated as EAR99. The majority of commercial products are designated EAR99 and generally will not require a license to be exported or reexported. However, if you plan to export an EAR99 item to an embargoed or sanctioned country, to a party of concern, or in support of a prohibited end-use, you may be required to obtain a license. <P> Please note: The ECCN and HTS information provided on this web page is for general information purposes only and does not constitute advice by Lenovo as to all relevant export and or import control regulation. If you know your product’s Machine Type, but not its product type or product name, try looking it up using the “Quick Path” on the Lenovo Support site or on a Personal System Reference Sheet (PSREF). A Desktop is an “All-in-One Desktop” if the monitor is in the same case as the CPU. <P> An ECCN identifies the type of control(s) for the items categorized under that ECCN. For example, an ECCN may be controlled for anti-terrorism. After obtaining the ECCN, the exporter must review the Commerce Country Chart to determine whether an export license is required to export items to that country. The ECCN table contains hundreds of ECCN codes that are organized according to the technical parameters and/or end use of the hardware, software or technology that is being exported.
|
ECCN classification is determined by referring to a table that is issued by the Bureau of Industry and Security.
|
what color is molten lead
|
<P> Lead is used in applications where its low melting point, ductility and high density are advantageous. The low melting point makes casting of lead easy, and therefore small arms ammunition and shotgun pellets can be cast with minimal technical equipment. Lead has only one common allotrope, which is face-centered cubic, with the length of an edge of a unit cell being 349 pm. At 327.5 °C (621.5 °F), lead melts; the melting point exceeds that of tin (232 °C, 449.5 °F), but is significantly below that of germanium (938 °C, 1721 °F). <P> Antimonial lead with 2%+ Arsenic for base and pure lead with 1% Tin for the point might do it well with the heat/no quench treatment But really the color between linotype/pure is easily visible with heat/quench treatment to bring up the flashy surface color of linotype. I'd still like to get an idea of the possibility of there being any kind of dye or other substance I can safely add to my molten lead that would give me the incidental effect of changing the color of my alloy when it becomes solidified. <P> Lead has a relatively low melting point, so it is ideal for casting into shapes of your choosing. There are varied applications for melting and reshaping lead; it is ideal for creating custom-sized fishing weights, and it is also perfect for creating oddly-shaped weights to adjust the weight of a hobby car or plane. Set up your vessel and heating source. Lead should be melted in a well ventilated, fire safe area, as it can create dangerous fumes and present a fire hazard if not handled properly. The best heating source is a hand held oxygen-acetaline torch for melting amounts of lead. <P> Lead is a bright and silvery metal with a very slight shade of blue in a dry atmosphere. On contact with air, it begins to tarnish by forming a complex mixture of compounds depending on the conditions. The color of the compounds can vary. Lead has only one common allotrope, which is face-centered cubic, with the length of an edge of a unit cell being 349 pm. At 327.5 °C (621.5 °F), lead melts; the melting point exceeds that of tin (232 °C, 449.5 °F), but is significantly below that of germanium (938 °C, 1721 °F). <P> Zinc, incidentally, does not dissolve in molten lead, and can be added to extract impurities by differential solubility. Lead is sold as soft lead, 99.90% pure, common lead (lead that has been desilvered), 99.85% pure, and corroding lead (for paint), 99.94% pure. In this oxidation state, lead is generally basic. The oxidation state +4 also occurs, and in it lead is more acidic. Lead is generally amphoteric, like aluminium, especially in the +4 state, like tin. Lead forms a series of oxides, which are important compounds. <P> Lead (/lɛd/) is a chemical element in the carbon group with symbol Pb (from Latin: plumbum) and atomic number 82. Lead is a soft, malleable and heavy post-transition metal. Metallic lead has a bluish-white color after being freshly cut, but it soon tarnishes to a dull grayish color when exposed to air. Lead has a shiny chrome-silver luster when it is melted into a liquid. It is also the heaviest non-radioactive element (some radioactive elements, like technetium, are lighter). Lead has only one common allotrope, which is face-centered cubic, with the length of an edge of a unit cell being 349 pm. At 327.5 °C (621.5 °F), lead melts; the melting point exceeds that of tin (232 °C, 449.5 °F), but is significantly below that of germanium (938 °C, 1721 °F). <P> The melting point of lead is 327.35°C, and the boiling point is 1515°C. The only common metals with lower melting points are tin and bismuth, while the boiling point is high enough to allow processes in liquid lead over a wide temperature range. The coefficient of linear expansion is 29.5 x 10 -4 per °C. In this oxidation state, lead is generally basic. The oxidation state +4 also occurs, and in it lead is more acidic. Lead is generally amphoteric, like aluminium, especially in the +4 state, like tin. Lead forms a series of oxides, which are important compounds. <P> Molten lead color. Hi all-I was doing some casting this weekend and noticed that I couldn't quite keep the color of the molten lead a shiney silver color (like quicksilver / mercury). Instead, it was more of a gold color, with a thin skin on the top. gold is a good indicator of tin. pure lead will usually show a blue/purple color. put a heat barrier on top of your mix it will also help keep the oxides down and the temp more consistant. it's all an educated guess,,,, till the trigger is pulled. this opinion brought to you by mister low-tech solution.
|
A shiney silver color (like quicksilver / mercury).
|
what is a normal estradiol level in a woman
|
<P> A blood estradiol level on day 3 (we do it on any day between days 2 and 4) of the menstrual cycle is a way to potentially discover some of those women with a normal day 3 FSH that may in fact have decreased egg quantity and quality. <P> Ranges of normal estrogen levels are measured in parts pg/ml of estradiol. In normal reproductive age women, during the menstrual cycle, estradiol levels range from 50-400 pg/ml. The actual normal level of estrogen varies during different parts of the menstrual cycle. In menopause, the general range may be 10-20 pg/ml. Value ranges of normal estrogen levels under 100 pg/ml can be associated with hot flashes, and may signal perimenopause. Estrogen and the regular <P> Estradiol. Estrogen is the predominant female hormone; estradiol is the predominant form of estrogen produced in the ovaries. Normal estrogen levels, according to Fertility Plus hormone charts, on days two to three of the menstrual cycle are 25 to 75 picograms per milliliter (pg/ml). <P> Women produce hormones, such as estradiol, follicle stimulating hormone (FSH), luteinizing hormone (LH) and progesterone. Certain hormones rise at various times of the menstrual cycle and during pregnancy. Hormone levels also change at menopause. <P> Estradiol is a type of estrogen, the major sex hormone in women. It is secreted by the ovarian follicles. As the follicles grow and develop each month, they produce estradiol. This sets the rest of the reproductive cycle in motion.
|
50-400 pg/ml
|
what is a currier
|
<P> A currier is a specialist in the leather processing industry. After the tanning process, the currier applies techniques of dressing, finishing and colouring to the tanned hide to make it strong, flexible and waterproof. The leather is stretched and burnished to produce a uniform thickness and suppleness, and dyeing and other chemical finishes give the leather its desired colour. <P> Currier & Ives Dinnerware is the most popular pattern ever produced by the Royal China Company of Sebring, Ohio. This dinnerware, with scenes from Currier & Ives prints, was produced from 1950 to 1986. <P> LINK / CITE ADD TO WORD LIST. noun. The definition of a currier is a person who applies finishing techniques, including coloring, to leather after it is tanned. A person who gives color to leather and otherwise finishes it is an example of a currier. <P> After the tanning process, the currier applies techniques of dressing, finishing and colouring to the tanned hide to make it strong, flexible and waterproof. The leather is stretched and burnished to produce a uniform thickness and suppleness, and dyeing and other chemical finishes give the leather its desired colour. <P> Reproductions of Currier & Ives started in the 1930s and continues today. Curriers images have been used in all manners. Some usages have been for soap, after shave lotion, playing cards, Southern Comfort Whiskey, beer, Christmas cards, dinner ware, calendars, stove top covers, and the list goes on.
|
A currier is a specialist in the leather processing industry.
|
what skills of mindfulness
|
<P> Your dreams of being “Here and Now” – “In the Moment” – Loving life to the fullest, is truly a skill you can learn and grow. The practice of Mindfulness Awareness will help you in every aspect of your life. Focus: Improve and develop your mental focus and concentration. Sensory Clarity: Sensory clarification and precision awareness. Equanimity: Opening up to the world as it is. <P> Mindfulness is a skill, and skills require practice. In our programs, whether they be with business leaders, schoolchildren, prison inmates or one-on-one clients, we combine the techniques of mindfulness with a down-to-earth emphasis on sustained practice. <P> The Four Skill Modules. DBT Skills training is made up of four modules: core mindfulness, distress tolerance, emotion regulation, and interpersonal effectiveness. They are designed to specifically assist individuals in better managing behaviors, emotions and thoughts. <P> Weekly DBT skills training groups are didactic groups that use a step-by-step format to teach four sets of skills: mindfulness, interpersonal effectiveness, emotion regulation, and distress tolerance. 1 Mindfulness: The ability to take control of your mind instead of having your mind control you. <P> While mindfulness is technically its own component or module of treatment, aspects of mindfulness are present throughout the other treatment modules: emotion regulation, distress tolerance, and interpersonal effectiveness. <P> 1 One skill of mindfulness is learning how to focus your attention on one thing at a time. 2 This includes being aware of and able to recognize all the things that are going on around you (for example, sights and sounds), as well as all the things that are going on inside you (for example, thoughts and feelings).
|
learning how to focus your attention on one thing at a time and being aware of able to recognize
|
cost of death penalty vs life imprisonment
|
<P> Texas death penalty cases cost more than non-capital cases. Each death penalty case in Texas costs taxpayers about $2.3 million. That is about three times the cost of imprisoning someone in a single cell at the highest security level for 40 years. (Executions Cost Texas Millions, Dallas Morning News, March 8, 1992). The study counted death penalty case costs through to execution and found that the median death penalty case costs $1.26 million. Non-death penalty cases were counted through to the end of incarceration and were found to have a median cost of $740,000. <P> However even leaving out some death penalty costs, the death penalty ($1.7 million) would still likely have been the more expensive option than life in prison ($1.3 million) for a hypothetical guilty verdict for Kevin Harper. Petitions? = $1,028,700+ MORE than a non-death penalty case. With the exception of a man convicted last year, the seven Washington inmates on death row now have been there an average of 14 years; add over another half million in prison costs not counting the extra expense of death row. <P> County estimates in Texas indicate that the death penalty system is much more expensive than sentencing inmates to life imprisonment. Gray County spent nearly $1 million seeking the death penalty against Levi King, even though he pleaded guilty to murder. By comparison, a non-death penalty murder case in nearby Lubbock County typically costs about $3,000, court officials estimate. The average cost to house an inmate in Texas prisons is $47.50 per day, according to Michelle Lyons, spokeswoman for the Texas Department of Criminal Justice. <P> That translates to $37.2 million for each of the state’s five executions since the state reenacted the death penalty. The study estimates that the average cost to Maryland taxpayers for reaching a single death sentence is $3 million - $1.9 million more than the cost of a non-death penalty case. The study counted death penalty case costs through to execution and found that the median death penalty case costs $1.26 million. Non-death penalty cases were counted through to the end of incarceration and were found to have a median cost of $740,000. <P> It costs approximately $90,000 more a year to house an inmate on death row, than in the general prison population or $57.5 million annually. The Attorney General devotes about 15% of his budget, or $11 million annually to death penalty cases. Using conservative rough projections, the Commission estimates the annual costs of the present (death penalty) system to be $137 million per year. The cost of the present system with reforms recommended by the Commission to ensure a fair process would be $232. <P> automatic, mandatory appeals. Conclusions. This study concludes that the enhanced cost of trying a death penalty case is at least $1.25 million more than trying a comparable murder case resulting in a sentence of life in prison without parole. Using conservative rough projections, the Commission estimates the annual costs of the present (death penalty) system to be $137 million per year. The cost of the present system with reforms recommended by the Commission to ensure a fair process would be $232. <P> The cost of the death penalty is more than double that of life in prison. The cost on average for i year in a state penitentiary is 35K. GK ========================== Edit: If you are given the death penalty you are automatically given an appeal. In some cases you can have many appeals that last years and years. Non-death penalty cases were counted through to the end of incarceration and were found to have a median cost of $740,000. For death penalty cases, the pre-trial and trial level expenses were the most expensive part, 49% of the total cost. <P> A Seattle University study examining the costs of the death penalty in Washington found that each death penalty case cost an average of $1 million more than a similar case where the death penalty was not sought ($3.07 million, versus $2.01 million). The study counted death penalty case costs through to execution and found that the median death penalty case costs $1.26 million. Non-death penalty cases were counted through to the end of incarceration and were found to have a median cost of $740,000. <P> 1 The death penalty costs more than life imprisonment. 2 It costs taxpayers from $2 to $5 million per death sentence for the trials and appeals. 3 Life in prison averages $1 million (40 years at $25,000/year).
|
Life in prison averages $1 million (40 years at $25,000/year).
|
Leukemia is a type of cancer that affects ____
|
<P> Chronic lymphocytic leukemia (CLL) is cancer of a type of white blood cells called lymphocytes. These cells are found in the bone marrow and other parts of the body. Bone marrow is the soft tissue in the center of bones that helps form all blood cells. <P> Acute myeloid leukemia (AML) Is a cancer of the bone marrow and the blood Progresses rapidly without treatment Affects mostly cells that aren't fully developed-these cells can't carry out their normal functions Can be a difficult disease to treat. <P> Chronic Lymphocytic Leukemia. Chronic lymphocytic leukemia (CLL) Is a type of blood cancer that begins in the bone marrow Can progress either slowly or quickly depending on the form it takes Click here to access CLL statistics. What You Should Know CLL is the most common type of leukemia in adults. <P> Leukemia is a type of cancer that affects white blood cells. Because there are many forms of leukemia, prompt attention and an effective diagnosis are important in determining the most successful route of treatment. <P> 1 Childhood acute lymphoblastic leukemia (ALL) is a type of cancer in which the bone marrow makes too many immature lymphocytes (a type of white blood cell). 2 Leukemia may affect red blood cells, white blood cells, and platelets. <P> Childhood acute lymphoblastic leukemia (ALL) is a type of cancer in which the bone marrow makes too many immature lymphocytes (a type of white blood cell). Childhood acute lymphoblastic leukemia (also called ALL or acute lymphocytic leukemia) is a cancer of the blood and bone marrow. <P> Leukemia is a form of cancer that affects blood-forming tissue, primarily the lymphatic system and bone marrow. The condition is similar to other types of cancer and occurs when white blood cells replicate uncontrollably. Leukemia is actually a blanket term that can refer to a spectrum of related cancers. <P> 1 Adult acute lymphoblastic leukemia (ALL) is a type of cancer in which the bone marrow makes too many lymphocytes (a type of white blood cell). 2 Leukemia may affect red blood cells, white blood cells, and platelets. 3 Previous chemotherapy and exposure to radiation may increase the risk of developing ALL.
|
Red blood cells, white blood cells, and platelets.
|
which organisms contain a nucleus
|
<P> This is what I learned: Organisms that have a nucleus are called Eukaryotes (pronounced yoo-care-ee-oats). Some examples of eukaryotes are humans and most types of animals, such as zebras or turles. Eukarytoic organisms are animals, plants, fungi, and protists. Organisms that do not have a nucleus and Prokaryotes (pronounced pro-care-ee-oats). Examples of prokaryotes are a type of bacteria (such as Frateuria aurantia) and thermophiles. Prokaryotic organisms can fit into the categories of Bacteria or Archaea <P> eukaryotic cells. contains a nucleus and other organelles that are the bound by membranes, also referred to as membrane bound organelles-multicellular organisms-have a nucleus-have a membrane bound organelles-unicellular organisms-contains organelles. <P> Organisms whose cells do not contain a nucleus are called prokaryotes. These cells have a single strand of DNA in a circular shape, and ribosomes for protein production, but n … ot much else in the way of organelles. + 8 others found this useful. Jeanette Johnson. <P> This organelle has two major functions: it stores the cell's hereditary material, or DNA, and it coordinates the cell's activities, which include growth, intermediary metabolism, protein synthesis, and reproduction (cell division). Only the cells of advanced organisms, known as eukaryotes, have a nucleus. Generally there is only one nucleus per cell, but there are exceptions, such as the cells of slime molds and the Siphonales group of algae. Simpler one-celled organisms (prokaryotes), like the bacteria and cyanobacteria, don't have a nucleus. <P> Eukaryote cells, or cells that contain a nucleus, have DNA in chromosomes in the nucleus of the cell that tells the cell what to do. In biology, the term pliody is used to define the number of sets of chromosomes found within the nucleus of a cell. Different organisms have different number of chromosomes. <P> eukaryote. an organism of the Eucaryotae, whose cells (eukaryotic cells) have a true nucleus that is bounded by a nuclear membrane, contains the chromosomes, and divides by mitosis. Eukaryotic cells also contain membrane-bound organelles, such as mitochondria, chloroplasts, lysosomes, and the Golgi apparatus. an organism of the Eucaryotae, whose cells have a true nucleus bounded by a nuclear membrane and containing the chromosomes and which divide by mitosis. Eukaryotic cells also contain membrane-bound organelles, such as mitochondria, chloroplasts, lysosomes <P> [ u-kar´e-ōt ]. an organism of the Eucaryotae, whose cells (eukaryotic cells) have a true nucleus that is bounded by a nuclear membrane, contains the chromosomes, and divides by mitosis. Eukaryotic cells also contain membrane-bound organelles, such as mitochondria, chloroplasts, lysosomes, and the Golgi apparatus. an organism of the Eucaryotae, whose cells have a true nucleus bounded by a nuclear membrane and containing the chromosomes and which divide by mitosis. Eukaryotic cells also contain membrane-bound organelles, such as mitochondria, chloroplasts, lysosomes <P> The presence of a nucleus gives eukaryotes their name, which comes from the Greek ευ (eu, well) and κάρυον (karyon, nut or kernel). Eukaryotic cells also contain other membrane-bound organelles such as mitochondria and the Golgi apparatus. In addition, plants and algae contain chloroplasts. Eukaryotic organisms may be unicellular, or multicellular. Only eukaryotes have many kinds of tissue made up of different cell types. <P> Eukaryotes are organisms, including humans, whose cells have a well defined membrane-bound nucleus (containing chromosomal DNA) and organelles. The division between prokaryotes and eukaryotes reflects the existence of two very different levels of cellular organization. The distinction is that eukaryotic cells have a true nucleus containing their DNA, whereas prokaryotic cells do not have a nucleus. Both eukaryotes and prokaryotes contain large RNA / protein structures called ribosomes, which produce protein. <P> eukaryote. an organism of the Eucaryotae, whose cells have a true nucleus bounded by a nuclear membrane and containing the chromosomes and which divide by mitosis. Eukaryotic cells also contain membrane-bound organelles, such as mitochondria, chloroplasts, lysosomes and the Golgi apparatus.
|
Animals, plants, fungi, and protists
|
what is the speed of orbits the sun on venus
|
<P> That is quite impressive but it pales in comparison with the orbital speed of the Earth, The average distance of the Earth from sun is 93.5 million miles. This means that in 365.25 days the Earth travels 587.5 million miles. This works out to about 67 thousand miles per hour. This is the speed we travel 24 hours a day, 365.25 days a year. The orbital velocity is 2πR/T where R is the average radius of the orbit and T is the length of the year. <P> 1. Mercury is the fastest planet, which speeds around the sun at 47.87 km/s. In miles per hour this equates to a whopping 107,082 miles per hour. 2. Venus is the second fastest planet with an orbital speed of 35.02 km/s, or 78,337 miles per hour. 3. Earth, our home planet of Earth speeds around the sun at a rate of 29.78 km/s. This means that we are traveling at 66,615 miles per hour. 4. Mars, with an orbital speed of 24.077 km/s, or 53,858 miles per hour, travels considerably faster than the prior planets. 5. <P> The distance of Venus from the sun as it orbits around is 108,000,000 kilometers (0.7 AU). It takes Venus 224.65 days to complete its orbit, which means a year on Venus is approximately 224.65 Earth days. While all planets’ orbits are elliptical, Venus’ orbit is the only one which is closest to circular. Venus takes 242 earth days to rotate on its axis, so a day on Venus is about 242 Earth days. This is the slowest rate of a planet in our Solar System. 243 earth days in Venus takes longer than a Venusian year which is 224.7 earth days. The sun also rises in the west and sets on the east in Venus. <P> Venus has the most circular orbit of any planet in the solar system. Its axial tilt is only three degrees, so there are no seasons on Venus. Since it orbits closer to the sun than Earth does, Venus orbits faster and completes a circuit every 7.4 months. But its day is much longer than Earth’s. Venus rotates once every eight months, so its day is actually longer than its year. This is the sidereal day—the rotation of Venus relative to the stars. <P> Venus orbits the Sun at an average distance of about 108 million kilometres (about 0.7 AU) and completes an orbit every 224.7 days. Venus is the second planet from the Sun and orbits the Sun approximately 1.6 times (yellow trail) in Earth's 365 days (blue trail). Venus is the second planet from the Sun, orbiting it every 224.7 Earth days. It has no natural satellite. It is named after the Roman goddess of love and beauty. After the Moon, it is the brightest natural object in the night sky, reaching an apparent magnitude of −4.6, bright enough to cast shadows. <P> Venus revolves or orbits around the Sun once every 0.615 Earth years, or once every 224.7 Earth days. Venus travels at an average speed of 78,341 miles per hour or 126,077 kilometers per hour in its orbit around the Sun. 1 Javascript must be enabled to use Cool Cosmos. 2 Learn how. <P> So, the Earth takes one day to rotate on its axis, and it takes one year to revolve around the Sun in orbit. Venus, on the other hand, takes 243 days to turn once on its axis, and it takes almost 225 days to travel once around the Sun in orbit. As you can see, a day on Venus is longer than its year. <P> The orbit of Venus is the most circular in the entire Solar System. In mathematical terms, the eccentricity of Venus is less than 0.01. A year on Venus lasts 223 days. As Venus travels around the Sun, it ranges in distance from 107 million km to 109 million km. The average distance is 108 million km. This is 72% the distance of Earth to the Sun. Venus can get as close as 40 million km from the Earth. This is called an inferior conjunction every 584 days, on average <P> Venus has an orbit with a semimajor axis of 0.723 astronomical units (108 million kilometers), and an eccentricity of 0.007. Its small eccentricity and comparatively small size of the orbit give Venus the smallest range of aphelion and perihelion distances of the planets, 1.46 Gm. The planet orbits the Sun in 225 days and travels 4.54 AU in doing so, making the average orbital speed 35 km/s. <P> Its average distance from the sun is 58,000,000 km-so in going once round it travels 360,000,000 km (approximately), and it does this on 88 days, so the average speed is 4.0 … 9 million km per day, or 170,000 km/hour, or 47 km/sec. 2 people found this useful. Shamus Jenner.
|
average speed of 78,341 miles per hour or 126,077 kilometers per hour in its orbit around the Sun.
|
how to do a brochure in indesign
|
<P> Best Answer: Here is a tutorial on how to set up a tri-fold brochure in InDesign: http://www.rci.rutgers.edu/~jbass/course... Also, InDesign has some preset templates you can use. When you first start up InDesign, on the right side of the Welcome box that pops up is a Create New option. Under there, just select From Template. This will open up Bridge, and will show you the templates to choose from-there is a Brochures folder. <P> Select the size and shape you need to create a brochure. 1 Don't worry about the layout or color themes at this stage. 2 You will change those to your preference at a later stage in the process. 3 Clicking each sample brochure will provide details of the specific layout at the right side of the window. 11. Place your own photograph or image file on the first page of your brochure. 1 Click File and then Place on the drop-down menu. 2 A window will launch. 3 Browse to and select the image file you want to place on <P> Bring in images and create graphics. Your new document is properly set up but it’s blank. Learn how to quickly add existing images to your brochure with InDesign’s Place command. Then learn how to draw and stylize a line to separate and highlight your content. Style your text. Now you have text telling the story of the images in your brochure, but the text is difficult to read and looks rather boring on the page. Learn how to use InDesign’s Type tool to change the font, size, color and alignment of your text. <P> Design your brochure in the area inside the page and column margins. You can have a line or photo going across one of the folds as long as it does not look awkward or is not hard to read. Place all the photos and text in the proper panels, using the plan you outlined in Step 2. Use the Type tool to make text boxes. Instructions. Gather the information that needs to be in the brochure. Include photos, the company's name, address, phone numbers, website and email addresses, as well as testimonials and a small biography on the company or each staff member. Fold a blank piece of letter-size paper in three. <P> Type and place your text. Learn how to add text to your document using InDesign’s Type tool. The Type tool makes it simple to type text directly into your document or to copy and paste text you’ve written with a text editor or word processing application. It’s easy to place text anywhere you’d like simply by clicking and dragging. Style your text. Now you have text telling the story of the images in your brochure, but the text is difficult to read and looks rather boring on the page. Learn how to use InDesign’s Type tool to change the font, size, color and alignment of your text. <P> Create a new two-page Adobe InDesign document with a page size equal to the flat size of your bifold brochure. To print your project on a desktop printer or networked copier/printer, select a standard sheet size such as letter or A4.. Tips. 1 To number the pages in your brochure, use manual instead of automatic numbering. 2 Because each sheet in your project contains two pages, Adobe InDesign's automatic page numbers will display duplicate values on each page's panels. <P> Select the size and shape you need to create a brochure. 1 Don't worry about the layout or color themes at this stage. 2 Clicking each sample brochure will provide details of the specific layout at the right side of the window. 3 Choose a template that offers the number of pages you want in your brochure. 4 For this example, choose the first template ... 11. Place your own photograph or image file on the first page of your brochure. 1 Click File and then Place on the drop-down menu. 2 A window will launch. 3 Browse to and select the image file you want to place o <P> InDesign is a desktop-publishing program that allows graphic designers to create not just tri-fold brochures, but also posters, business cards and other print and Web projects. Many designers use InDesign in conjunction with image-editing software, giving the end product the potential to be creative and professional. Instructions. Gather the information that needs to be in the brochure. Include photos, the company's name, address, phone numbers, website and email addresses, as well as testimonials and a small biography on the company or each staff member. Fold a blank piece of letter-size paper in three. <P> Create Your Document. Let’s create a new document in InDesign. You’ll want to set the document’s width to 10¾ inches, the height to 8¼ inches, and the orientation to Landscape (the icon with the little person image on it’s side). You’ll also want Facing Pages to be turned off and your bleed set to ⅛ inch
|
Select the size and shape you need to create a brochure. 1 Don't worry about the layout or color themes at this stage. 2 Clicking each sample brochure will provide details of the specific layout at the right side of the window. 3 Choose a template that offers the number of pages you want in your brochure.
|
average speed sentence
|
<P> Your speed, throughout, is 10 metres per second and so that is your average speed. But your average velocity is the total displacement vector divided by the total time. This is 100*sqrt(2) metres due NE/20 sec = 7.07 metres per second due North East. <P> The average speed of an object is the total distance traveled by the object divided by the elapsed time to cover that distance. It's a scalar quantity which means it is defined only by magnitude. A related concept, average velocity, is a vector quantity. A vector quantity is defined by magnitude and direction. <P> Determine the average speed and the average velocity. The physics teacher walked a distance of 12 meters in 24 seconds; thus, her average speed was 0.50 m/s. However, since her displacement is 0 meters, her average velocity is 0 m/s. <P> Introduction-Average Speed in Action. You and your friend decided to take your brand-new red sports car out for a spin. Your car is capable of speeds up to 220 mph. You drove 45 miles in 1.25 hours. At the end of your trip, your friend tells you that your average speed during the trip is 36 miles per hour. <P> No. The average speed is the average of the magnitude of the velocity but not the magnitude of the average of the velocity. This is because for vectors |A + B| … |A| + |B|. Suppose you travel 100 metres due East at 10 metres per second and then 100 metres due North also at 10 metres per second. <P> Average speed = total distance / time. So, if we know Jimmie Johnson drove 500 miles and I tell you it took 3.14 hours, we can calculate his average speed. Average speed = 500 miles / 3.14 hours = 159 miles/hour. Remember, for the speed, it doesn't matter that he was driving in a big circle. <P> Average Speed. The average speed of an object tells you the (average) rate at which it covers distance. If a car's average speed is 65 miles per hour, this means that the car's position will change (on the average) by 65 miles each hour. Average speed is a rate. In kinematics, a rate is always a quantity divided by the time taken to get that quantity (the elapsed time).
|
An object tells you the (average) rate at which it covers distance.
|
other treatments for rheumatoid arthritis
|
<P> Disease-modifying antirheumatic drugs (DMARDs). A class of medications used in the treatment of rheumatoid arthritis. DMARDs do more than ease the symptoms of rheumatoid arthritis like some other treatments. They often slow or stop the course of the disease to help prevent joint damage. <P> Introduction. Rheumatoid arthritis (RA) is a chronic disease in which various joints in the body are inflamed, leading to swelling, pain, stiffness, and the possible loss of function. Rheumatoid arthritis is an autoimmune disease in which the body's immune system attacks joints and other tissues. <P> Treatment for rheumatoid arthritis is aimed at reducing inflammation to the joints, relieving pain, minimizing any disability caused by pain, joint damage or deformity, and either slowing down or preventing damage to the joints. <P> There are different drugs used in the treatment of rheumatoid arthritis. Some are used primarily to ease the symptoms of RA; others are used to slow or stop the course of the disease and to inhibit structural damage. <P> Other types of treatment that may help you control some of the symptoms of rheumatoid arthritis include: 1 Physical therapy, to improve joint function. 2 Occupational therapy. 3 Assistive devices such as household aids or mobility aids. 4 Behavioral modification techniques to reduce pain and stress. 5 Counseling. <P> Rheumatoid arthritis is a serious autoimmune disease that attacks the joints and other body parts. But RA can be tough to diagnose. Symptoms can mimic other illnesses, or they may flare, then fade, only to flare again somewhere else. <P> Rheumatoid arthritis (RA) is a health condition that causes pain, swelling, stiffness, and loss of function in the joints. Conventional medical treatments are highly effective for RA; however, researchers are also studying complementary health approaches as possible additions to RA treatments.
|
Physical therapy,to improve joint function,occupational therapy,assistive devices such as household aids or mobility aids,behavioral modification techniques to reduce pain and stress,Counseling.
|
what temperature should you cook a pork loin
|
<P> 2. Pork tenderloin is one of the quickest-cooking cuts of meat. You can grill a tenderloin over direct heat in less than 10 minutes, plus 5 minutes resting time. 3. Cooking pork tenderloin lends itself to varied methods and presentations. Take the tenderloin out of the fridge 30 minutes before cooking. Preheat the oven to 425 degrees. Film an ovenproof skillet with oil and sear the tenderloin over medium-high heat to brown all sides, about 5 minutes in all. If you’re using a glaze, apply it now. Place skillet in the oven and roast 15 to 20 minutes, until internal temperature is 145F degrees. Remove from the oven, tent the pork with foil and let it rest about 5 minutes before serving <P> 1 Place the tenderloin in a roasting pan. 2 Place the pan in the oven and roast for about 15 minutes, or until the internal temperature reaches 145 degrees Fahrenheit (63 degrees Celsius). 3 Allow the pork to rest for 10 minutes before serving. Marinate the tenderloin. A marinade is similar to a brine, but instead of water you soak the pork in a mixture of vinegar, oil and spices. Make a marinade with 1/2 cup olive oil (118 ml) and 1/2 cup (118 ml) vinegar. <P> 1 Roast for 30 minutes. 2 Turn the pork over and roast for another 25 minutes. 3 The pork tenderloin is ready when the internal temperature reaches 145 degrees Fahrenheit (63 degrees Celsius). 4 Remove the pork from the oven and allow to rest for 10 minutes before serving. Marinate the tenderloin. A marinade is similar to a brine, but instead of water you soak the pork in a mixture of vinegar, oil and spices. Make a marinade with 1/2 cup olive oil (118 ml) and 1/2 cup (118 ml) vinegar. <P> To cook the pork roast correctly, make sure you note how much the meat weighs, it takes approximately 25 minutes per pound at 350 degrees. The internal temperature of the pork roast should between 145 and 160 degrees. Do not overcook the pork, it will become dry. Also make sure you allow the pork loin roast for about 10 minutes before serving. There is no need to cover the roast with foil or a lid while it is cooking; this is a dry roasting technique. <P> Roast in 450 degrees F oven for about 10 minutes. Reduce oven temperature to 350 degrees F. Continue to roast for 55 to 60 minutes or until instant-read meat thermometer inserted into the pork, but not in the stuffing, registers 150 to 155 degrees F and potatoes are fork tender. <P> WIth a roast, you generally want to cook to an internal temperature, not a time. But, when you lay it out butterflied, it’s thinner and more of the meat is exposed to heat, so if you were to cook it at 350 degrees at a 1/2 hour/lb. a 6 lb roast would end up ruinously overdone. <P> With a pork tenderloin: Season the meat, sear all sides in a very hot pan, and then finish in the oven at 350°F (175°C) degrees until the internal temp. hits 145°F (63°C). Then let it sit for 10 minutes, and cut 'er up. If you need it done faster, a higher oven temp will accomplish this, but may compromise quality. I always season my pork tenderloins, then pan-sear for a crispy brown outer crust, then put into the oven at 350 degrees for about 45 minutes to one hour. At 45 minutes, I begin checking the internal temperature of the meat. <P> Pan roasting. Pan searing and then finishing in a moderate oven (about 350 F, 175 C although there is flexibility here if you have other dishes to finish) is certainly one very effective method for cooking a pork tenderloin, but any method that brings it to the desired temperature will work. I always season my pork tenderloins, then pan-sear for a crispy brown outer crust, then put into the oven at 350 degrees for about 45 minutes to one hour. At 45 minutes, I begin checking the internal temperature of the meat.
|
350 degrees
|
when did the first sit-in during the civil war take place
|
<P> The American Civil War (1861-1865), also known as the War Between the States and several other names, was a civil war in the United States of America. Eleven Southern sl … ave states declared their secession from the U.S. and formed the Confederate States of America (the Confederacy). These included Antietam in Maryland (September, 1862) and Gettysburg, PA (July, 1863). By the war's end, most of the Southern states had been attacked and overrun by Union armies, notably those of Ulysses S. Grant and William T. Sherman. <P> The US Civil War took place in the states bordering the arbitrary division between the Northern (Union) states and the Southern (Confederate) states. The capitals of the respective combatants, Washington DC and Richmond, VA, were only 96 miles (154 km) apart, but were defended when attacked. These included Antietam in Maryland (September, 1862) and Gettysburg, PA (July, 1863). By the war's end, most of the Southern states had been attacked and overrun by Union armies, notably those of Ulysses S. Grant and William T. Sherman. <P> On a bright Sunday morning on July 21, 1861, the first real major battle in the Civil War occurred between the North, and South. This famous battle was known as the First Bull Run which took place in Manassas, Virginia. <P> Most of the fighting during the American Civil War took place on Southern soil. In part, this was the result of the war strategies of both sides. To win the war, the South had only to survive. On the other hand, for the North to win, the Union had to be restored. <P> The civil war was fought from 1861 to 1865 when General Lee (Confederates) surrendered to General Grant (North) The civil war took place from 1861 to 1865. These included Antietam in Maryland (September, 1862) and Gettysburg, PA (July, 1863). By the war's end, most of the Southern states had been attacked and overrun by Union armies, notably those of Ulysses S. Grant and William T. Sherman. <P> The war began when the Confederates bombarded Union soldiers at Fort Sumter, South Carolina on April 12, 1861. The war ended in Spring, 1865. Robert E. Lee surrendered the last major Confederate army to Ulysses S. Grant at Appomattox Courthouse on April 9, 1865. The last battle was fought at Palmito Ranch, Texas, on May 13, 1865. Click here for a Civil War timeline. Approximately 620,000 soldiers died from combat, accident, starvation, and disease during the Civil War. This number comes from an 1889 study of the war performed by William F. Fox and Thomas Leonard Livermore. Both men fought for the Union. <P> There were hundreds of battles during the Civil War from New Jersey and Pennsylvania onward to the west, north, and south in other states. Only two took place in northern … territory. the majority of the rest took place in Virginia, but there were also a smattering of actions in the Far West. These included Antietam in Maryland (September, 1862) and Gettysburg, PA (July, 1863). By the war's end, most of the Southern states had been attacked and overrun by Union armies, notably those of Ulysses S. Grant and William T. Sherman. <P> Introduction. On July 21, 1861, Union and Confederate armies clashed near Manassas Junction, Virginia, in the first major land battle of the American Civil War. A+E Networks. On July 21, 1861, Union and Confederate armies clashed near Manassas Junction, Virginia, in the first major land battle of the American Civil War. <P> In August 1939, black attorney Samuel Wilbert Tucker organized a sit-in at the then-segregated Alexandria, Virginia, library. In 1942, the Congress of Racial Equality sponsored sit-ins in Chicago, as they did in St. Louis in 1949 and Baltimore in 1952. A 1958 sit-in in Wichita, Kansas also was successful. The Greensboro sit-ins were a series of nonviolent protests in Greensboro, North Carolina, in 1960, which led to the Woolworth department store chain removing its policy of racial segregation in the Southern United States.
|
On July 21,1861.
|
what are motion detectors
|
<P> Motion Sensors. Honeywell’s field-proven wireless technology is an exciting new advance in security that provides the most reliable, convenient and cost effectivesolutions for security protection. 5800PIR-OD-Outdoor Wireless Motion Detector. 5800PIR Series-Wireless Motion Detectors. <P> The Motion Detector is used to measure position, velocity, and acceleration of moving objects. <P> Motion detection devices, such as PIR motion detectors, have a sensor that detects a disturbance in the infrared spectrum. Once detected, a signal can activate an alarm or a camera that can capture an image or video of the motioner. <P> The motion sensing feature on most lights (and security systems) is a passive system that detects infrared energy. These sensors are therefore known as PIR (passive infrared) detectors or pyroelectric sensors. <P> A motion detector is basically designed to detect motion or movement in a designated area and may instantly send a signal to the security alarm system. <P> Motion detectors are perhaps best recognized for their alarm system applications. They cover various “zones” throughout your home and subsequently trigger the alarm when movement is detected. But this is the 21st century, and motion detection has come a long way in recent years. <P> A motion detector is a device that detects moving objects, particularly people. A motion detector is often integrated as a component of a system that automatically performs a task or alerts a user of motion in an area. Motion detectors form a vital component of security, automated lighting control, home control, energy efficiency, and other useful systems. <P> An electronic motion detector contains an optical, microwave, or acoustic sensor, and in many cases a transmitter for illumination. However, a passive sensor only senses a signal emitted by the moving object itself.
|
A motion detector is a device that detects moving objects, particularly people. A motion detector is often integrated as a component of a system that automatically performs a task or alerts a user of motion in an area.
|
where is seahawks training facility
|
<P> The Virginia Mason Athletic Center (VMAC) is a privately funded sporting facility situated on 19 acres (77,000 m 2) of industrial property along the shores of Lake Washington in Renton, Washington. It is the headquarters and practice facility for the NFL 's Seattle Seahawks. <P> Seahawks VMAC training facility, Renton, WA. Designed by Jon Bentz, Bentz & Associates. Making a statement. This diverse project is one that we were excited to be a part of. The entry of this new practice facility makes a dramatic statement with the modern architecture built on the shores of Lake Washington. <P> The Seattle Seahawks will host 14 training camp practices at the Virginia Mason Athletic Center (VMAC) in Renton beginning Friday, July 31 and concluding Wednesday, August 19. Registration opened on Thursday June 25th on first-come, first-served basis, exclusively through this website. There was a maximum of four (4) registrants per group, and a limit of four (4) practices per registrant. Fans 15 years or younger must be accompanied by an adult. Only fans that registered through this site will be allowed to attend practice. <P> Transportation will be available from The Landing shopping center in Renton to the VMAC facility. The last bus to VMAC leaves The Landing 45 minutes after the start of practice. This will be the only way to access Training Camp. <P> Renton, Wash. – The Seattle Seahawks will open 14 training camp practices at the Virginia Mason Athletic Center (VMAC) beginning August 3 and concluding August 20, the team announced this morning. <P> The Seahawks will open 12 training camp practices to fans at the Virginia Mason Athletic Center (VMAC) beginning July 25 and concluding August 12.
|
Virginia Mason Athletic Center.
|
what is the blood brain barrier
|
<P> The blood-brain barrier (BBB) is a diffusion barrier, which impedes influx of most compounds from blood to brain. Three cellular elements of the brain microvasculature compose the BBB-endothelial cells, astrocyte end-feet, and pericytes (PCs). <P> The blood–brain barrier (BBB) is a highly selective permeability barrier that separates the circulating blood from the brain extracellular fluid (BECF) in the central nervous system (CNS). <P> About. The blood brain barrier (BBB) is a dynamic interface that separates the brain from the circulatory system and protects the central nervous system (CNS) from potentially harmful chemicals while regulating transport of essential molecules and maintaining a stable environment. <P> blood-brain barrier. n. A physiological mechanism that alters the permeability of brain capillaries, so that some substances, such as certain drugs, are prevented from entering brain tissue, while other substances are allowed to enter freely. <P> what is blood brain barrier. A physiological mechanism that alters the permeability of brain capillaries so that some substances, such as certain drugs, are prevented from entering brain tissue, while other substances are allowed to enter freely. <P> The blood-brain barrier (BBB) is a protective barrier which is designed to keep the environment in the brain as stable as possible. It prevents many dangerous substances from entering the brain, protecting the brain from an assortment of potential risks, ranging from infection to elevated levels of hormones in the body. <P> The blood-brain barrier (BBB) is a cellular and metabolic barrier located at the capillaries in the brain that alters permeability, restricting the passage of some chemical substances and microscopic objects from the bloodstream into the neural tissue, while allowing other substances to pass into the brain. <P> blood-brain barrier, n barrier formed by epithelial cells in the capillaries that supply the brain and central nervous system. This barrier selectively allows entry of substances such as glucose, some ions, and oxygen, while blocking entry of other substances. <P> The barrier separates the parenchyma of the central nervous system from blood. The blood-brain barrier prevents or slows the passage of some drugs and other chemical compounds, radioactive ions, and disease-causing organisms such as viruses from the blood into the central nervous system.
|
The blood brain barrier (BBB) is a dynamic interface that separates the brain from the circulatory system and protects the central nervous system (CNS).
|
how to become a basketball referee in florida
|
<P> Here's how to become a basketball referee or baskebtall official: Find out about the local officials associations in your area. They are a great way for new officials to learn from veteran officials. Attend a game in your area and ask the officials what association they belong to and whom to contact for information. The association will be a valuable pool of resources for training, obtaining games and getting to know the officiating community. <P> How to Become a Basketball Referee. Over the last few years, the popularity of organized youth basketball and AAU basketball has created a surge in the demand for men and women that choose to become a basketball referee. There is quite simply a lot of work out there. <P> You become a referee by attending and successfully completing a referee training course. As of July, 2013 U.S. Soccer Federation (USSF) authorized two entry-level referee certifications: Recreational Referee Grade 9 and Referee Grade 8. However, Referee Grade 8 entry level is the most popular. With this in mind, we posted an Entry Level Referee Test below on this page. To obtain more information about becoming a soccer referee, join our Referee Forum and ask our fellow referees for advice. <P> Basketball Referee Training. To become a certified basketball referee, you must achieve a passing grade on a written rules exam. In many cases, you must also pass a floor test during which you officiate live action. This is to show that you also understand how to apply the rules in a game situation. Because basketball referee training and certification is done on a state by state basis, you must go to the website which handles high school sports in your own state to find information about how to become a basketball referee. Over the last few years, the popularity of organized youth basketball and AAU basketball has created a surge in the demand for men and women that choose to become a basketball referee. There is quite simply a lot of work out there. <P> An officiating association is a group of officials who meet periodically to discuss rules, mechanics and philosophy. They are a great way for new officials to learn from veteran officials. Attend a game in your area and ask the officials what association they belong to and whom to contact for information. The association will be a valuable pool of resources for training, obtaining games and getting to know the officiating community. <P> Earn partime income! Your local high schools need umpires and referees. THE CHALLENGE of officiating can provide some great personal rewards. As an official you must make instantaneous decisions, resolve conflicts and deal with stress and pressure. You are in a position to be a positive role model around children and young adults. Sports officials must be able to bring control to chaos; understand fairness; promote safety and encourage good sportsmanship. A sports official must have the positive characteristics of a police officer, lawyer, judge, accountant, reporter, athlete and diplomat. <P> The Central Florida Officials Association was formed in 1947 to provide officials for interscholastic sport programs of Central Florida. There are nearly 300 officials in the CFOA that are certified by the Florida High School Athletics Association (FHSAA) and scheduled for games at various schools throughout <P> Become a Referee in Florida. To become a referee in Florida you must first register with an association in your area. These local associations prepare sports officials to become basketball, soccer, football, hockey, lacrosse, volleyball and wrestling referees as well as baseball, softball and field hockey umpires. To become a high school sports referee or umpire in Florida, you must be 18-years old. You should expect to pay an entry fee along with a yearly dues assessment. The entry fee generally covers the cost of rule books, study material and, in some cases, classroom instruction. <P> Visit the Florida High School Athletic Association to learn about how to register to become a Florida referee. Use the “Directory” link to find referee and umpire training in your area. Here is even more information about how to become an official in Florida. Comments are closed. To become a high school sports referee or umpire in Florida, you must be 18-years old. You should expect to pay an entry fee along with a yearly dues assessment. The entry fee generally covers the cost of rule books, study material and, in some cases, classroom instruction.
|
To become a certified basketball referee, you must achieve a passing grade on a written rules exam. In many cases, you must also pass a floor test during which you officiate live action.This is to show that you also understand how to apply the rules in a game situation.Because basketball referee training and certification is done on a state by state basis.
|
origin of the name duckworth
|
<P> Duckworth Name Meaning. English (chiefly Lancashire): habitational name from Duckworth Fold, in the borough of Bury, Lancashire, which is named from Old English fuce ‘duck’ + wor{dh} ‘enclosure’. <P> Etymology and History of the Surname: Duckworth. View Name: DUCKWORTH. DUCKWORTH. Derivation : A habitational name from Duckworth Fold in bury,Lancashire. Fuce 'duck' + wor(dh) 'enclosure'. History : The name is of Anglo-Saxon origin.The first recorded is that of 'Henricus De (of) Dukeworth',dated 1379. <P> You can find out when most of the Duckworth families immigrated to the United States. You can focus your search to immigration records dating from that era. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival and destination. <P> Suggested Readings for the name Duckworth. 1 German Burnett (G.B.) Kyle of Logan County, Arkansas, and His Wayne County, Tennessee, Ancestors: Duckworth, Kyle, Nesbitt, Staggs, Wilson and their Descendants and Allied Families by Edith Madeline Replogle Raymond. <P> Duckworth Early Origins. First found in Cambridgeshire where one of the earliest records is of Hugo de Duckworth in 1216 who was listed in the Rotuli de Oblatis et Finibus (p. 587) and his descendant Sire John Duckworth was summoned to a great council of Westminster in 1324. <P> You can find out where the majority of the Duckworth families were living before they immigrated to the U.S and learn where to focus your search for foreign records. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival, and destination. from the New York Passenger Lists. <P> Read online surname origin books, biographies, journals, county histories, multi-generational genealogies & family trees, memoirs and other first-hand historical narratives which pertain to the Duckworth family name to help add detail and personality to the pages of your family history. <P> The following excerpt from Baines History of Lanacashire reads, in the reign of Edward 111 (1327 - 1372), Richard de Radcliffe held two carucates of land in Oswaldtwisle and Duckworth at that time called Dokeward. The surname is first recorded in the latter half of the 14th Century (see below).
|
Old English
|
how long to you cook pork tenderloin in the oven
|
<P> Swirl to coat the bottom. Roast the pork for 10 minutes: Set the pork in the pan. (It's fine if your pork tenderloin is a little long for the pan; just bend it to fit as we did here.) Return the pan to the oven. Roast for 10 minutes. Flip the pork, reduce the heat, and roast another 10 to 15 minutes: Flip the pork to the other side. <P> 1 Place the tenderloin in a roasting pan. 2 Place the pan in the oven and roast for about 15 minutes, or until the internal temperature reaches 145 degrees Fahrenheit (63 degrees Celsius). 3 Allow the pork to rest for 10 minutes before serving. 1 Roast for 30 minutes. 2 Turn the pork over and roast for another 25 minutes. 3 The pork tenderloin is ready when the internal temperature reaches 145 degrees Fahrenheit (63 degrees Celsius). 4 Remove the pork from the oven and allow <P> Roast the tenderloin for 15 to 20 minutes. Take the ovenproof skillet off the stovetop and transfer the entire pan, tenderloin included, to the oven. Cook until the juices run clear and the meat is no longer pink, roughly 20 minutes. <P> 1 Preheat oven to 500 degrees. 2 Remove tenderloin from refrigerator. 3 Season meat as desired. 4 Place seasoned meat in an uncovered roasting pan on a shelf in the bottom 1/3 of your oven. 5 Bake EXACTLY 5 1/2 minutes PER POUND. 6 Adjust +/- according to your oven's accuracy and heat retention. 7 NOTE:. 1 Remove pork from oven, lightly cover with foil, and let rest 5-10 minutes to redistribute internal juices. 2 Roast should be done, very slightly pink in the center, and very moist. 3 After resting 10 minutes, the roast should reach a safe 145-150 degrees. <P> 20 minutes a pound. Preheat an oven to 400 degrees for the first 10 minutes, and then down to 325 for the remaining period. You can put it in an oven roaster bag or cover with foil but it is unnecessary. Tenderloin is done when the juices run clear when pricked with a fork. I cook pork tenderloin most weeks. I keep it as simple as possible, trim the tenderloin, put it in an ovenproof dish with olive oil, fresh rosemary, salt and pepper, cover it with foil and put it in a 300 degree oven for about an hour. <P> 1 Weight will determine how long to cook the roast. 2 Preheat oven to 500 degrees. 3 Remove tenderloin from refrigerator. 4 Season meat as desired. 5 Place seasoned meat in an uncovered roasting pan on a shelf in the bottom 1/3 of your oven. 1 Remove pork from oven, lightly cover with foil, and let rest 5-10 minutes to redistribute internal juices. 2 Roast should be done, very slightly pink in the center, and very moist. 3 After resting 10 minutes, the roast should reach a safe 145-150 degrees. <P> Let the tenderloin cool before serving. Pan-roasting pork tenderloin Preheat your oven to 425ºF and coat an ovenproof skillet with oil. Sear the tenderloin over medium-high heat until it’s brown on all sides. Roast the tenderloin for 15 to 20 minutes until the internal temperature reads 145ºF. <P> Broil the tenderloin for 10 to 12 minutes, or 8 to 10 minutes for medallions, turning once midway through that time. An instant-read thermometer inserted horizontally into the thickest part of the tenderloin should read 140 F, or 145 F if they're medallions. Roast the tenderloin at 450 F for 10 to 15 minutes to aid browning, then reduce the oven to 325 F. Roast the tenderloin until an instant-read thermometer inserted into the thickest part shows an internal temperature of 140 F. Remove the tenderloin from your oven and cover it loosely with aluminum foil. Let it rest for 10 minutes before carving, which gives its internal temperature time to rise to 145 F, the temperature recommended by the U.S. Department of Agriculture for food safety <P> Directions. Preheat oven to 475 degrees F. Place the pork loin on a rack in a roasting pan. Combine the remaining ingredients in a small bowl. With your fingers, massage the mixture onto the pork loin, covering all of the meat and fat. Roast the pork for 30 minutes, then reduce the heat to 425 degrees F and roast for an additional hour.
|
15 to 20 minutes.
|
potassium nitrate uses
|
<P> Potassium nitrate, also known as saltpeter or niter, is a chemical compound consisting of potassium, nitrogen, and oxygen. While it has many applications, including use as a fertilizer, its most important usage historically has been as a component of gunpowder. <P> Potassium nitrate is used in agriculture, industry, solar energy plants, food and pharma. Agriculture. In agriculture, potassium nitrate is used as a water-soluble and virtually chloride-free source of nitrate-nitrogen and potassium nutrients. Due to the product‘s specific characteristics and benefits, target markets are related to high-value crops such as vegetables, fruits and flowers. <P> Potassium nitrate, also known as saltpeter or niter, has been produced for a variety of uses since at least the1st century. Historically, it was common to use urine and/or manure in the production of potassium nitrate. <P> It occurs as a mineral niter and is a natural solid source of nitrogen. Potassium nitrate is one of several nitrogen-containing compounds collectively referred to as saltpeter or saltpetre. Major uses of potassium nitrate are in fertilizers, tree stump removal, rocket propellants and fireworks. It is one of the major constituents of gunpowder (blackpowder) and has been used since the Middle Ages as a food preservative. <P> Potassium nitrate is used as a diuretic in medicine. It is also used as an ingredient in toothpastes, as it makes the teeth less sensitive to pain by interfering with the transmission of pain signals in the nerves of teeth. <P> Save. Potassium nitrate, also known as saltpeter or niter, has been produced for a variety of uses since at least the1st century. Historically, it was common to use urine and/or manure in the production of potassium nitrate. As one of the main ingredients in gunpowder, it has had quite an effect on world history.
|
agriculture, industry, solar energy plants, food and pharma
|
examples of a caste system
|
<P> LINK / CITE ADD TO WORD LIST. noun. The definition of caste is a system of hierarchical social classes, or a specific social class of people. 1 When you are of a high social status, this is an example of your caste. 2 The Brahmins are an example of a caste in the Hindu culture. b. The social position or status conferred by a system based on castes: lose caste by doing work beneath one's station. 1 A specialized level in a colony of social insects, such as ants, in which the members, such as workers or soldiers, carry out a specific function. <P> A caste system is a social system based on ascribed statuses, which are traits or characteristics that people possess as a result of their birth. Ascribed statuses can include race, gender, nationality, body type, and age. A caste system ranks people rigidly. No matter what a person does, he or she cannot change castes. <P> The caste system in India is a system of social stratification which has pre-modern origins, was transformed by the British Raj, and is today the basis of reservation in India. It consists of two different concepts, varna and jāti, which may be regarded as different levels of analysis of this system. The Caste system does not demarcate racial division. The Caste system is a social division of people of the same race.. Various sociologists, anthropologists and historians have rejected the racial origins and racial emphasis of caste and consider the idea to be one that has purely political and economic undertones. <P> Several characteristics distinguish a caste system. The first is the tendency toward endogamy, meaning that people marry within the same caste exclusively. Caste mobility is also extremely rare; one cannot transform from a laborer to a scholar except in very rare circumstances, for example. It is permissible to move from one caste to another for example by virtue of marriage, a woman from lower caste can go to upper caste family. But like any merit based system, it is difficult to go up and easy to fall down. 6. God did not create everybody and everything homogeneous nor all people's actions are same. <P> A paradigmatic, ethnographic example is the division of Indian society into social groups. Historically, the caste system in India has consisted of thousands of endogamous groups called Jatis or Quoms and Biradaris (among Muslims). The caste system in Sri Lanka is a division of society into strata, influenced by the textbook Varnas and Jāti system found in India. Ancient Sri Lankan texts such as the Pujavaliya, Sadharmaratnavaliya and Yogaratnakaraya and inscriptional evidence show that the above hierarchy prevailed throughout the feudal period. <P> Definition of Caste. A caste is a social category to which a person belongs involuntarily (one's social status is ascribed); a caste contrasts with a social class. A caste system, then, is a social structure in which people belong to such social categories; historically, an example is the caste system of India. In sociology, a caste system describes one form of social stratification <P> The Caste system in Sri Lanka is a division of society into strata, similar to the Jāti system found in India. Yezidi society is hierarchical. In Yemen there exists a hereditary caste, the African-descended Al-Akhdam who are kept as perennial manual workers. Various sociologists have reported caste systems in Africa. The caste system in Sri Lanka is a division of society into strata, influenced by the textbook Varnas and Jāti system found in India. Ancient Sri Lankan texts such as the Pujavaliya, Sadharmaratnavaliya and Yogaratnakaraya and inscriptional evidence show that the above hierarchy prevailed throughout the feudal period. <P> A caste system is a type of social structure which divides people on the basis of inherited social status. Although many societies could be described in this way, within a caste system, people are rigidly expected to marry and interact with people of the same social class. India has a well known example of a caste system, although various forms of caste systems can be found in many other cultures as well. It is permissible to move from one caste to another for example by virtue of marriage, a woman from lower caste can go to upper caste family. But like any merit based system, it is difficult to go up and easy to fall down. 6. God did not create everybody and everything homogeneous nor all people's actions are same.
|
The Brahmins are an example of a caste in the Hindu culture. The Caste system in Sri Lanka is a division of society into strata, similar to the Jāti system found in India.
|
what type of symmetry do earthworms have
|
<P> Roundworms are a member of the nemathelminths phylum or group of animals. The hookworm, pinworm and trichinella are part of this group. They are more advanced than flatworms but less advanced than earthworms. They have thin round bodies, with none of the pieces or segments that earthworms have in their bodies. Roundworms live in salt water, fresh water and the soil. Many of them are harmful to man as they are parasites. <P> There are three types of symmetry in biology: Radial, bilateral, and asymmetry. Your son's teacher is most likely only concerned with the first two. Humans have bilateral symmetry. You can divide them into two equal parts. Starfish have radial symmetry. Earthworms may appear to have radial symmetry because of their cylindrical shape, but DON'T BE FOOLED! They actually have BILATERAL symmetry. This is because they have an up and down (dorsal and ventral), and front and back (andterior and posterior). Linus · 9 years ago. Thumbs up. <P> What type of symmetry do earthworms have? already exists. already exists as an alternate of this question. exists and is an alternate of. Is there a commercial you appeared in that you prefer to keep locked in the vault of embarrassment forever? Type of annelid that includes the earthworm? What is an earthworm phylum and symmetry? What type of ... <P> Animals With Bilateral Symmetry. Most creatures we see around us have bilateral symmetry. Examples are worms, insects, spiders, fish, birds and mammals, including humans. In evolution, bilateral symmetry was an important step toward the development of a head and the concentration of sensory organs. Animals With Radial Symmetry. Animals with radial symmetry tend to have a surface that contains a mouth at the center, and they can reach out in all directions to gather food for that mouth. They can be attached to a substrate, like the sea anemone, or floating, like jellyfish. <P> An animal with radial symmetry could be divided into equal portions from the center, in the same way that you could cut a pie into wedges. An animal with radial symmetry really has no right and left side or head and rear end. Radial symmetry is ideal for animals that do not move, so they can reach into their environment on all sides. Consider the starfish as an example of radial symmetry. Animals With Radial Symmetry. Animals with radial symmetry tend to have a surface that contains a mouth at the center, and they can reach out in all directions to gather food for that mouth. They can be attached to a substrate, like the sea anemone, or floating, like jellyfish. <P> More than one line of symmetry through the central does not imply radial symmetry. I vote for ans1 as an approximation, and ans2 as a more detailed answer. The type of symmetry found in all adult achinoderms is B. Radial. 3 people found this useful. Edit. Share to: Judy Olmsted. 80,355 Contributions. Retired college science professor. <P> The symmetry of an earthworm is bilateral symmetry, which means only one line of symmetry. 3 people found this useful. Edit. Share to: 1 Eliminating Worms in the Intestines Intestinal parasites can be caused by drinking contaminated water or eating contaminated food. The type of symmetry found in all adult achinoderms is B. Radial. 3 people found this useful. Edit. Share to: Judy Olmsted. 80,355 Contributions. Retired college science professor. <P> When you have finished this page, go to the Earthworms Quiz. Earthworms are the most highly developed worms. They are divided into segments or parts. They are found in salt and fresh water as well as in the soil. Earthworms are helpful to man as bait for fishing and more importantly, because they loosen the soil for roots to grow. There are 2700 species of earthworms. Earthworms have many enemies including animals that eat them and man who uses them <P> Report Abuse. If the left and right sides are almost like mirror images of each other, that is bilateral. If it is completely different like an amoeba or something, that is no symmetry. Then there is radial symmetry like a starfish has, but you didn't ask about that.
|
Radial symmetry because of their cylindrical shape
|
what drains cell phone battery
|
<P> As with laptops and TVs, the screen on your cell phone drains a lot of its battery life. Your phone probably auto-adjusts its brightness level, but if your battery starts dipping to levels that make you anxious, you can adjust the screen brightness even lower to conserve more battery life. Bluetooth, Wi-Fi, and GPS are some of the biggest battery killers on cell phones, because they are constantly looking for possible connections, networks, or information. Turn off these features (look in your phone's settings) except when you need them to save power. <P> Here's a simple fix. You head out for the day and use your Android phone the same as usual. In the middle of the day your phone notifies you that your battery is almost dead. Here's how to stop the drain. By James Kendrick for Mobile News |. | Topic: Mobility <P> A cellphone battery, much like a car battery, will drain while it is being used. Certain actions and use patterns will increase the rate at which it drains. However, unless the phone is shut off completely, the battery is always draining to some degree. One of the most common reasons for a cellphone battery to drain is excessive usage. Talking, surfing the web, sending text messages, and watching videos will all take a toll on your cellphone battery. <P> If your battery is charging that quickly, it’s not charging to full capacity. Either your battery is old or defective. You should replace it with a new one from Samsung. The standard 2100mAh battery should give you plenty of power-I would not recommend using a battery not designed for the phone. Fortunately, Android has some of the best tools to find out what's killing your battery. Once you've identified the culprits, chances are you can extend your phone's battery life by changing some settings and taking a couple of steps to conserve battery power. <P> Even when your phone is “idle”, it is still maintaining a signal with cell towers and syncing data. If you’re in an area with poor coverage, it can make your phone work harder to connect, causing faster battery drain. A bad or failig battery can also cause the phone to drain faster than it should, even when idle. Fortunately, Android has some of the best tools to find out what's killing your battery. Once you've identified the culprits, chances are you can extend your phone's battery life by changing some settings and taking a couple of steps to conserve battery power. <P> Instructions. Power on the cell phone with the battery inside. Leave the cell phone on until the battery drains. This may take several days. You can speed the process by talking on the phone, since cell phones have a shorter talk time than standby time. Enable wireless services such as Bluetooth or Wi-Fi. Before you put it away, you should give some thought to the battery. If you are storing a battery for a cellular phone, it's best to store it empty, or almost empty. Long term storage of the lithium ion batteries that cell phones use can lower the total storage capacity of the battery if it is stored at full charge. <P> GPS is a huge battery hog, as it harnesses data from the phone's GPS chip, cell phone towers, and Wi-Fi hotspots to find your location. The more a phone surveys your location, the more battery it uses. And that goes beyond just Google Maps. Android gets a bad rap for short battery life, but that's only if you stick with its default settings. Make these simple adjustments to give your phone or tablet a battery boost. This content is rated TV-MA, and is for viewers 18 years or older. <P> Android phones are good smartphones, but they occasionally suffer from the nasty Sudden Battery Drain Syndome.. That's the situation where the phone battery, with no different use by the owner, suddenly drains for no apparent reason. You head out for the day and use your Android phone the same as usual. In the middle of the day your phone notifies you that your battery is almost dead. Here's how to stop the drain. By James Kendrick for Mobile News |.
|
It drain while it is being used.
|
what are Territorial cheeses
|
<P> By Bill Anderson, Apprentice Wisconsin Cheesemaker. Perhaps the most famous example of an English Territorial cheese is Cheddar, but the category includes many others: Stilton, Cheshire, Caerphilly, Lancashire, Gloucester, Double Gloucester, and others. Each is named after the region or territory from which it gets its name. <P> This acidifcation of the curd helps expell whey and create a dryer cheese. Cheesemakers handling the curd during the cheddaring process. Once the acidity has reached a certain critical level, the curd mass is run through a curd mill, which breaks apart the curd slabs into individual curds. <P> As the cheeses dry down with age, the flavor becomes more concentrated, and the cheeses take on interesting flavor notes. Cheddar is probably the least acidic and chalky of the English Territorial cheeses. <P> Somerdale Territorial Cheeses. RED LEICESTER. Originally made from the milk left over from Stilton making after quotas had been filled, this lovely cheese has a firm body with a slightly open and crumbly texture. <P> Many of these cheese varieties are used in later manufacture at Grandma Singletons, to produce our prize winning blended dessert and savoury cheese varieties. <P> Sort by: The regional cheese of England and Wales are some of the oldest known cheese varieties in the world, and as their name suggests, they each have their own distinct characteristics and recipes. <P> Hard Cheese-Firm-These are cheeses which have been pressed to remove as much of the whey and moisture from the curds as possible to ensure a long keeping product. Cheeses may be matured from anything between 12 weeks in the case of mild Cheddar, up to 2 years or more in the case of vintage Cheddar, Parmesan or Manchego.
|
Stilton, Cheshire, Caerphilly, Lancashire, Gloucester, Double Gloucester, Red Leicester and others.
|
what color is a normal stool
|
<P> Brown. Brown is the normal color of poop. There is a pigment called bilirubin that is formed when the red blood cells in the liver and bone marrow break down. This ends up (by a complicated process) in the intestines where bacteria begins to form and eat which turns the poop brown. <P> 1 Virtually all brownish-tan to medium shades of brown (color caused by bile during digestion) and even green (colored by green vegetables) are considered normal. 2 Very dark brown stool color indicate a potentially serious intestinal condition due to bleeding. Four Methods: Probably normal ~ Seek emergency care Worries Newborns, infants and toddlers. Colors of poop do indicate health -- versus a number of illnesses, suggesting specific, possible problems to get attention! Stop being puzzled by amorphous colors of bowel movements -- now colors can suggest warnings or not! <P> Color : “Bowel movements are generally brown in color because of bile, which is produced in the liver and important to the digestion process,” Aserkoff tells WebMD. The food you eat typically takes three days from the time you eat it until it finishes its journey in your toilet, Aserkoff says. Color can be a red flag when it’s a drastic change, Aserkoff says. “If stool is black, it can mean that you are bleeding internally, possibly as a result of an ulcer or cancer ,” he says. Stool that is black due to bleeding is also sticky (tarry) and smells bad. <P> 1 Black stool may be from blackberries, blueberries, iron in red meat, spinach, iron supplements or Pepto-Bismol. 2 Other causes of black bowel movement. 3 Red stool may be from beets, artificial colors in drinks, sweets, or ice creams, red gelatin, tomato juice or soup. Color of a normal bowel movement in most people is any shade of brown, including light brown (described as yellow by some), but this is not the same as bright yellow) . The following stool colors may be also normal, if they result from ingested substances: 1 Green stool may result from ingesting a large amount of leafy vegetables, artificially-colored drinks, black licorice, iron or vitamin supplements <P> 1 Other causes of green bovel movement. 2 Black stool may be from blackberries, blueberries, iron in red meat, spinach, iron supplements or Pepto-Bismol. 3 Other causes of black bowel movement. 4 Red stool may be from beets, artificial colors in drinks, sweets, or ice creams, red gelatin, tomato juice or soup. Color of a normal bowel movement in most people is any shade of brown, including light brown (described as yellow by some), but this is not the same as bright yellow) . The following stool colors may be also normal, if they result from ingested substances: 1 Green stool may result from ingesting a large amount of leafy vegetables, artificially-colored drinks, black licorice, iron or vitamin supplements <P> Stool (feces) color is most commonly brown. When stool color changes an person often becomes concerned. The presence of the bilirubin in the bile (a breakdown product of the hemoglobin in red blood cells that are normally destroyed after a useful life of several weeks) is generally responsible for stool color. 1 Changes in stool color may be due to diarrhea; bleeding in the intestine; diseases of the intestines, liver, or pancreas; and medications. 2 Diagnosis when stool color changes depends on what process is suspected of causing the change, for example, gastrointestinal (GI) endoscopy if bleeding is supsected. <P> 1 When not sure, blood in the stool has to be considered. 2 Orange stool may be from vitamin A, antacids, artificial colors, butter-fish, carrots, sweet potatoes, kale, spinach, turnip greens, winter squash, collard greens, cilantro, fresh thyme. 3 Other causes of orange bowel movement. Color of a normal bowel movement in most people is any shade of brown, including light brown (described as yellow by some), but this is not the same as bright yellow) . The following stool colors may be also normal, if they result from ingested substances: 1 Green stool may result from ingesting a large amount of leafy vegetables, artificially-colored drinks, black licorice, iron or vitamin supplements <P> Yesterday, my stool color was bright green. Stool comes in a range of colors. All shades of brown and even green are considered normal. Only rarely does stool color indicate a potentially serious intestinal condition. Stool color is generally influenced by what you eat as well as by the amount of bile — a yellow-green fluid that digests fats — in your stool. As bile pigments travel through your gastrointestinal tract, they are chemically altered by enzymes — changing the pigments from green to brown. <P> Although slight changes in stool color may be temporary and considered normal, a stool color chart may help one detect any abnormal changes. Other imaging techniques to examine for tumors or other changes in the gastrointestinal tract include CT scan, ultrasound, and magnetic resonance imaging (MRI).
|
All shades of brown and even green are considered normal.
|
what do dutch speak
|
<P> Dutch is a Germanic language spoken by about 27 million people world-wide. Most people living in the Netherlands and Flanders (the northern part of Belgium) use it as a first language, while in Suriname, Aruba and the Netherlands Antilles it is widely used as a second language. Dutch phrasebook. Dutch is the ancestor of the Afrikaans language spoken in South Africa and Namibia, which is mutually intelligible to Dutch. Lastly, it is closely related with other West Germanic languages, such as German (especially the Low German dialects), English and West Frisian. <P> No, Dutch is the language spoken in the Netherlands. German is the language of principally Germany, Austria and most of Switzerland. There are people who speak Dutch in Germ … any, they learn it at school or live in the area adjacent to the Netherlands; mainly around Cleves. The Dutch language is a Germanic language mainly spoken in the Netherlands, northern Belgium (Flanders), Suriname and the Dutch Antilles. Small pockets of Dutch speakers also … live in Northwestern France (around Calais) and western Germany, around the city of Cleves. In South Africa, Afrikaans is spoken. <P> Yes-Dutch is a West Germanic language spoken mainly in the Netherlands, Belgium and Suriname. But only in the Netherlands it's proper Dutch. And the Belgians speak Flemish (and French). The Dutch language is a Germanic language mainly spoken in the Netherlands, northern Belgium (Flanders), Suriname and the Dutch Antilles. Small pockets of Dutch speakers also … live in Northwestern France (around Calais) and western Germany, around the city of Cleves. In South Africa, Afrikaans is spoken. <P> Dutch is spoken not only in the Netherlands, but it is also the official language of Flanders, the neighbouring northern provinces of Belgium. Worldwide, Dutch is a national language in Suriname (South America), Aruba and the Dutch Antilles (Caribbean). <P> While Dutch generally refers to the language as a whole, Belgian varieties are sometimes collectively referred to as Flemish . In both Belgium and the Netherlands, the native official name for Dutch is Nederlands, and its dialects have their own names, e.g. In Europe, Dutch is the majority language in the Netherlands (96%) and Belgium (59%) as well as a minority language in Germany and France. Though Belgium as a whole is multilingual, the two regions into which the country is divided (Flanders, Wallonia) are largely monolingual. <P> Dutch (Nederlands). Dutch is a West Germanic language with about 20 million speakers mainly in the Netherlands and Belgium. There are small Dutch-speaking communities in northern France around Dunkerque and Dutch is also spoken in Aruba, the Netherlands Antilles, Suriname and in Indonesia. <P> Dutch is the official language in the Netherlands, Surinam, and the Netherlands Antilles. Dutch is also spoken in Belgium, Aruba, South Africa and Indonesia. The name Dutch is from the word Dietsc or Duutsc which means 'language of the people'. <P> Best Answer: Dutch is a German language. Its grammar and vocabulary looks like the English one. For example: Hello, my name's John, I live in Amsterdam sounds in Dutch as Hallo, mijn naam is Jan, ik woon in Amsterdam.. Dutch is the only official language in the Netherlands. The Netherlands are often conferred with Belgium, but it are two different countries. In Belgium, people also speak Dutch (Dutch is called Flemish overthere) , although it's not the only official language. The word Dutch is a bastardised name used by people from english speaking countries. In The Netherlands nobody uses the word Dutch.... In the Netherlands people speak Nederlands and Frisian aswell as many dialects....
|
Dutch is a Germanic language spoken by about 27 million people world-wide.
|
how long to marinate pork chops for grilling
|
<P> Preheat grill to medium-high. Lightly coat grill rack with nonstick cooking spray. Place pork chops on grill, and cook for 5 minutes on one side. Flip chops over and brush marinade on chops, add pineapple to grill and cook for an additional 3 to 4 minutes. <P> 1 In deep bowl mix all marinade ingredients. 2 Marinate at least 2 hours. 3 Remove from marinade and cook over medium-high heat on greased grill for no more than 15 minutes or until done. 4 Cooking time for second side is shorter by 1-2 minutes. <P> That's easy. Heat a grill or grill pan over medium heat. Remove the pork chops from the bag and lightly sprinkle with salt and pepper. Place on the grill and cook until the pork chop releases from the grill, about 4 minutes. Flip and cook on the other side for another 3 minutes. If using a grill pan, be sure to do in batches so you don't steam the chops. And don't worry if you have neither; you can do this in a pan. <P> Directions. 1 In deep bowl mix all marinade ingredients. 2 Marinate at least 2 hours. 3 Remove from marinade and cook over medium-high heat on greased grill for no more than 15 minutes or until done. 4 Cooking time for second side is shorter by 1-2 minutes. <P> 1 Remove from marinade and cook over medium-high heat on greased grill for no more than 15 minutes or until done. 2 Cooking time for second side is shorter by 1-2 minutes. 3 3/4 or thinner, 5-6 minutes maximum per side, thicker than 3/4 6-7 minutes maximum per side. <P> 1 Marinate at least 2 hours. 2 Remove from marinade and cook over medium-high heat on greased grill for no more than 15 minutes or until done. 3 Cooking time for second side is shorter by 1-2 minutes. 4 3/4 or thinner, 5-6 minutes maximum per side, thicker than 3/4 6-7 minutes maximum per side.
|
About 4 minutes
|
meaning of the name daniela
|
<P> Hebrew Meaning: The name Daniela is a Hebrew baby name. In Hebrew the meaning of the name Daniela is: God is my judge. American Meaning: The name Daniela is an American baby name. In American <P> Meaning of Daniela. Spanish name. In Spanish, the name Daniela means-god is my judge. Other origins for the name Daniela include-Spanish, Hebrew.The name Daniela is most often used as a girl name or female name. Spanish Name Meaning <P> The name Daniella is a Hebrew baby name. In Hebrew the meaning of the name Daniella is: God has judged, or God is judge. The Old Testament Daniel was a 6th century BC prophet who miraculously survived the den of lions. <P> Hebrew Meaning: The name Daniella is a Hebrew baby name. In Hebrew the meaning of the name Daniella is: God has judged, or God is judge. The Old Testament Daniel was a 6th century BC prophet who miraculously survived the den of lions. American Meaning: The name Daniella is an American
|
God is my judge
|
how much does it cost to have egress windows installed
|
<P> Egress Window Installation Cost. Egress window installation cost ranges from $1,900 to $5,250 for a professional contractor. DIY installation ranges roughly from $250 to $650. Neither of these egress window prices includes the cost of the window itself. A 20 by 24 casement (the smallest sized window that will meet code will cost $200 to $750). <P> Cost of Egress Windows. If you’re simply replacing an existing egress window, budget anywhere from about $200-$1,200, depending on the material. A vinyl window will fall on the low end of that range, fiberglass will fall somewhere in the middle and wood will fall on the higher end. <P> Egress Window Costs & Prices. Egress window cost will vary from $1100 to $2600 for the windows and installation. The price difference can be found in whether you are simply replacing a basement window or installing a whole project that complies with building codes and therefore qualifies as an emergency exit. <P> Egress Window Cost. Installation: $1,000 to $2,000. Replacing windows doesn’t cost more than any other project (although installing in concrete can be tricky). The retaining wall – plans, getting the plans approved, labor and materials – will run up to $2,000 for a code compliant basement egress. <P> Premium Egress Windows Prices. Premium egress basement window projects will cost between $3,000 and $5,000, which includes all of the preparation and installation steps, the materials, as well as the window itself. <P> The cost will depend a great deal on your topography around the house-if the base of the window will be above ground level at least 6 inches, then could run about $500 for a legal egress window purchase and about $1000-2000 for installation, depending on how deep into the concrete you have to cut.
|
Egress window installation cost ranges from $1,900 to $5,250 for a professional contractor.DIY installation ranges roughly from $250 to $650.
|
the junction between a motor neuron's axon and the muscle cell membrane is called a
|
<P> • The neuromuscular junction is the place where the terminal portion of a motor neuron axon meets a muscle cell membrane, separated by a synaptic cleft. • An action potential arriving at the axon terminal brings about the release of acetylcholine, which leads to depolarization of the motor end plate. <P> The particular synapse made between a spinal motor neuron and skeletal muscle cell is called the motor endplate because of its specific structure. The synapse at the neuromuscular junction has three characteristic features of chemical synapses in the nervous system. <P> This special form of synapse between a motor neuron axon and a muscle fibre is called a neuromuscular junction. The arrival of a nerve impulse at the neuromuscular junction causes thousands of tiny vesicles (pouches) filled with a neurotransmitter called acetylcholine to be released from the axon tip into the synapse. <P> Neuromuscular junction can be defined as a synapse the motor neuron and the muscle fiber. Actually the synapse occurs between the “synaptic end bulbs” of the motor neuron and “motor end plate ” of muscle fiber. The motor end plate is in fact the highly excitable region of muscle fiber plasma membrane and it is responsible for initiating action potentials across the muscle surface. <P> The junction between a motor neruon's axon and the muscle cell membrane is called a neuromuscular junction or a myoneural junction? <P> Acetylcholine released by the motor neuron at the neuromuscular junction changes the permeability of the cell membrane at the motor end plate. The permeability change allows t … he influx of positive charge, which triggers an action potential. <P> • The neuromuscular junction is the place where the terminal portion of a motor neuron axon meets a. muscle cell membrane, separated by a synaptic cleft. • An action potential arriving at the axon terminal brings about the release of acetylcholine, which. leads to depolarization of the motor end plate. <P> The junction between the axon terminals of a neuron and the receiving cell is called a synapse. (Synapses at muscle fibers are also called neuromuscular junctions or myoneural junctions 1 .). Action potentials travel down the axon of the neuron to its end(s), the axon terminal(s). <P> The neuromuscular junction comprises four cell types: the motor neuron, terminal Schwann cell, skeletal muscle fibre and kranocyte, with the motor neuron and muscle fibre separated by a gap called the synaptic cleft.
|
Neuromuscular junction or a myoneural junction.
|
how long does a philosophy degree take at oxford
|
<P> Students studying philosophy on the graduate level in the US should expect to spend the first two years completing a Master’s degree on the way to the PhD. Upon graduation at the end of four to six years, the student will have both a Master’s degree in philosophy and a PhD. The length of time it takes to graduate is usually dependent upon how long it takes the student to finish the dissertation. It is nearly impossible to acquire fulltime work in philosophy with less than a PhD, and jobs are exceptionally competitive. A master’s degree in philosophy will help a student obtain other jobs in law, ethics, or secondary school education, but will do little for university work. <P> Master of Philosophy is offered by many Universities in Australia, and are often the only option to undertake a master's degree in select schools. In the University of Western Australia, for example, the School of Mathematics offers the Master of Philosophy. In most UK universities, completion of a M.Phil. typically requires two years of full-time or five years or more of part-time study (being five or seven years from initially entering university) and the submission of a thesis comprising a body of original research undertaken by the candidate. <P> The system of academic degrees in the University of Oxford can be confusing to those not familiar with it. This is not merely because many degree titles date from the Middle Ages, but also because many changes have been haphazardly introduced in recent years. The DPhil is a research degree, modelled on the German and American PhD, which was introduced in 1914. Rather atypically, Oxford was the first university in the UK to accept this innovation. 1 Doctor of Clinical Psychology (DClinPsychol). 2 Doctor of Engineering (EngD). <P> M.Phil. in Economics. The MPhil is designed to provide training in economics at the graduate level. It is comparable to the first two years of a PhD programme at the best US universities. The MPhil provides a solid foundation for progressing to the DPhil (doctorate) programme at Oxford or elsewhere. The Department of Economics at Oxford University has around 300 graduate students, amongst whom are some of the finest aspiring economists from around the world. <P> The degrees in Science and Letters were added in the 19th century, and the degree in Philosophy was added in 1914. The higher bachelor's degree programme is generally a taught programme of one or two years for graduates. The DPhil is a research degree, modelled on the German and American PhD, which was introduced in 1914. Rather atypically, Oxford was the first university in the UK to accept this innovation. 1 Doctor of Clinical Psychology (DClinPsychol). 2 Doctor of Engineering (EngD). <P> The new degrees of DClinPsychol and EngD are professional degrees in the American model. The EngD is the only Oxford degree to use the Cambridge abbreviation format. The DPhil is a research degree, modelled on the German and American PhD, which was introduced in 1914. Rather atypically, Oxford was the first university in the UK to accept this innovation. 1 Doctor of Clinical Psychology (DClinPsychol). 2 Doctor of Engineering (EngD). <P> In Norway, the degree of MPhil is a 'standard' Master's degree (120 ECTS credits) at a level equivalent to an MA or MSc. Upon completion, the MPhil qualifies for acceptance to a PhD program, but is most often taken as a stand-alone qualification. In most UK universities, completion of a M.Phil. typically requires two years of full-time or five years or more of part-time study (being five or seven years from initially entering university) and the submission of a thesis comprising a body of original research undertaken by the candidate. <P> The prerequisites required for a Master of Philosophy degree make it the most advanced research degree before the Doctor of Philosophy (Ph.D. or D.Phil.). An M.Phil. is in most cases thesis-only, and is regarded as a senior or second master's degree, standing between a taught Master's and a Ph.D. In most UK universities, completion of a M.Phil. typically requires two years of full-time or five years or more of part-time study (being five or seven years from initially entering university) and the submission of a thesis comprising a body of original research undertaken by the candidate. <P> The length of time you spend on your education depends on what level you are trying to reach. An Associate of Arts program in philosophy will take two years. A bachelor’s degree will take 4 years to finish. You will need to spend two additional years in the program if you wish to obtain a master’s degree and three to five years after that if you enter into a doctoral program. Because of the broad spectrum of jobs that can be obtained with a philosophy degree, this question is difficult to answer definitively. Those who enter the academic realm earn a median of $59,000 with the potential increase to over $90,000. The corporate sector often begins at $35,000 and increases with promotions. <P> Admission Requirements. To apply to a Ph.D. in Philosophy program, students typically must hold at least a bachelor's degree with a major or minor in philosophy and a minimum GPA. Students also usually must submit Graduate Record Examination (GRE) scores and may need to send in a writing sample or recommendation letters. Length of Time Required. The average Ph.D. in Philosophy program takes 5-7 years to finish, but that time varies depending on the students' part-time or full-time enrollment status.
|
4 years for bachelor's degree.
|
what is the salary of a massage therapist
|
<P> For example the median expected annual pay for a typical Massage Therapist in the United States is $47,729 so 50% of the people who perform the job of Massage Therapist in the United States are expected to make less than $47,729. Source: HR Reported data as of October 2015. Medi <P> The median annual wage for massage therapists was $35,970 in May 2012. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $18,420, and the top 10 percent earned more than $70,140. <P> Read more on salaries and benefits here. The BLS reports the median annual wage for massage therapists was $35,920 in 2013. The best-paid 10 percent in the profession made more than $71,020, while the bottom 10 percent made less than $18,280. <P> Mean Annual Massage Therapist Salary. The average annual massage therapist salary is $40,400. The mean salary is calculated by adding all the wages within the occupation and dividing that value by the total number of employees. The lowest 10% of this occupation makes less than $18,280 and the top 10% makes over $71,020. <P> The current average annual massage therapist salary is a comfortable $40,400. While this salary can be marginally influenced by the industry worked, of greater influence is the experience of the massage therapist (and, related to this, their education), as well as their geographic location. <P> Salary Outlook. The BLS reports the median annual wage for massage therapists was $35,920 in 2013. The best-paid 10 percent in the profession made more than $71,020, while the bottom 10 percent made less than $18,280. <P> According to the 2014-15 Occupational Outlook Handbook from the U.S. Bureau of Labor Statistics (BLS), the median annual salary for massage therapists is $35,970 per year. Actual salaries may vary greatly based on specialization within the field, location, years of experience and a variety of other factors.
|
Average $40,400 (annual)
|
what is the liquid that oozes from eczema called
|
<P> The itching can be severe and persistent, especially at night. Scratching the affected area of skin usually causes a rash. The rash is red and patchy and may be long-lasting (chronic) or come and go (recurring). The rash may: 1 Develop fluid-filled sores that can ooze fluid or crust over. 2 This can happen when the skin is rubbed or scratched or if a skin infection is present. 1 Babies (2 months to 2 years): The rash is often crusted or oozes fluid. 2 It's most commonly seen during the winter months as dry, red patches on the cheeks. 3 Children (2 years to 11 years): The rash is usually dry. <P> Like other diseases, eczema can be acute (happening relatively suddenly) or chronic (happening for a long time). Acute eczema usually comes with redness, oozing and weeping, and microscopic vesicles (fluid-filled pockets) in the epidermis (the outermost layer of our skin). Eczema is often an allergic reaction to something that contacts the skin, and people with eczema also tend to have allergic rhinitis, asthma, or both. The term eczema is generic: there are several different varieties, with different causes, different appearance, and sometimes different treatments. 1 Contact Dermatitis. <P> Eczema is a widespread and unpleasant condition caused by the skin’s overreaction to common substances such as soap, food and dust. The skin reddens, itches, and becomes dry, scaly or bubbly. Annoyingly, these dry patches of skin may also ooze a watery or sticky fluid. Eczema has the ability to make life miserable for young and old. How far the rash spreads depends on the person. <P> Knowledge center. Pus is a protein-rich fluid called liquor puris, usually whitish-yellow, yellow, or yellow brown in color. Pus consists of a buildup of dead leukocytes (white blood cells) from the body's immune system in response to infection. It accumulates at the site of inflammation. When the buildup is on or very near the surface of the skin it is called a pustule or pimple. An accumulation of pus in an enclosed tissue space is called an abscess. <P> Eczema. Eczema is not really a single disease of the skin. Rather, eczema is a generic name for a particular kind of skin reaction where you see itching, fluid weeping or oozing from the rash, and lichenification (skin thickening where the normal fine lines on the skin surface become deeper and stand out more). Eczema is often an allergic reaction to something that contacts the skin, and people with eczema also tend to have allergic rhinitis, asthma, or both. The term eczema is generic: there are several different varieties, with different causes, different appearance, and sometimes different treatments. 1 Contact Dermatitis. <P> Eczema refers to a chronic inflammatory skin condition, characterized by dry skin, with patches that are red and intensely itchy. These patches of eczema may ooze, become scaly, crusted, or hardened. One of the most common symptoms of atopic eczema is itching (pruritus), which can be almost unbearable. Other symptoms include dryness of the skin, redness and inflammation. Constant scratching can also cause the skin to split, leaving it prone to infection. <P> Atopic Dermatitis (which is often called eczema) is an itchy, red rash. It can appear all over the body. Many people have it on their elbows or behind their knees. Babies often have eczema on the face, especially the cheeks and chin. They can also have it on the scalp, trunk (chest and back), and outer arms and legs. <P> Eczema is a term for a group of medical conditions that cause the skin to become inflamed or irritated. The most common type of eczema is known as atopic dermatitis, or atopic eczema. Atopic refers to a group of diseases with an often inherited tendency to develop other allergic conditions, such as asthma and hay fever. <P> Eczema Herpeticum. Skin that becomes inflected with the herpes simplex virus (the virus that causes cold sores) is called eczema herpeticum. The symptoms may include painful pus or fluid filled blisters or sores, which may be accompanied by fever, tiredness, and swollen glands. One of the most common symptoms of atopic eczema is itching (pruritus), which can be almost unbearable. Other symptoms include dryness of the skin, redness and inflammation. Constant scratching can also cause the skin to split, leaving it prone to infection.
|
Atopic dermatitis
|
what is the size of a basketball court
|
<P> Basketball courts come in different sizes and colors. In the NBA, the court is 94 feet (29 m) by 50 feet (15 m). Under International Basketball Federation (FIBA) rules, the court is minutely smaller, measuring exactly 28 metres (92 ft) by 15 metres (49 ft). <P> The size of basketball court in India is similar to most of the basketball courts in the world. The length is 94 feet and the width of the court is 50 feet. The standard NBA Court is 94 feet by 50 feet. A lot fo High Schools and Colleges built them 84 feet by 50 feet The 'lost' 10' (ten feet) is removed as 5' from either side of the centre line All dimensions remain the same however the radius of the 3 point line changes NBA 23'-9. <P> Court Size Overall: The overall size of a High School Basketball court is typically 84 feet long and 50 feet wide. Some Junior High School court will measure 74 feet long and 42 feet wide. The Foul Line: For all courts the “foul line” distance is 15 feet from the foul line to the front of the backboard. <P> A high school court is slightly smaller, at 84 feet (26 m) by 50 feet (15 m). In amateur basketball, court sizes vary widely. The baskets are always 10 feet (3.0 m) above the floor (except possibly in youth competition). In the NBA, the court is 94 feet (29 m) by 50 feet (15 m). Under International Basketball Federation (FIBA) rules, the court is minutely smaller, measuring exactly 28 metres (92 ft) by 15 metres (49 ft). <P> Let me start with the length and the breadth of the basketball court. The FIBA defines the length of the basketball court to be 91.86 ft (28 m) and the length of an NBA court is 94 ft (28.65 m). The breadth of a FIBA court is 49.21 ft (15 m) and the breadth of an NBA court is 55 ft (15.24 m). <P> Basketball is a sport played by two teams of five players on a rectangular court. The objective is to shoot a ball through a hoop 18 inches (46 cm) in diameter and 10 feet (3.048 m) high mounted to a backboard at each end. <P> What is size of basketball court? 94 feet by 50 feet for college and the NBA and for high school and elementary school they are 84 feet by 50 feet / 74 feet by 42 feet. The standard NBA Court is 94 feet by 50 feet. A lot fo High Schools and Colleges built them 84 feet by 50 feet The 'lost' 10' (ten feet) is removed as 5' from either side of the centre line All dimensions remain the same however the radius of the 3 point line changes NBA 23'-9. <P> Basketball Court Dimensions. Basketball court dimensions are as follows: #1 NBA/NCAA-regulation basketball court dimension is 94' long by 50' wide. #2 High School basketball court dimension measure 84' long by 50' wide. #3 Jr. High School basketball court dimension measure 74' long and 42' wide. Click here for a diagram layout of basketball court dimensions. <P> In basketball, the basketball court is the playing surface, consisting of a rectangular floor with tiles at either end. In professional or organized basketball, especially when played indoors, it is usually made out of a wood, often maple, and highly polished. In the NBA, the court is 94 feet (29 m) by 50 feet (15 m). Under International Basketball Federation (FIBA) rules, the court is minutely smaller, measuring exactly 28 metres (92 ft) by 15 metres (49 ft).
|
In the NBA, the court is 94 feet (29 m) by 50 feet (15 m) and under FIBA rules, court is 28 metres (92 ft) by 15 metres (49 ft).
|
what does velocity mean
|
<P> Velocity as a Vector Quantity. Velocity is a vector quantity that refers to the rate at which an object changes its position.. Imagine a person moving rapidly-one step forward and one step back-always returning to the original starting position. While this might result in a frenzy of activity, it would result in a zero velocity. Just as distance and displacement have distinctly different meanings (despite their similarities), so do speed and velocity. Speed is a scalar quantity that refers to how fast an object is moving.. Speed can be thought of as the rate at which an object covers distance. <P> If an object has zero acceleration, its velocity doesn't have to be zero. Acceleration is a measure of the change in velocity over time. Zero acceleration means there is no ch … ange in velocity over time, namely constant velocity. Constant velocity can be any velocity (including zero velocity or at rest), so the object's velocity doesn't have to be zero to have zero acceleration. <P> Part of the IT standards and organizations glossary: Velocity is a vector expression of the displacement that an object or particle undergoes with respect to time. The standard unit of velocity magnitude (also known as speed) is the meter per second (m/s). Alternatively, the centimeter per second (cm/s) can be used to express velocity magnitude. <P> Relevance. Rating Newest Oldest. Best Answer: Velocity is the vector version of speed. Speed and velocity are NOT the same thing. --------------------------------------... Imagine a mass travelling to the right with speed 5ms^-1 To know the velocity, you have to assign a direction +/-. <P> Usage We normally think of velocity as the speed at which an object is traveling. But in physics, velocity and speed are not the same. Like speed, velocity refers to the rate at which an object is moving—the distance per unit of time. But velocity in physics also includes the direction in which the object is moving, whereas direction has no bearing on an object's speed <P> Report Abuse. Velocity is a vector, meaning it has a magnitude, as well as a direction. If something is at constant velocity, this means that it is moving at a constant speed and in a constant direction. If a car moves at 55 mph toward North for 15 minutes and then 55 mph East for 15 minutes, it does not have constant velocity for the 30 minute period, because it changed direction. Relevance. Rating Newest Oldest. Best Answer: constant velocity For example, an object moves at 55mph for the entire 30 minutes--moving at a constant speed and even after 30 minutes it will move with the same speed if it is a constant even after 30 minutes. <P> The velocity of an object is the rate of change of its position with respect to a frame of reference, and is a function of time. Velocity is equivalent to a specification of its speed and direction of motion, e.g. 7001166666666666666♠60 km/h to the north. Velocity is an important concept in kinematics, the branch of classical mechanics that describes the motion of bodies. Thus, a constant velocity means motion in a straight line at a constant speed.. For example, a car moving at a constant 20 kilometres per hour in a circular path has a constant speed, but does not have a constant velocity because its direction changes. Hence, the car is considered to be undergoing an acceleration. <P> Velocity. In kinematics, velocity is the rate of change of the position of an object, equivalent to a specification of its speed and direction of motion. Speed describes only how fast an object is moving, whereas velocity gives both how fast and in what direction the object is moving. Thus, a constant velocity means motion in a straight line at a constant speed. If there is a change in speed, direction, or both, then the object is said to have a changing velocity and is undergoing an acceleration.
|
Motion in a straight line at a constant speed.
|
cost of long term care insurance by age
|
<P> Medicare may pay some long-term care costs. Medicare is a federal program that pays for health care for people over age 65 and for people under age 65 with disabilities. If you meet all the necessary requirements for Medicare, it will cover up to 100 days of skilled care in a nursing home, per benefit period. <P> Costs increase on your birthday. The annual rate increases are generally 2-4 percent in your 50s but start to be 6 to 8 percent per-year in your 60s. In 2009, new buyers of individual long-term care insurance were the following ages: Under age 54 (26.5%). <P> Rates charged by different providers also vary significantly. According to a 2011 survey conducted by the American Association for Long Term Care Insurance, a typical comprehensive policy paying up to $150 per day for three years of care cost an average of $1,480 annually for a single person if purchased at age 55. However, premiums ranged from $1,325 to a high of $2,550. <P> Paying for LongTerm Care Without private insurance or public program coverage, the high cost of longterm care is unaffordable for most Americans. The average private pay cost of a nursing home stay in 2012 was about $88,000 per year and exceeded $100,000 in 10 states. <P> A long-term care insurance policy typically pays from $50 to $250 per day for nursing home care. To find out how much coverage you might need, call local nursing homes, home health care agencies, and adult day care centers in your area and ask about their cost for daily care. <P> In 2007, the average long-term care insurance policy: 1 Cost about $2,207/year. 2 Covered 4.8 years of benefits, excluding the 20 percent of people who elected lifetime coverage. 3 Had a daily benefit amount of $160. 4 Was a comprehensive policy covering both facility and at-home care.
|
$1,325 to a high of $2,550
|
how do i pay my netflix bill
|
<P> How to Pay Your Bill. When customers sign up for Netflix, you will link a valid credit card or debit card. The payment deducts from your account on a monthly basis. 1 By phone: Customers can reach out to the customer service department by calling 1-888-811-1933. <P> Netflix is a monthly service and will charge you every month on the date you signed up. If your billing date is scheduled for a date that does not occur in a given month, you'll be billed on the last day of that month instead. <P> How to Pay the Bill. Many customers start a Netflix subscription with a free trial. The free trial lasts from two weeks to one month, depending on the trial details. When signing up for the trial, customers are required to enter a Visa, Mastercard, American Express or Discover credit card number. <P> Pay by credit card online: You can pay your Netflix bill online at https://signup.netflix.com/Login. Bills are automatically debited from the card used when the trial is started. Customers can change the method of payment from their online account at any time before the payment date. <P> You can use a credit card or PayPal to pay for your Netflix membership. If you want to use PayPal you can login with your PayPal account. If you are using a credit card, enter in your credit card information into the fields provided. 1 You will be charged monthly using the payment method you provide. <P> Netflix is a pay-as-you-go service. There is no standing contract so customers are not charged penalty fees from Netflix if payments are denied. However, the credit card or bank account terms of service may outline penalty fees assessed for presenting charges without funds. <P> The Help section of the Netflix site allows customers to search for information about billing, streaming and fees. If your question is not answered through this Help section, contact customer service at 1-888-811-1933. Customers can use the service code 888 000 for faster customer service.
|
Use a credit card or PayPal.If you use paypal login with your paypal account and if you use credit card enter your credit card information.
|
how much to hire medical bed
|
<P> If you have decided that you will choose hospital bed hire your next task will be to decide on what type of bed you need. There is a lot of option with this and hopefully the following advice will help you narrow your selection down. 1 Decide if you need a special mattress and make sure that this will go with the bed you want to hire. 2 If you are on bed rest then it might mean that you are at risk of developing pressure sores. 3 These ulcers can be nasty and drastically slow down your recovery. <P> In addition to incorporating all the features that come with the Manual and Semi-Electric bed, the full electric hospital bed rental also has a 110-volt outlet built into the unit. Hospital bed rentals are an economical way for patients to utilize medical beds and their inherent benefits in a home setting. These beds do not require electricity because all positions are controlled with easy-to-use cranks. Most manual beds have a weight capacity of 450 lbs. Semi-Electric hospital beds have motors and a hand pendant for controlling the head and foot of the bed. <P> Preferred Health Choice. Specializing in online sales and rentals, this company provides semi-electric or full-electric beds to customers depending on the availability in their respective areas. Their semi-electric hospital beds rent for $225 per month, and they provide full-electric hospital beds for $285 per month. Also, should something go wrong, it can be easier and faster for a local company to fix the problem. Spinlife.com. Spin Life offers semi-electric beds that feature electronic foot and head controls, and a manual adjustment for the bed height, for a cost of $150-$185 per week. <P> Hospital Bed Rentals. Hospital Bed Rentals: Renting a hospital bed is a cost-effective way for individuals to obtain medical beds for the home when the bed is only required for a short time. Hospital beds for rent are often covered by insurance or Medicare. These beds do not require electricity because all positions are controlled with easy-to-use cranks. Most manual beds have a weight capacity of 450 lbs. Semi-Electric hospital beds have motors and a hand pendant for controlling the head and foot of the bed. <P> The answer to whether you should buy or choose hospital bed hire will very much depend on your circumstances. If you are going to require long term use of this furniture item then you might be better off just buying something that will last many years. 1 Decide if you need a special mattress and make sure that this will go with the bed you want to hire. 2 If you are on bed rest then it might mean that you are at risk of developing pressure sores. 3 These ulcers can be nasty and drastically slow down your recovery. <P> With a low position of 7 inches off the floor, this exceptionally low height is a benefit of the HMS-Vilgo bed design. With the addition of a choice of side rails, from the lift up three quarter to full length wooden, along with the optional trapeze, these beds can be configures to meet your individual needs. These beds still lift to enable a carer to assist the user, without the need for stopping. This vertical lift also assists the user to exit the bed, and when added to the back support lift, makes getting out of the bed that much easier. A crash mat is available for added security. <P> If you need to purchase or rent a hospital bed you will undoubtedly face a bewildering array of choices. Here is some advice to help in the selection process of the right hospital bed. First of all, it is very important to follow the recommendations from your care team. This includes Doctors, Nurses, Physical Therapists, and Occupational Therapists. When selecting a bed, be sure to measure all doorways and stairways in the home. Also measure the dimensions of the bed. When you have done the measurements make sure there is at least one clear route to bring the bed into the home. <P> Although most hospital beds rent for a minimum of two weeks, many companies charge lower prices with monthly rates. The average cost is usually anywhere from $200-$500 per month. However, this is a large database of hundreds of companies that rent hospital beds nationwide, and rates vary widely. Check with these individual companies to get the best rates for the total hospital bed rental cost. Also, should something go wrong, it can be easier and faster for a local company to fix the problem. Spinlife.com. Spin Life offers semi-electric beds that feature electronic foot and head controls, and a manual adjustment for the bed height, for a cost of $150-$185 per week. <P> They offer full-electric hospital beds at a cost of $165-$215 per week. Their standard, twin-size beds are 36 wide by 80 long, and will support patients weighing up to 450 lbs. Over-bed tables are available to rent at a cost of $30-$35 per week. Also, should something go wrong, it can be easier and faster for a local company to fix the problem. Spinlife.com. Spin Life offers semi-electric beds that feature electronic foot and head controls, and a manual adjustment for the bed height, for a cost of $150-$18 <P> Enhanced domestic appearance with an attractive range of foot and headboards. With a mattress platform range from 11 inches to 32 inches,these beds cover most needs. The high-low homecare bed is used in situations where the occupant is at increased risk of falling, this can be the result of dementia or fitting. These beds still lift to enable a carer to assist the user, without the need for stopping. This vertical lift also assists the user to exit the bed, and when added to the back support lift, makes getting out of the bed that much easier. A crash mat is available for added security.
|
$165-$215 per week.
|
what colour is mocha beige
|
<P> The couches are microfiber in a mocha color with brown leather. I have a brown leather ottoman. The end tables are a brown/black wood color. And my entertainment and computer areas are both in Brown/black wood. I really like the colors brown and mocha and i really like the furniture that you chose for your new apartment i think that some colors that would go good with the colors you chose would be these: http://www.colorcombos.com/color-scheme-... or red or something hope i helped you. summergal9974 · 6 years ago. <P> All eyes will be on the bride, and everyone will wait breathlessly to see what she is wearing. You can add your mocha and cream color palette to your dress quite easily if you'd like. A cream or white gown with a mocha sash is lovely, but also consider trying a vintage dress in a beige or mocha color. A mocha and cream wedding is all about luxury, sumptuous pleasure, and maybe a hint or two of decadence. This is not the time to worry about calories or conventions: from your beige gown to chocolate pearls, you will find dozens of beautiful ways to incorporate these charming colors into your wedding. <P> Mocha Latte Interior/Exterior Paint Tester # UL160-21 can help you envision what the color will truly look like on a large surface. This sample is a low-VOC paint and primer in 1, and provides up to 16 sq. ft. of coverage. Use it on almost any interior or exterior surface to help you decide if the color is right for you. <P> BM Clay beige is a great color, I think it is about as versatile as a color can be. My thoughts is that it would work gracefully with any rich color but not with softer colors like peaches or yellows. It has the subtlety of a very pale taupe, a great choice. Beige is one of my favorites and as a backdrop can add subtle flavor to any room or style. Colors can be added or changed at will and so what might become boring after awhile can be new again with little effort and expense. <P> Beige is the French word for the color of natural wool. Freshly-sheared wool from the Royal Winter Fair. Beige is a term used for a range of pale brownish or yellowish colors. It is variously described as a pale sandy fawn color, a grayish tan, a light-grayish yellowish brown, or a pale to grayish yellow. The first recorded use of beige as a color name in English was in 1887. Beginning in the 1920s, the meaning of beige expanded so that it is now also used not only for pale yellowish-brown colors, but also for a wide range of pale brown and light brown shades. <P> Click arrows, drag the slider or enter the value to explore colors. Hue: The hue refers to the color. When we describe a color as yellow, green, red or blue we are describing the hue. Saturation (Purity) : A color's saturation describes how pure the color's hue is. A color with high saturation will be pure and vivid, whereas a color with low saturation will appear more pale and weak. <P> The color mocha is much like the drink: it is very rich, deep brown that may have undertones of rust or red (think cinnamon). A lighter mocha shade incorporates more cream and looks like a perfect cup of smooth, light coffee. Cream, of course, is a variant of white; originally, the term was used to describe the color of fresh dairy cream, which had a yellow tint. Today, it can be called anything from beige and oatmeal to ecru and camel. A mocha and cream wedding is all about luxury, sumptuous pleasure, and maybe a hint or two of decadence. This is not the time to worry about calories or conventions: from your beige gown to chocolate pearls, you will find dozens of beautiful ways to incorporate these charming colors into your wedding. <P> Add a bold wall color A simple and classic white bathroom with hexagon floor tile and white subway tile goes from basic to fabulous using an unexpected mocha wall color. Don't be afraid to use dark wall colors when you have all that white tile — as you can see, the drama it creates is wonderful.
|
Pale brownish or yellowish
|
monda name meaning
|
<P> It's a Northern Colombian Coast very popular term for male genitalia. It's also considered very vulgar, especially by higher educated classes. It also means trouble and may be an equivalent for stuff, in a very wide meaning. <P> In northern Europe, where the name is much more popular, Mona is interpreted as a diminutive of Monika or, rarely, of Ramona or Simona. It is sometimes associated with the title of Leonardo da Vinci 's painting Mona Lisa, although in that context the word Mona is actually a title rather than a name. The word mona also means cute, monkey and doll in Spanish. In Sweden, Mona's name day is May 4. Mona is a female, and sometimes male, given name and a surname of multiple origins. <P> Italian: possibly a nickname from monda ‘clean’, ‘pure’, feminine form of mondo (from Latin mundus); otherwise it could be from a short form of a female form of a personal name ending with-mondo (see Mondo), although such names were found almost exclusively in the masculine form in the medieval period. You can find out when most of the Monda families immigrated to the United States. You can focus your search to immigration records dating from that era. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival and destination. <P> Mona /mona/ [2 sylls.] as a girls' name is pronounced MOH-nah. It is of Irish and Gaelic origin, and the meaning of Mona is noble, aristocratic . Also an Italian short form of Madonna. The Mona Lisa, a portrait painted by Leonardo da Vinci, has inspired name blends. The name spread from Ireland in the mid 19th century. Mona is a very prominent first name for women (#421 out of 4276, Top 10%) and also a very prominent last name for both adults and children (#27970 out of 150436, Top 19%). (2000 U.S. Census). Charted below is the baby name popularity of Mona for girls. <P> In many languages of India, the word for Monday is derived from Sanskrit Somavāra; Soma is another name of the Moon god in Hinduism. In some languages of India, it is also called Chandravāra; Chandra in Sanskrit means moon. In Thailand, the day is called Wan Jan, meaning the day of the Moon god Chandra. The name of Monday is derived from Old English Mōnandaeg mōnandæg And Middle English, monenday which means moon. day <P> Click on a place to view Monda immigration records. The information for this chart came from the U.S. Immigration Collection at Ancestry. You can find out where the majority of the Monda families were living before they immigrated to the U.S and learn where to focus your search for foreign records. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival, and destination. You can find out when most of the Monda families immigrated to the United States. You can focus your search to immigration records dating from that era. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival <P> Jewish and some Christian traditions place Sunday as the first day of the week, and Monday is thus the second day of the week. Quakers traditionally refer to Monday as Second Day eschewing the pagan origin of the English name Monday. The name of Monday is derived from Old English Mōnandaeg mōnandæg And Middle English, monenday which means moon. day <P> In the West, it is the first day of the work week, whereas in most Muslim countries and Israel, it is the second day of the work week. The name of Monday is derived from Old English Mōnandaeg mōnandæg And Middle English, monenday which means moon. day <P> [ 2 syll. mon-do, mo-ndo ] The baby boy name Mondo is pronounced M AA NDow †. Mondo's language of origin is Germanic and it is predominantly used in Spanish. Mondo is a variant of Raymond (English and French). Mondo is not popular as a baby boy name. It is not listed within the top 1000. In 2012, out of the family of boy names directly related to Mondo, Raymond was the most commonly used. <P> Monday is xīngqīyī (星期一) in Chinese, meaning day one of the week. Its name in Georgian and Syriac means first day. In all Slavic languages Monday is perceived as the first day of the week. The name of Monday is derived from Old English Mōnandaeg mōnandæg And Middle English, monenday which means moon. day
|
Clean and Pure
|
foods to avoid before surgery
|
<P> While fibrous foods are normally healthy for your body, you should not consume them prior to surgery. Fiber takes a longer period of time for your body to break down and your bowels need to be cleared out before surgery. Avoid high-fiber foods such as whole-wheat pasta, oatmeal, whole-grain bread, beans and lentils. This is referred to as a low-residue/low-fiber diet, as reported by the Hospital for Special Surgery. <P> 1 Avoid foods that are high in fat and sugar. 2 After your surgery, it may be difficult for your digestive system to tolerate foods that are high in fat or added sugars. 3 Avoid foods that are high in fat (such as fried foods, ice cream and candy bars). 4 Look for sugar-free options of soft drinks and dairy products. 1 Low-fat cheese, cottage cheese and yogurts also are good protein sources. 2 Avoid foods that are high in fat and sugar. 3 <P> Overview. You should avoid certain foods and dietary supplements before surgery. Some foods leave a residue in your digestive tract that may complicate intestinal surgeries or cause diarrhea. In addition to this, having food in your system may cause nausea and vomiting. Fiber takes a longer period of time for your body to break down and your bowels need to be cleared out before surgery. Avoid high-fiber foods such as whole-wheat pasta, oatmeal, whole-grain bread, beans and lentils. This is referred to as a low-residue/low-fiber diet, as reported by the Hospital for Special Surgery. <P> 1 Certain beverages, both alcoholic and nonalcoholic, can impact your surgery. 2 Choose clear drinks, such as water, during the 24 hours before your procedure. 3 As you prepare for and recover from surgery, you should avoid alcoholic drinks altogether. 1 Stop drinking green tea at least 10 days before surgery, and be sure to ask your doctor when it’s safe to ingest again. 2 Fruits and vegetables are typically a staple in a healthy, well-balanced diet, but not when you’re preparing for surgery. <P> 1 Immediately after your surgery, eating high-protein foods can help you heal. 2 High-protein, low-fat choices remain a good long-term diet option after your surgery, as well. 3 Try adding lean cuts of beef, chicken, pork, fish or beans to your diet. 4 Low-fat cheese, cottage cheese and yogurts also are good protein sources. 1 Low-fat cheese, cottage cheese and yogurts also are good protein sources. 2 Avoid foods that are high in fat and sugar. 3 After your surgery, it may be difficult for your digestive system to tolerate foods that are high in fat or added sugars. <P> The reasons for surgery vary and can include preventing or relieving pain, decreasing symptoms or improving body functions. If you are preparing for surgery, there are certain foods that you should avoid to prevent complications or uncomfortable symptoms. bowl of mint candy to be avoided before surgery Photo Credit arinahabich/iStock/Getty Images. <P> 1 Fruits and vegetables are typically a staple in a healthy, well-balanced diet, but not when you’re preparing for surgery. 2 During the 24 hours before surgery, I tell my patients to avoid foods that are high in fiber. 1 Stop drinking green tea at least 10 days before surgery, and be sure to ask your doctor when it’s safe to ingest again. 2 <P> 1 Fruits, vegetables, and whole grains take longer to digest, and it is important to have as little food as possible in your system before surgery begins. 2 Certain beverages, both alcoholic and nonalcoholic, can impact your surgery. 3 Choose clear drinks, such as water, during the 24 hours before your procedure. 1 Stop drinking green tea at least 10 days before surgery, and be sure to ask your doctor when it’s safe to ingest again. 2 Fruits and vegetables are typically a staple in a healthy, well-balanced diet, but not when you’re preparing for surgery. <P> Low Fiber/Low Residue Diet. The following low fiber/low residue diet is to be used the day before surgery. A low fiber/residue diet reduces the amount of waste that moves through the intestines, which is helpful in preparing for surgery. This diet is not nutritionally complete, and is intended to be used for a short duration only. Food Group.
|
Avoid high-fiber foods such as whole-wheat pasta, oatmeal, whole-grain bread, beans and lentils.
|
how much does a hair beautician make yearly
|
<P> Manicurists. In the world of cosmetology, manicurists -- or pedicurists, for that matter -- don’t usually earn as much as hairdressers. On average, manicurists and pedicurists both earned almost $22,000 a year, reports the BLS. As of 2011, half of all manicurists and pedicurists earned less than $19,440 a year. Much like hairdressers, manicurists and pedicurists make a portion of their living from tips. <P> How much a beauty salon owner makes will depend on the amount of overhead the salon has, such as utilities, supply expenses and wages paid to employees. Also, the number of customers and how much the salon charges for services will influence how much a salon owner makes. <P> However, the average annual salary you can make as a nail salon owner is $48,700 a year according to the Professional Beauty Association. As a tanning salon owner you’ll earn about $22,000 a month on the sales of products and services with an eight-bed salon. Save. As a salon owner, you have the ability to control how much money you make a year. This especially applies if you operate your salon in a high traffic region and promote and market your business to industries, such as the fashion industry, that rely on hairstylists and make-up artists. <P> Cosmetologists, hairdressers and hairstylists employed in this industry earned a mean annual wage of $69,780, according to the bureau. Other professional, scientific and technical services was the second highest-paying industry, at an average wage of $35,700 a year. As of May 2011, as many as 357,030 cosmetologists, hairdressers and hairstylists were employed in the United States. The workers earned an average annual income of $26,460, according to the Bureau of Labor Statistics. Cosmetologists whose salaries were in the bottom 10 percent were paid $16,710 a year or less. Those in the top 10 percent earned $41,490 a year or more. The industry that paid cosmetologists the highest salaries as of May 2011 was the motion picture and video industry <P> Shares & Saves. Save. As a salon owner, you have the ability to control how much money you make a year. This especially applies if you operate your salon in a high traffic region and promote and market your business to industries, such as the fashion industry, that rely on hairstylists and make-up artists. <P> While the average yearly salary for a beautician with between one and four years of experience was listed at $11,000 to $31,298, this rose to between $23,422 and $57,000 for those with five to nine years in the industry. In figures published in January 2011, PayScale.com listed the average annual salary for a beautician working in the United States as $17,215 to $35,318. This figure is dependent upon bonuses and profit sharing, and equates to a monthly salary of between $1,435 and $2,943. <P> hair salon owner about 100,000 when you own your own hair salon I'm actually a salon owner in one of the wealthier areas in ct and i pocket 250 k a year. that is of course because i have a full clientele as well. <P> They can range from $20,000.00 to over $100,000.00 a year depending what niche they get into in the profession. This question is often posed to me. As an owner of a salon they ask me, how much does a hair stylist make a year. I'll tell you this, if you brand yourself as a specialist such as a color artist or a hair design artist your chances of being in the $100k category are much greater. <P> The Bureau of Labor Statistics says that the median salary for cosmetologists is $22,500 per year. The BLS numbers often do not account for full-time and part-time cosmetologists, experience in the field, and tips that cosmetologists receive, which could make that salary higher.
|
$69,780 Per year.
|
becoming a forensic science technician
|
<P> Requirements. Education. To obtain a job in a crime laboratory, aspiring forensic lab technicians should have a four-year bachelor’s degree, preferably in one of the life sciences, forensic science or criminal justice. Forensic lab technicians are not required to have a license or certification, but they do need to pass proficiency tests on occasion. They must stay well informed of advances in the field by attending conferences, seminars or additional training classes. <P> Many of those who seek to become forensic science technicians will have an undergraduate degree in the natural sciences and a master’s degree in forensic science. Many crime scene investigators are sworn police officers and have met educational requirements necessary for admittance into a police academy. Most forensic science technicians who perform laboratory analysis specialize in a specific type of evidence analysis, such as DNA or ballistics. Some forensic science technicians, called forensic computer examiners or digital forensics analysts, specialize in computer-based crimes. <P> What Forensic Science Technicians Do. Forensic science technicians help investigate crimes by collecting and analyzing physical evidence. Many technicians specialize in either crime scene investigation or laboratory analysis. Most forensic science technicians who perform laboratory analysis specialize in a specific type of evidence analysis, such as DNA or ballistics. Some forensic science technicians, called forensic computer examiners or digital forensics analysts, specialize in computer-based crimes. <P> Forensic lab technicians apply their knowledge and background in lab science to further the reach of the law. By using the latest laboratory techniques to analyze physical evidence from crime scenes, these professionals help to solve crimes and successfully prosecute criminal offenders. Forensic lab technicians are not required to have a license or certification, but they do need to pass proficiency tests on occasion. They must stay well informed of advances in the field by attending conferences, seminars or additional training classes. <P> Forensic science technicians typically need at least a bachelor’s degree in the natural sciences, such as chemistry or biology. Students who major in forensic science should ensure that their program includes extensive course work in mathematics, chemistry, and biology. Most forensic science technicians who perform laboratory analysis specialize in a specific type of evidence analysis, such as DNA or ballistics. Some forensic science technicians, called forensic computer examiners or digital forensics analysts, specialize in computer-based crimes. <P> A: In order to become a forensic scientist, you will need an education in forensic sciences. If you are just looking for an entry level in the criminal justice sector, you can go for a 6 month certificate or diploma. A 4 year bachelor's degree can also get you entry-level positions with forensic departments. A: A forensic scientist needs to have a proper education in their respective field. You first need a bachelor's degree in forensic sciences or any other related science topic like psychology, medicine etc. after the completion of the degree it is recommended by most employers that you have a graduate degree as well. <P> Instructions. Decide if you would like being a forensic scientist or science technician. You will need to take plenty of college-level math and science courses. Once you're hired you will need to be comfortable with looking at and handling bodies, tissues and body fluids. Of course a forensics laboratory would be best. It will give you experience and the opportunity to work with a professional forensic scientist. Don't be discouraged if you do not get a job in a forensics laboratory right away. Start in a general chemistry lab or something similar. <P> Forensic science technicians may either be generalists who perform all or many of the duties listed above, or they may specialize in certain techniques and sciences. Generalist forensic science technicians, sometimes called criminalists, perform the duties of crime scene investigators and laboratory analysts. Most forensic science technicians who perform laboratory analysis specialize in a specific type of evidence analysis, such as DNA or ballistics. Some forensic science technicians, called forensic computer examiners or digital forensics analysts, specialize in computer-based crimes. <P> Educational Requirements for Forensic Science Technicians. The basic requirement for most forensic science technician jobs is a bachelor's degree in forensic science or a natural science, such as chemistry, biology, molecular biology or physics. Forensic Science Technician Degrees and Certificate Programs. Aspiring forensic technicians can earn a bachelor's or master's degree, or a graduate certificate in forensic science.
|
Forensic science technicians typically need at least a bachelor’s degree in the natural sciences, such as chemistry or biology.
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.