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Born in Oklahoma, Ben Johnson was a ranch hand and rodeo performer when, in 1940, Howard Hughes hired him to take a load of horses to California.He decided to stick around (the pay was good), and for some years was a stunt man, horse wrangler, and double for such stars as John Wayne, Gary Cooper and James Stewart.orn in Oklahoma, Ben Johnson was a ranch hand and rodeo performer when, in 1940, Howard Hughes hired him to take a load of horses to California. He decided to stick around (the pay was good), and for some years was a stunt man, horse wrangler, and double for such stars as John Wayne, Gary Cooper and James Stewart.


Biography
Born in Oklahoma, Ben Johnson was a ranch hand and rodeo performer when, in 1940, Howard Hughes hired him to take a load of horses to California. He decided to stick around (the pay was good), and for some years was a stunt man, horse wrangler, and double for such stars as John Wayne, Gary Cooper and James Stewart.ince both he and his father were named Ben, the younger Johnson was known as Son at home. The road marker to the actor's ranch near Shidler, Oklahoma declares it as Ben Son Johnson's ranch.


Ben Johnson (actor)
Ben Son Johnson, Jr. (June 13, 1918 â April 8, 1996) was an American stuntman, world champion rodeo cowboy and Academy Award-winning actor.The son of a rancher, Johnson arrived in Hollywood to deliver a consignment of horses for a film.n 1982, he was inducted into the Western Performers Hall of Fame at the National Cowboy & Western Heritage Museum in Oklahoma City. In 1996 Tom Thurman made a documentary film about Johnson's life, titled Ben Johnson: Third Cowboy on the Right, written by Thurman and Tom Marksbury.


Ben Johnson (actor)
Johnson was born in Foraker, Oklahoma, on the Osage Indian Reservation, of Irish and Cherokee ancestry, the son of Ollie Susan Johnson (nee NÃ©e; workmon-1899) 2000 And Ben, Johnson. (sr-1896). 1952 his father was a rancher and rodeo champion In Osage. countyn 1982, he was inducted into the Western Performers Hall of Fame at the National Cowboy & Western Heritage Museum in Oklahoma City. In 1996 Tom Thurman made a documentary film about Johnson's life, titled Ben Johnson: Third Cowboy on the Right, written by Thurman and Tom Marksbury.


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Ben Jonson was born around June 11, 1572, the posthumous son of a clergyman. He was educated at Westminster School by the great classical scholar William Camden and worked in his stepfather's trade, bricklaying.he plot of Satiromastix was mainly overshadowed by its abuse of Jonson. Jonson had portrayed himself as Horace in The Poetaster, and in Satiromastix Marston and Dekker, as Demetrius and Crispinus ridicule Horace, presenting Jonson as a vain fool.


Biography
Johnson and his father, Ben Johnson, Sr., were champion steer ropers. The senior Johnson was also a cattleman and rancher who was inducted into the Hall of Great Westerners of the National Cowboy and Western Heritage Museum in 1961.ince both he and his father were named Ben, the younger Johnson was known as Son at home. The road marker to the actor's ranch near Shidler, Oklahoma declares it as Ben Son Johnson's ranch.


Biography
Since both he and his father were named Ben, the younger Johnson was known as Son at home. The road marker to the actor's ranch near Shidler, Oklahoma declares it as Ben Son Johnson's ranch.He was awarded a Star on the Hollywood Walk of Fame at 7082 Hollywood Boulevard in Hollywood, California on June 2, 1994.ince both he and his father were named Ben, the younger Johnson was known as Son at home. The road marker to the actor's ranch near Shidler, Oklahoma declares it as Ben Son Johnson's ranch.


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Arizona, USA. Actor. He is best remembered for his role of Sam the Lion in The Last Picture Show (1971), for which he won a Best Supporting Actor Oscar. Born in Foraker, Oklahoma, his father, Ben Johnson, Senior, was a cattleman and rancher in Osage County, Oklahoma, as well as a champion rodeo steer roper.rizona, USA. Actor. He is best remembered for his role of Sam the Lion in The Last Picture Show (1971), for which he won a Best Supporting Actor Oscar. Born in Foraker, Oklahoma, his father, Ben Johnson, Senior, was a cattleman and rancher in Osage County, Oklahoma, as well as a champion rodeo steer roper.


Ben Johnson (actor)
In addition, he sponsored the Ben Johnson Pro Celebrity Team Roping and Penning competition, held in Oklahoma City, the proceeds of which are donated to both the Children's Medical Research Inc., and to the Children's Hospital of Oklahoma.n 1982, he was inducted into the Western Performers Hall of Fame at the National Cowboy & Western Heritage Museum in Oklahoma City. In 1996 Tom Thurman made a documentary film about Johnson's life, titled Ben Johnson: Third Cowboy on the Right, written by Thurman and Tom Marksbury.


Ben Jonson
Jonson outlived Shakespeare twenty-one years and helped to usher in the decline of the drama. Ben Jonson, the son of a clergyman and the stepson of a master bricklayer, received a good education at Westminster School. In one respect Jonson's training was unfortunate for a poet.onson outlived Shakespeare twenty-one years and helped to usher in the decline of the drama. Ben Jonson, the son of a clergyman and the stepson of a master bricklayer, received a good education at Westminster School. In one respect Jonson's training was unfortunate for a poet.


Babysitting and Leaving Children Home Alone in Oregon: Update
You can also find more information in Washington County Law Library's legal research guide and in Oregon legal research blog posts on leaving children home alone. 2011 Oregon Revised Statutes, Chapter 163, Sections 545 and 547, Child Neglect: 163.545 Child neglect in the second degree.


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Oregon does not have a law specifically stating the exact age when children can be left home alone. However, the child neglect statutes do offer some guidance. The Clackamas County Juvenile Department's FAQ page has more information on leaving kids home alone.


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A parent who leaves a child home alone before he is ready may face charges of neglect in Pennsylvania. Although Pennsylvania doesn't have a set minimum age at which it's legal for children to be left home alone, a parent is still responsible for knowing when her child may be safely left home without supervision. A young babysitter must be able to handle the responsibility of the child as well.


Babysitting and Leaving Children Home Alone in Oregon: Update
163.547 Child neglect in the first degree. (1)(a) A person having custody or control of a child under 16 years of age commits the crime of child neglect in the first degree if the person knowingly leaves the child, or allows the child to stay:


Legal Age Restrictions For Latchkey Kids
* Guideline ONLY. These states do not set a specific age after which a child legally can stay home alone but do provide recommendations. CARE Latchkey Kids Calling Solutions. DSC provides an easy and secure sign-up procedure (For a quick overview, please visit the registration information web page).


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The official website of Erie County, Pennsylvania, recommends never leaving a child under 10 home alone. Parents must decide for themselves whether a child can be left home alone, rather than decide strictly by age, according to the U.S. Administration for Children & Families. Parents should consider how safe their neighborhood is when making the decision.


Where are Chevrolet Cars Built?
Chevrolet cars have been rolling off the assembly line since 1911. Chevrolet is one of America's oldest car manufacturers, now a part of General Motors (GM). After GM's 2009 bankruptcy, Chevrolet was one of the four surviving brands (along with Cadillac, Buick, and GMC). For the 2010 model year, Chevrolet vehicles were built at 14 of GM's 92 plants worldwide.


Chevrolet Silverado
Chevrolet Silverado. The Chevrolet Silverado, and its mechanically identical cousin, the GMC Sierra, are a series of full-size and heavy-duty pickup trucks manufactured by General Motors and introduced in 1998 as the successor to the long-running Chevrolet C/K line. The Silverado name was taken from a trim level previously used on its predecessor, the Chevrolet C/K pickup truck from 1975 through 1998. General Motors continues to offer a GMC-badged variant of the Chevrolet full-size pickup under the GMC Sierra name, first used in 1987 for its variant of the GMT400 platform trucks.


Chevrolet Silverado
Awards. 1  1999 - Motor Trend magazine's Truck of the Year. 2  2001 - Motor Trend magazine's Truck of the Year (Heavy Duty Model) 3  2001 - Car and Driver magazine's Best Pickup Truck. 4  2002 - Car and Driver magazine's Best Pickup Truck. 5  2003 - Car and Driver magazine's Best Pickup Truck. 6  2007 - North American Truck of the Year.


Chevrolet Silverado
The LSSV is a GM-built Chevrolet Silverado 1500, Chevrolet Silverado 2500 HD, Chevrolet Tahoe, or Chevrolet Suburban that is powered by a Duramax 6.6 liter turbo diesel engine. The various Silverados, Tahoes, and Suburbans that are used provide numerous platforms for different kinds of vehicles.


Where are Chevrolet Cars Built?
The Fort Wayne Assembly plant in Roanoke, Indiana handles production of the Chevrolet Silverado line of trucks; The Flint Truck Assembly plant in Flint, Michigan builds heavy duty trucks for Chevrolet; Lordstown Assembly, in Lordstown, Ohio is the site of Chevy Cobalt production; Orion Assembly, of Orion Township, Michigan also builds the new Malibu


Where are Chevrolet Cars Built?
Start your search for a new Chevrolet here 1  >>. Arlington Assembly, of Arlington, Texas builds the Suburban and Tahoe line of SUVs. 2  The BogotÃ£Â¡ plant, in BogotÃ£Â¡, Colombia, and the Daewoo Incheon Motor company plant in Incheon, South Korea build the fuel-efficient Chevrolet Aveo hatchback and sedan.


Where are Chevrolet Cars Built?
Cars. 1  Chevrolet offers a wide assortment of cars to choose from. Their highway fuel economy ratings are as high as 37 MPG for the compact Cobalt, and even 34 MPG for the mid-size Malibu Hybrid family sedan. Even the 430 horsepower Corvette offers over 25 MPG, thanks to GM's Active Fuel Management technology.


Where are Chevrolet Cars Built?
The Fort Wayne Assembly plant in Roanoke, Indiana handles production of the Chevrolet Silverado line of trucks The Flint Truck Assembly plant in Flint, Michigan builds heavy duty trucks for Chevrolet Lordstown Assembly, in Lordstown, Ohio is the site of Chevy Cobalt production


Where are Chevrolet Cars Built?
Chevrolet boasts GM's largest, and most varied product line, with over 20 different models to choose from. These range from cars like the economical Aveo, to the high-performance Corvette, to trucks like the Silverado and Avalanche, and SUVs to crossovers like the Equinox, Tahoe and Suburban.


Where are Chevrolet Cars Built?
Chevy car fuel economy breaks down like this (all figures are calculated using the most fuel efficient engine and transmission combinations): 1  Cobalt XFE Coupe/Sedan: 37 MPG. 2  Aveo5/Sedan: 34 MPG. 3  Malibu Hybrid: 34 MPG. 4  HHR/HHR Panel: 32 MPG. 5  Camaro: 29 MPG. 6  Corvette coupe: 26 MPG.


Egg Transport and Fertilization
Fertilization begins when the spermatozoon makes contact with the oocyte15 and involves several distinct steps:16. 1  Penetration of the corona radiata. 2  Penetration of the zona pellucida. 3  The zona reaction. 4  Fusion of male and female cell membranes. 5  Formation of male and female pronuclei. 6  Fusion of male and female pronuclei.


Prenatal Form and Function â The Making of an Earth Suit
Approximately 3 1/2 to 4 days after fertilization, the uterine tube relaxes under the influence of progesterone67 and the embryo completes its journey through the uterine tube and enters the uterus.68 By this time the embryo begins to develop a fluid-filled cavity with a collection of cells at one end and is called a blastocyst.69 [Fig ee]


Prenatal Form and Function â The Making of an Earth Suit
By the end of the first week, the embryo has traveled extensively, multiplied from 1 cell to several hundred, dramatically changed its shape and complexity, and begun the process of finding permanent housing. In Fig. 1.9 we see the embryo (at the blastocyst stage) embedding into the inner wall of the uterus in a process called implantation.


9.1 Developmental stages
Segment A represents the embryonic period in which the embryo is especially sensitive with respect to deformities. Within the first eight weeks, the incidence of deformities (blue curve), that lead to miscarriages, decreases from more than 10% to 1% during the fetal period (B).


Prenatal Form and Function â The Making of an Earth Suit
Implantation is the process whereby the early embryo embeds into the inner wall of the motherâs uterus. Implantation begins about 6 days after fertilization and is complete by about 12 days.79. The first step of this process is the attachment phase, which begins about 6 days after fertilization80 [Fig rr]. The outer cells (trophoblast cells) of the blastocyst have specialized adhesion molecules81 which bind to the epithelial cells of the endometrium.


9.1 Developmental stages
LMP = Last Menstruation Period. The embryonic period (A) lasts 8 weeks and the fetal period (B) from the 9th week to the birth, i.e., 30 weeks. In obstetrics the pregnancy weeks (PW) are normally reckoned from the date of the Last Menstrual Period (LMP). This is a point in time that many women can easily remember.


9.1 Developmental stages
The embryonic time comprises 56 days, i.e., 8 weeks from the moment of fertilization. This time span is divided into 23 Carnegie stages and the stage classification is based solely on morphologic features. Carnegie stages are thus neither directly dependent on the chronological age nor on the size of the embryo. This can be illustrated by two examples: The closure of the rostral neuropore occurs by definition in stage 11 and that of the caudal neuropore in stage 12.


Prenatal Form and Function â The Making of an Earth Suit
The final steps in zygote formation include replication of the male and female DNA and the alignment of chromosomes in preparation for the first cell division through mitosis (mi-toâsis).10 The chromosomes assume a formation called a cleavage spindle, which is a phase of mitosis.


9.1 Developmental stages
The individual stages thus differ in how long they last . During the embryonic period most of the organ systems are established and this with an enormous rapidity. Cell divisions, movement and differentiation are the basic processes taking place during this phase.


Efficiency of Machines & Mechanical Advantage 51006
Input Power = output power + wasted power. The efficiency of a machine is the ratio of its output to its input, if both input and output are expressed in the same units of energy or power. This ratio is always less than unity, and it is usually expressed in percent by multiplying the ratio by 100. Percent Efficiency = (output energy / input energy) * 100.


How do you calculate machine efficiency?
Machine Efficiency= Work done by a machine on a load divided by work done on a machine by an effort force. multiply that by 100%. Work(J)=force(N)multiplied by Distance(m). The answer above is correct but not much use for a practical situation such as a motor driving a pump or a compressor being driven by a turbine.


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The efficiency of a machine is found by dividing the amount of work  done by a machine by the amount of energy used by a machine. The  answer is then multiplied by 100 to giâ¦ve a percentage.


How to Calculate Operator Efficiency at Work?
In this case, to know operatorâs on-standard efficiency following formula is used. Example: An operator was doing an operation of SAM 0.50 minutes. In an 8 hours shift day he produces 400 pieces. Operator was idle âwaiting for workâ for 30 minutes and his machine broke down for 15 minutes in hours shift. So according to the efficiency calculating formula, that operatorâs on-standard efficiency.


Efficiency Formula
Efficiency Formula. Efficiency Formula. Efficiency is a measure of how much work or energy is conserved in a process. In many processes, work or energy is lost, for example as waste heat or vibration. The efficiency is the energy output, divided by the energy input, and expressed as a percentage. A perfect process would have an efficiency of 100%. Î· = efficiency (Greek letter eta) Wout = the work or energy produced by a process. Units are Joules (J). Win = the work or energy put in to a process.


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Calculating efficiency. The efficiency of a device such as a lamp can be calculated using this equation: efficiency = ( useful energy transferred Ã· energy supplied ) Ã 100. The efficiency of the filament lamp is (10 Ã· 100) Ã 100 = 10%.


How to calculate efficiency of each simple machine?
Best Answer: Efficiency is usually defined as how much useful work output do you get for each unit of work input. Efficiency = work output/work input. Work input = effort force * effort distance. Work output = load force * load distance. So in problem A,


What Is the Forumla for Efficiency?
The formula for efficiency is: efficiency = (useful energy transferred / energy supplied) x 100. It is important to note that the efficiency of any machine or device will always be less than 100 percent. Continue Reading.


What Is the Forumla for Efficiency?
A: The work output of a machine divided by the work input is the efficiency of the machine. Efficiency is typically stated as a percentage and is calculated b... Full Answer > Filed Under: Motion & Mechanics.


Photosynthesis
The efficiency of the energy-saving lamp is (75 Ã· 100) Ã 100 = 75%. This means that 75% of the electrical energy supplied is transferred as light energy (25% is transferred as heat energy). Note that the efficiency of a device will always be less than 100%. Page: 1.


How Long Does Dried Fruit Last?
Dried Fruit Expiration Date. *Freezing is an indefinite form of storage and dried fruit, if properly sealed, can last for many years. Of course, dried fruit lasts for a shorter period of time if it is not stored properly. But remember that dried fruit, like some other fruits, usually has a best by date and not a use by date or expiration date.


How Does Mold Grow?
Procedure: 1  Select some different foods to test. 2  Have an adult help you cut your samples. 3  Take 3 samples of each type of food and cook them.  Place each sample into a plastic zip-top bag and seal 1  it. Take 3 samples of each type of food and spray lightly with water.  Place each sample into a plastic zip-top bag and seal it.


What do supermarkets do with food items that have passed their expiry date?
There is a distinction to note that there are generally several dates associated with food. There is a sell by date, a best by date and an expiration date. The short answer to your question is, yes, a lot of food gets thrown out. The long answer is that most supermarkets do a very good job of minimizing this waste.


When do food items really go bad?
How do you know when something in cupboard or refrigerator has gone bad --or on the flip side --may look a little weird but is perfectly fine to eat? It can be easy to know when dairy and meat products go bad because of âuse byâ and expiration dates. Also our nose knows when those foods go bad. It can be harder, though, with everyday items that many of us keep stocked in our homes. Thereâs also the issue of flavor.


When Food Expires: Understanding Expiration Dates
Sell-By - This date tells the store how long to display the product for sale. This term is often used on fresh egg cartons and fresh meats. Packed On - Indicates the date that the food product was packed. Baked On / Baked For - Indicates when item was baked (for bakery items with a shelf life of less than 7 days). The date tells the store how long the item may be displayed. Examples include breads, bagels, rolls, cakes, and cookies.


When Food Expires: Understanding Expiration Dates
Required in many countries for foods that do not show easily identifiable signs of spoilage (appearance or smell). Examples: dairy products, meats, dips, pre-packaged fresh foods, packaged fruits & vegetables. Expires - This date tells you when the food product may expire.


Vitamin deficiencies can alter your taste buds
Here are a few to note: * Folic acid (or folate) -- abundant in legumes and vegetables and green leafy foliage -- helps in the formation of new cells within the body. Interestingly, a deficiency of this vitamin can show up as a smooth, red tongue and resulting loss of taste sensation.o a deficiency of one is often linked to a deficiency of the other. A deficiency of vitamin B-12 may affect the nerves that carry taste sensations to the brain. Note: Microwave cooking destroys vitamin B-12.


Loss of Smell & Vitamin Deficiency
Vitamin B-12. One vitamin whose deficiency can potentially cause a loss of smell is vitamin B-12, or cobalamin. Severe vitamin B-12 deficiency damages the nerves throughout your body, including the nerves required for olfaction.s a result, individuals with severe vitamin B-12 might lose or diminish their sense of smell, as well as experience numbness, nerve pain, tingling or even seizure. Vitamin B-12 injections or nasal gels can help relieve a cobalamin deficiency, but might not reverse the nerve damage that causes loss of smell.


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The common cold is a frequent cause for a partial, temporary loss of smell. Chronic sinus infection also may result in a loss of smell. Other obstructions in the nasal passages, such as polyps, also may cause at least a partial loss of smell.Normal aging is often the cause of a progressive, complete, and permanent loss of smell.our olfactory system, which provides your sense of smell, consists of receptors in the mucous lining of your nose that send information through nerves into your brain. You can lose your sense of smell if any part of the olfactory pathway is damaged or destroyed. This can happen as a result of: 1  Aging.


Vitamin deficiencies can alter your taste buds
A deficiency of thiamin can therefore interfere with normal taste sensations. * Zinc -- a trace mineral found in high amounts in oysters, beef and crab -- supports several processes in the body, including the perception of taste. A deficiency of zinc can cause changes in taste and appetite.o a deficiency of one is often linked to a deficiency of the other. A deficiency of vitamin B-12 may affect the nerves that carry taste sensations to the brain. Note: Microwave cooking destroys vitamin B-12.


Loss of Smell & Vitamin Deficiency
Vitamin E. A vitamin E deficiency might also cause you to lose your sense of smell. Vitamin E is a natural antioxidant that helps to protect your nervous system, and severe vitamin E deficiency can lead to nerve damage, which might diminish your sense of smell, disrupt your visual system or cause muscle weakness.s a result, individuals with severe vitamin B-12 might lose or diminish their sense of smell, as well as experience numbness, nerve pain, tingling or even seizure. Vitamin B-12 injections or nasal gels can help relieve a cobalamin deficiency, but might not reverse the nerve damage that causes loss of smell.


Natural Cures for Loss of Smell
This explains why a remedy that works well for one person may not work at all for someone else. For example, zinc can be either the cause or the cure of loss of smell. Cold preparations containing intranasal zinc gluconate gel have been known to cause anosmia, as detailed in this NIH study.However, a severe zinc deficiency can cause anosmia.his explains why a remedy that works well for one person may not work at all for someone else. For example, zinc can be either the cause or the cure of loss of smell. Cold preparations containing intranasal zinc gluconate gel have been known to cause anosmia, as detailed in this NIH study.


Vitamin deficiencies can alter your taste buds
So a deficiency of one is often linked to a deficiency of the other. A deficiency of vitamin B-12 may affect the nerves that carry taste sensations to the brain. Note: Microwave cooking destroys vitamin B-12.Best to cook meat and other B-12 containing foods by another method.o a deficiency of one is often linked to a deficiency of the other. A deficiency of vitamin B-12 may affect the nerves that carry taste sensations to the brain. Note: Microwave cooking destroys vitamin B-12.


Vitamin deficiencies can alter your taste buds
So a deficiency of one is often linked to a deficiency of the other. A deficiency of vitamin B-12 may affect the nerves that carry taste sensations to the brain. Note: Microwave cooking destroys vitamin B-12. Best to cook meat and other B-12 containing foods by another method.he cumulative effects of vitamin deficiency can contribute to a loss of the ability to taste food. The article focusing on some of the key vitamins relating to taste: 1  Folic acid (or folate) abundant in legumes and vegetables and green leafy foliage helps in the formation of new cells within the body.


7 Important Minerals and the Signs that You Could Be Deficient
1 Signs you could be deficient: Severe calcium deficiency can produce signs and symptoms of confusion and memory loss. 2  A low blood calcium level can affect the functions of the nervous system and result in mental confusion, hallucinations, and delusions as well as memory loss, according to livestrong.com. Why itâs important: A mineral and electrolyte found in your bones as well as in your blood. 2  Crucial for maintaining proper nerve and heart function, blood clotting, and muscle contraction. 3  Signs you could be deficient: Severe calcium deficiency can produce signs and symptoms of confusion and memory loss.


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Zinc a trace mineral found in high amounts in oysters, beef and crab supports several processes in the body, including the perception of taste. A deficiency of zinc can cause changes in taste and appetite.Bitter Salty Sour Sweet. Vitamins play an essential role in our general well-being, and a simple lack of them can cause untold problems. A great example of this was highlighted in the Chicago Tribune yesterday, relating to one of the bodily senses, taste.he cumulative effects of vitamin deficiency can contribute to a loss of the ability to taste food. The article focusing on some of the key vitamins relating to taste: 1  Folic acid (or folate) abundant in legumes and vegetables and green leafy foliage helps in the formation of new cells within the body.


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The 1997 Soufriere Hills Eruption. In 1995, the Soufriere Hills volcano on the Caribbean island of Montserrat began erupting for the first time since the 17 th century, entering an active cycle that continues to the present day. The most devastating of the volcanoâs subsequent eruptions occurred on June 25, 1997.he eruptions affected the southern part of Montserrat with ash falls and pyroclastic flows. In August of that year, Plymouth was evacuated, but its residents were eventually allowed to return. Activity continued at Soufriere Hills for the next two years until the massive eruption of June, 1997.


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In 1995, the Soufriere Hills volcano on the Caribbean island of Montserrat began erupting for the first time since the 17 th century, entering an active cycle that continues to the present day.The most devastating of the volcanoâs subsequent eruptions occurred on June 25, 1997.he eruptions affected the southern part of Montserrat with ash falls and pyroclastic flows. In August of that year, Plymouth was evacuated, but its residents were eventually allowed to return. Activity continued at Soufriere Hills for the next two years until the massive eruption of June, 1997.


SoufriÃ¨re Hills Volcano, Montserrat
The Soufriere SoufriÃ¨re Hills volcano on The caribbean island Of montserrat began erupting in 1995 and the eruption is. Ongoing the activity of the volcano is monitored by The Montserrat Volcano (OBSERVATORY), mvo which was set up rapidly in response to the eruption in. 1995he activity of the volcano is monitored by the Montserrat Volcano Observatory (MVO), which was set up rapidly in response to the eruption in 1995. BGS staff managed the MVO from 1997â2008 during which time two Montserratian students achieved PhDs in volcanology and started work at the observatory.


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The Soufriere SoufriÃ¨re hills volcano is an, active complex stratovolcano with many lava domes forming its, summit on The caribbean island Of. Montserrat after a long period of, dormancy The Soufriere soufriÃ¨re hills volcano became active, in 1995 and has continued to erupt. ever sincehe following is a list of Montserrat settlements abandoned after the eruption of the Soufriere SoufriÃ¨re hills. Volcano most of these settlements were badly affected or inundated by pyroclastic flows Between june And december. 1997


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Soufriere Hills Volcano on the island of Montserrat in the Caribbean became active on July 18, 1995.This is the first eruption of the volcano in historic time.oufriere Hills Volcano on the island of Montserrat in the Caribbean became active on July 18, 1995.


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A BGS volcanologist surveying, Soufriere SoufriÃ¨re Hills, Volcano, Montserrat West. Indies pyroclastic, Flows Soufriere SoufriÃ¨re, Hills, Volcano Montserrat. West Indies The Soufriere soufriÃ¨re hills Volcano on the Caribbean island of montserrat began erupting in 1995 and the. eruption is ongoinghe activity of the volcano is monitored by the Montserrat Volcano Observatory (MVO), which was set up rapidly in response to the eruption in 1995. BGS staff managed the MVO from 1997â2008 during which time two Montserratian students achieved PhDs in volcanology and started work at the observatory.


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Plymouth covered in ash from volcanic eruptions on Montserrat. Montserrat is a small island in the Caribbean. There is a volcanic area located in the south of the island on Soufriere Hills called Chances Peak.Before 1995 it had been dormant [dormant: A volcano is classed as dormant when it is temporarily inactive but not fully extinct.ontserrat is a small island in the Caribbean. There is a volcanic area located in the south of the island on Soufriere Hills called Chances Peak. Before 1995 it had been dormant [dormant: A volcano is classed as dormant when it is temporarily inactive but not fully extinct.


SoufriÃ¨re Hills Volcano, Montserrat
The Soufriere SoufriÃ¨re Hills volcano on The caribbean island Of montserrat began erupting in 1995 and the eruption is. ongoinghe activity of the volcano is monitored by the Montserrat Volcano Observatory (MVO), which was set up rapidly in response to the eruption in 1995. BGS staff managed the MVO from 1997â2008 during which time two Montserratian students achieved PhDs in volcanology and started work at the observatory.


Montserrat Volcanic Eruptions / Soufriere Hills Volcano
The Soufriere Hills volcano lies in the small Caribbean Island of Montserrat in the Antilles Islands. The Island is a British Protectorate and lies to the SW of Antiqua. The Island at its largets is no more that 12km by 8km and before the eruption had a population of 11000.he volcano is a strato-volcano. Pyroclastic Flows and eruption columns characterise the Soufriere Hills volcano. Such flows occur when the dome collapses or explodes. Tonnes of hot rock, lava and ash explode from the crater in a fast-moving cloud.


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Earthquakes continued to occur in three epicenter zones: beneath the Soufriere SoufriÃ¨re hills, volcano in the ridge running to the-north, east and Beneath St'george S, hill about 5 (kilometres.3 1) mi to the-north. West a large eruption on 25 june 1997 resulted in the deaths of nineteen. peoplehe following is a list of Montserrat settlements abandoned after the eruption of the Soufriere SoufriÃ¨re hills. Volcano most of these settlements were badly affected or inundated by pyroclastic flows Between june And december. 1997


Central America Volcanic Arc
The Central American Volcanic Arc (often abbreviated to CAVA) is a chain of volcanoes which extends parallel to the Pacific coast line of the Central American Isthmus, from Guatemala, El Salvador, Honduras, Nicaragua, Costa Rica, and down to northern Panama.his volcanic arc, which has a length of 1,500 kilometres (930 mi), is formed by an active subduction zone along the western boundary of the Caribbean Plate.


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Mexico) The Central America Volcanic Arc is a chain of volcanoes which extends parallel to the Pacific coast line of the Central American Isthmus, from Guatemala, El Salvador, Honduras, Nicaragua, Costa Rica, and down to northern Panama.ince Central America is a major subduction zone, Nicaragua hosts most of the Central American Volcanic Arc. Seismograms are available on the Ineter webseite; for volcanoes check Volcano monitoring stations and Broadband stations. - For lots of interesting info and photos go to Xolo ! Nicaragua: MASAYA O-Web 5 min.


Central America
Central America. The Central America Volcanic Arc is a chain of volcanoes which extends parallel to the Pacific coast line of the Central American Isthmus, from Guatemala, El Salvador, Honduras, Nicaragua, Costa Rica, and down to northern Panama.ince Central America is a major subduction zone, Nicaragua hosts most of the Central American Volcanic Arc. Seismograms are available on the Ineter webseite; for volcanoes check Volcano monitoring stations and Broadband stations. - For lots of interesting info and photos go to Xolo ! Nicaragua: MASAYA O-Web 5 min.


Caribbean Plate
The Cocos Plate in the Pacific Ocean is subducted beneath the Caribbean Plate, just off the western coast of Central America. This subduction forms the volcanoes of Guatemala, El Salvador, Nicaragua, and Costa Rica, also known as the Central America Volcanic Arc.oughly 3.2 million square kilometers (1.2 million square miles) in area, the Caribbean Plate borders the North American Plate, the South American Plate, the Nazca Plate and the Cocos Plate.


Central America Volcanic Arc
This volcanic arc, which has a length of 1,500 kilometres (930 mi), is formed by an active subduction zone along the western boundary of the Caribbean Plate.The Central American Volcanic Arc includes hundreds of volcanic formations, ranging from major stratovolcanoes, to lava domes and cinder cones.Some of these have produced large explosive eruptions, like the colossal VEI 6 eruption of the Santa Maria volcano in 1902.his volcanic arc, which has a length of 1,500 kilometres (930 mi), is formed by an active subduction zone along the western boundary of the Caribbean Plate.


Central America
Nicaragua is surrounded by the Caribbean Plate, an oceanic tectonic plate underlying Central America and the Cocos Plate. Since Central America is a major subduction zone, Nicaragua hosts most of the Central American Volcanic Arc.Seismograms are available on the Ineter webseite; for volcanoes check Volcano monitoring stations and Broadband stations. - For lots of interesting info and photos go to Xolo ! Nicaragua: MASAYA O-Web 5 min.ince Central America is a major subduction zone, Nicaragua hosts most of the Central American Volcanic Arc. Seismograms are available on the Ineter webseite; for volcanoes check Volcano monitoring stations and Broadband stations. - For lots of interesting info and photos go to Xolo ! Nicaragua: MASAYA O-Web 5 min.


Caribbean Plate
Western section. The western section of the plate includes Central America. The Cocos Plate in the Pacific Ocean is subducting beneath the Caribbean Plate forming the Central America Volcanic Arc with volcanoes in Guatemala, El Salvador, Nicaragua, and Costa Rica.he Caribbean Plate lies in a complex area with two major plates and two minor plates bordering it. The plate includes oceanic and continental crust. The Caribbean Sea covers most of the plate with Central America and volcanic islands covering the rest.


Central America Volcanic Arc
Several volcanoes in Central America are currently active, including Arenal, Turrialba, Irazu, IrazÃº poas PoÃ¡s In; Costa Rica, Cerro Negro, San cristobal CristÃ³bal; Concepcion concepciÃ³n In Nicaragua, Chaparrastique or San Miguel, Ilamatepec or Santa Ana; Izalco In / El, Salvador, Santa maria Santiaguito. pacaya fuego in guatemalahis volcanic arc, which has a length of 1,500 kilometres (930 mi), is formed by an active subduction zone along the western boundary of the Caribbean Plate.


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We determine seismic strain rate of tectonic earthquakes along the Central America Volcanic Arc. We then compare this result to those obtained from earthquakes related to the convergence of the Cocos and Caribbean plates and to earthquakes in the back-arc region of northern Central America.arthquakes along the grabens of northern Central America yield a seismic strain-rate tensor whose extensive eigenvector has a magnitude of 2.4 Ã 10 â8 year â1, oriented in a 109Â° azimuth. Magnitude and direction are similar to those of the extensive eigenvector for earthquakes along the volcanic arc.


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The seismic strain-rate tensor for shallow-focus earthquakes along the Central America volcanic arc since 1700, has a compressive eigenvector with a magnitude of 0.7 Ã 10 â8 year â1, and oriented in a 357Â° azimuth. The extensive eigenvector is oriented in a 86Â° azimuth, with a magnitude of 0.82 Ã 10 â8 year â1.arthquakes along the grabens of northern Central America yield a seismic strain-rate tensor whose extensive eigenvector has a magnitude of 2.4 Ã 10 â8 year â1, oriented in a 109Â° azimuth. Magnitude and direction are similar to those of the extensive eigenvector for earthquakes along the volcanic arc.


Effective Isometric Leg Exercises
In traditional strength exercises, or isotonic exercise, you shorten and lengthen your muscles by moving weight. This is the opposite of an isometric exercise. When you perform an isometric exercise you will move into a position, contract the muscles and hold the position for a designated time.


The Purpose of Toes
Compared with fingers, which allow us to manipulate tools, toes are usually thought of as inessential digits, good for traction and balance and not much else. But David Carrier, a biologist at Brown University, thinks toes deserve more respect.


The Purpose of Toes
You can think of a step as the tilting of a lever. The ankle is the fulcrum, and one of the arms of the lever extends back to the point above the heel where the Achilles tendon attaches. When the foot hits the ground, it decelerates, and in order to accelerate the foot again, the calf muscle contracts. It pulls up on the Achilles tendon, thus tilting down the other arm of the lever, which extends to the point on the sole where the force is applied to the ground. The rotating foot propels the leg and the whole body forward. A problem soon arises, though.


Effective Isometric Leg Exercises
Isometric exercises can maintain your leg's muscle tone. It might seem like an oxymoron that you can exercise your muscles without actually having to perform a movement or lift weight. This is exactly what isometric exercises are. They work using only muscle tension in specific positions.


PHYSICAL THERAPY STRENGTH AND STRETCH EXERCISES
â¢ Place one foot on step and with using little help from the lower leg, raise up and place other foot on step. â¢ (+) Follow same steps as the step up but instead of placing lower foot on the step raise it up into a high knee. allowing your knee to bend.


Effective Isometric Leg Exercises
Isometric exercises should target all of the major muscles in your legs for a balanced workout. This includes the hamstrings in the back of your thighs, the quadriceps on the front of the thighs and the calf muscles on the back of your lower legs.


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The venous system of the leg. The veins of the leg are divided into the superficial and deep systems according to their position relative to the fascia. The deep veins, which come together to form the popliteal and femoral veins lie within the fascia and are responsible for the venous return from the leg muscles. Also within the facia in the soleus and gastrocnemius muscles are located dilated valveless sinusoids, which fill with blood when the leg is at rest. Together these deep vascular structures have a combined volume of about 100-140 ml - comparable with that of one of the ventricles of the heart.


Picture of the Knee
All rights reserved. The knee is one of the largest and most complex joints in the body. The knee joins the thigh bone (femur) to the shin bone (tibia). The smaller bone that runs alongside the tibia (fibula) and the kneecap (patella) are the other bones that make the knee joint. Tendons connect the knee bones to the leg muscles that move the knee joint. Ligaments join the knee bones and provide stability to the knee: The anterior cruciate ligament prevents the femur from sliding backward on the tibia (or the tibia sliding forward on the femur).


Effective Isometric Leg Exercises
Wall sits engage all three of the major muscle groups of the legs. This exercise is done against a wall, mimicking the position you are in when sitting in a chair. Place your back against a wall and put your feet on the ground a few feet away from your body. Slide down the wall until your legs create 90-degree angles.


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The long saphenous vein which runs along the medial side of the leg from foot to groin and the short saphenous vein which runs at the back of the calf from foot to knee are the major vessels of the superficial venous system.


Harmony
In music, harmony is the use of simultaneous pitches (tones, notes), or chords.The study of harmony involves chords and their construction and chord progressions and the principles of connection that govern them.he notes E and G provide harmony, and in a G7 (G dominant 7th) chord, the root G with each subsequent note (in this case B, D and F) provide the harmony. In the musical scale, there are twelve pitches. Each pitch is referred to as a degree of the scale.


Wireless B vs G vs N vs AC | What Is The Difference?
Like Wireless B, it operates at the unregulated 2.4GHz frequency range. So it has the same interference issues that Wireless B has. Wireless G is backward compatible with Wireless B devices. Odds are that you donât have a device that only supports Wireless B, but if you do then this is a benefit.As you can see, the main benefit of a Wireless G router over a Wireless B router is speed.he real choice here is going to be Wireless G vs N vs AC, because routers that only support Wireless B are no longer manufactured. Besides, Wireless G routers are backward compatible with Wireless B devices.


Harmony
Other types of harmony are based upon the intervals of the chords used in that harmony. Most chords used in western music are based on tertian harmony, or chords built with the interval of thirds. In the chord C Major7, C-E is a major third; E-G is a minor third; and G to B is a major third.he notes E and G provide harmony, and in a G7 (G dominant 7th) chord, the root G with each subsequent note (in this case B, D and F) provide the harmony. In the musical scale, there are twelve pitches. Each pitch is referred to as a degree of the scale.


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Series information: The M-Series isn't as sprawling as the E-Series, but it still has a lot of members and Vizio's patented, confusing nomenclature. I reviewed the 60-inch model here, but according to Vizio, the 42- through 70-inch models are similar enough for the comments in this review to apply to them all.he Good The Vizio M-Series delivers superb picture quality for the money thanks to its local dimming LED backlight. The picture provides deep black levels with little to no blooming, great bright-room performance and plenty of adjustments.


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A melody is single series of notes that can be hummed, sung, or played by a single person. A melody is not any random series of notes, but it is the most important part of the music that is supported by the harmony. In one way, it is the part of the music that you remember and associate with the music. melody is not any random series of notes, but it is the most important part of the music that is supported by the harmony. In one way, it is the part of the music that you remember and associate with the music.


Lenovo
Two of these new lines are laptop-tablet hybrids or convertibles--Yoga and Flex-- and the third is a Chromebook. To mark the differences between Lenovo Laptops, Lenovo continues to divide them into series.DWSS focuses its selection of Lenovo laptops on consumer laptops.hese lines were further divided into series based on the substantial differences between them. In 2014, however, Lenovo appears to have undertaken a marketing change, distinguishing only between Thinkpads (still for business) and Lenovo Laptops (for consumers.).


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Melody is more likely than tune to be used in opposition to harmony. If you're singing in the choir and ask who has the melody at the fifth measure, the answer will be (probably) the sopranos; but if you ask who has the tune, you'll either get puzzled looks, or someone will play an A on the piano. melody is not any random series of notes, but it is the most important part of the music that is supported by the harmony. In one way, it is the part of the music that you remember and associate with the music.


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The Infiniti G-series is a line of compact executive / entry-level luxury car that was produced by the Infiniti division of Nissan for the 1990â1996 and 1998âpresent model years.he Infiniti G sedan was renamed to Q40 for the production period between June 2014 and June 2015. This was due to the creation of and gradual implementation of the new nomenclature from September 2012 through 2014. The G/Q40 sedan went largely unchanged for its final year and final production run in 2015.


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Whether you are looking for a used or new BMW 5 Series vehicle â here you will find all the information, test reports and offers for financing and leasing the current BMW 5 Series models â and, of course, a dealer for your test drive as well.JavaScript may be disabled in your browser settings.he most advanced BMW 5 Series ever: as a Sedan, Touring, ActiveHybrid, Gran Turismo and M5 Sedan. In addition to impressive elegance and performance, these vehicles also have a range of diverse qualities that makes them indispensable in everyday use.


Harmonic series (music)
The harmonic series is an arithmetic series (1Ãf, 2Ãf, 3Ãf, 4Ãf, 5Ãf, ...). In terms of frequency (measured in cycles per second, or hertz (Hz) where f is the fundamental frequency), the difference between consecutive harmonics is therefore constant and equal to the fundamental.he harmonic series is an arithmetic series (1Ãf, 2Ãf, 3Ãf, 4Ãf, 5Ãf, ...). In terms of frequency (measured in cycles per second, or hertz (Hz) where f is the fundamental frequency), the difference between consecutive harmonics is therefore constant and equal to the fundamental.


Radium
Radium is the heaviest known alkaline earth metal and is the only radioactive member of its group. Its physical and chemical properties most closely resemble its lighter congener barium. Pure radium is a volatile silvery-white metal, although its lighter congeners calcium, strontium, and barium have a slight yellow tint.


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Marie Curie gave outstanding contributions to science and society that. were recognized still in her lifetime. In particular, the discovery of radium com-. pletely changed the therapeutic methods for treatment of cancer and other dis-. eases, and allowed the development of radiotherapy and nuclear medicine.


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radium chloride, which could contain probably only 1:1000 parts of radium in barium, made the first determination of the atomic mass of this new element, and obtained 223.3.


My Great-Great-Aunt Discovered Francium. And It Killed Her.
She was in the final stages of purifying actinium, one of the rarest and most dangerous elements yet discovered, from uranium ore. Ten tons of ore yielded just one or two milligrams of actinium; Perey, who joined the institute as a teenager to be the personal technician for Marie Curie, was an expert in its isolation.


The Genius of Marie Curie - the Woman Who Lit Up the World, BBC Two, review
Take, for example, the radium. Curieâs loyal husband, Pierre, used to fantasise that this new substance, when they found it, would have a bluish-green hue. Astoundingly, his intuition proved correct.


The Genius of Marie Curie - the Woman Who Lit Up the World, BBC Two, review
The Genius of Marie Curie - the Woman Who Lit Up the World, BBC Two, review Jake Wallis Simons is entranced by this highly informative documentary on one our greatest scientists. 4


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Answers.com Â® WikiAnswers Â® Categories History, Politics & Society Society and Civilization Famous People Scientists Marie Curie What is the element named after the woman who discovered radium? What would you like to do?


Marie and Pierre Curie and the Discovery of Polonium and  Radium
strate the existence of the elements discovered through their radioactive emissions. She was awarded two Nobel Prizes, one in 1903 together with Pierre Curie and. Henri Becquerel for the discovery of radioactivity, and other in 1911 for the dis-. covery of polonium and radium (Fig.


Top 10 Smartest People In History
Marie SkÅodowska Curie was a Polish and naturalized-French physicist and chemist who conducted pioneering research on radioactivity. She was the first woman to win a Nobel Prize, the first person and only woman to win twice, the only person to win a Nobel Prize in two different sciences, and was part of the Curie family legacy of five Nobel Prizes. She was also the first woman to become a professor at the University of Paris, and in 1995 became the first woman to be entombed on her own ...


Radium
Radium was discovered by Marie Sklodowska-Curie and her husband Pierre Curie on 21 December 1898, in a uraninite (pitchblende) sample. While studying the mineral earlier, the Curies removed uranium from it and found that the remaining material was still radioactive.


Anorexia nervosa
Globally anorexia is estimated to affect two million people as of 2013. It is estimated to occur in 0.9% to 4.3% of women and 0.2% to 0.3% of men in Western countries at some point in their life. About 0.4% of young females are affected in a given year and it is estimated to occur ten times less commonly in males.


Anorexia Nervosa - Cause
Anorexia Nervosa-Cause. The cause of anorexia nervosa is not fully understood. It is thought to develop from a mix of physical, emotional, and social triggers. 1  Extreme dieting changes how the brain and metabolism work, and it stresses the body. 2  These changes may make you more likely to develop an eating disorder. 3  Genetics play a big part in anorexia and bulimia.


Anorexia nervosa
Anorexia is estimated to occur in 0.9% to 4.3% of women and 0.2% to 0.3% of men in Western countries at some point in their life. About 0.4% of young females are affected in a given year and it is estimate to occur three to ten times less commonly in males.


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Knowledge center. Anorexia nervosa is a potentially life-threatening eating disorder. It is a serious psychological disorder characterized by either a significantly reduced appetite or complete aversion to eating.


Anorexia nervosa
Treatment of anorexia involves restoring a healthy weight, treating the underlying psychological problems, and addressing behaviors that promote the problem. While medications do not help with weight gain, they may be used to help with associated anxiety or depression.


Anorexia nervosa
Anorexia nervosa, often referred to simply as anorexia, is an eating disorder characterized by a low weight, fear of gaining weight, a strong desire to be thin, and food restriction. Many people with anorexia see themselves as overweight even though they are underweight.


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A person with anorexia disorder may be underweight, but still has an intense fear of putting on weight. They may do too much exercise, diet, use laxatives and other methods to get leaner. Anorexia nervosa typically begins during a person's teenage years or early adulthood.


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Anorexia should not be confused with anorexia nervosa. 1  Anorexia is a general loss of appetite, or a loss of interest in food. 2  Anorexia nervosa is a serious mental illness.


Anorexia Nervosa
1 Anorexia is a general loss of appetite, or a loss of interest in food. 2  Anorexia nervosa is a serious mental illness. 3  Patients have not lost interest in food, they have intentionally restricted their food intake because of an irrational fear of being or becoming fat.


Anorexia nervosa
Anorexia nervosa, and the associated malnutrition that results from self-imposed starvation, can cause complications in every major organ system in the body. Hypokalaemia, a drop in the level of potassium in the blood, is a sign of anorexia nervosa.


What organ is on your back left side?
What organ is on your back left side? Your lower back, on your left side. What organ is there? Update: I was asking because I used to have pains there whenever I drank (I used to be a heavy drinker from my mid teen years to mid 20s), so I quit a few months back because I knew it was unhealthy. I thought it my be my liver (and that totally freaked me out).


Quadrant (abdomen)
The left lower quadrant (LLQ) of the human abdomen is the area left of the midline and below the umbilicus. The LLQ includes the left iliac fossa and half of the left flank region. The equivalent term for animals is left posterior quadrant.


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Quick Answer. The left kidney, small intestine and descending colon are all found at the lower left side of the back, also known as the left lumbar region. Continue Reading.


Different Types of Pain in Left Side, Causes and Treatment
Any of the left side organs can feel pain any time due to different kinds of reasons. Most common type of pain in left side is chest pain in left side as well as abdomen pain in left side. Depending on the area and causes of the pain, treatment can vary.


Online Radiography Continuing Education for Radiologic X ray Technologist
Left upper quadrant: 1  Stomach. 2  Spleen. 3  Left lobe of liver.  Body of 1  pancreas. Left kidney and adrenal gland.  Splenic flexure of 1  colon. Parts of transverse and descending  colon.


What Does Pain in Part of Your Body Mean?
Right Lower Back Pain. As mentioned, the right side of your lower back is quite similar as the left. There are different aspects, organ-wise. These are the ascending colon and the liver. The pancreas also begins on this side, but is also more central. Also, the gall bladder is located âbeneathâ the liver.


Fort Worth, Texas Add Favorite 75 Reviews | Review This Place
Fort Worth, Texas, gets 37 inches of rain per year. The US average is 39. Snowfall is 1 inches. The average US city gets 26 inches of snow per year. The number of days with any measurable precipitation is 52. On average, there are 229 sunny days per year in Fort Worth, Texas. The July high is around 95 degrees. The January low is 35. Sperling's comfort index for Fort Worth is a 65 out of 100, where a higher score indicates a more comfortable year-around climate. The US average for the comfort index is 54.


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Fort Worth Temperature Yesterday. Maximum temperature yesterday: 80 Â°F (at 2:53 pm) Minimum temperature yesterday: 65 Â°F (at 6:53 am) Average temperature yesterday: 73 Â°F. High & Low Weather Summary for the Past Weeks.


Fort Worth Weather and When to Go
Fort Worth Weather. Fort Worth Weather and When to Go. Fort Worth weather essentials. Don't be misled by averages, the weather in North Texas changes quickly and can be extreme. Winters from December to February are often mild, with temperatures exceeding 50 degrees (F), and sometimes climbing into the 70s (F) for several days.


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* Reported Apr 1 2:53 pm â Apr 16 2:53 pm, Fort Worth, Weather by CustomWeather, Â© 2017. Note: Actual official high and low records may vary slightly from our data, if they occured in-between our weather recording intervals... More about our weather records.


Fort Worth, Texas
Geography and climate. Fort Worth is located in North Texas, and has a generally humid subtropical climate. It is part of the Cross Timbers region; this region is a boundary between the more heavily forested eastern parts and the rolling hills and prairies of the central part.


What is CNG?
In the event of a spill or accidental release, CNG poses no threat to land or water, as it is nontoxic. CNG also disperses rapidly, minimizing ignition risk when compared to gasoline. Natural gas is lighter than air and will not pool as a liquid or vapor. Nevertheless, indoor leaks can form a flammable mixture in the vicinity of an ignition source. CNG is primarily methane, which is a greenhouse gas that could contribute to global climate change if leaked.


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Vapors may travel considerable distances to. a source of ignition where they can ignite, flash back, or explode. May create vapor/air explosion hazard indoors, in confined. spaces, outdoors, or in sewers. If container is not properly cooled, it can rupture in the heat of a fire. Contents under pressure. Extinguishing Media: Dry chemical or carbon dioxide is recommended.


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Never put cylinders into trunks of cars or unventilated areas of passenger vehicles. Never attempt. to refill a compressed gas cylinder without the owner's written consent. Never strike an arc on a. compressed gas cylinder or make a cylinder a part of an electrical circuit.


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Revision Date 01-Jun-2015. Yes. _____________________________________________________________________________________________. Natural gas is primarily methane and may contain smaller amounts of ethane, propane and butane.


What is compressed (pressurized) natural gas
Like any kind of gas, natural gas can be pressurized using a compressor. Its volume is thereby becoming significantly smaller. Natural gas is traditionally compressed to a pressure from 200 to 250 bars, which gives a 200-250-fold volume contraction.


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Protective equipment and precautions for firefighters. As in any fire, wear self-contained breathing apparatus pressure-demand, MSHA/NIOSH (approved or equivalent) and full protective gear. As. an immediate precautionary measure, isolate spill or leak area for at least 100 meters (330 feet) in all directions.


What is compressed (pressurized) natural gas
What is liquefied natural gas (LNG) Gas is compressed (pressurized) for transmission via gas trunklines to maintain proper pressure inside the reservoir (reservoir pressure) during the injection within the bedrock. Besides, CNG production is an intermediate stage of LNG production.


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compressed natural gas. Follow compressed natural gas to get e-mail alerts and updates on your eBay Feed. Unfollow compressed natural gas to stop getting updates on your eBay Feed. Yay! You're now following compressed natural gas in your eBay Feed.You will receive email alerts for new listings. Dont send me e-mail alerts.


What is compressed (pressurized) natural gas
Environment and price. Besides, compressed natural gas (CNG) is used as a motor fuel instead of petroleum products, since it has a number of advantages, the most important being high eco-friendliness and low price.


What is CNG?
CNG is a readily available alternative to gasoline thatâs made by compressing natural gas to less than 1% of its volume at standard atmospheric pressure. Consisting mostly of methane, CNG is odorless, colorless and tasteless.


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The United States is proud of its history of welcoming immigrants and refugees. The U.S. refugee resettlement program reflects the United Statesâ highest values and aspirations to compassion, generosity and leadership. Since 1975, Americans have welcomed over 3 million refugees from all over the world.


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The U.S. refugee resettlement program reflects the United Statesâ highest values and aspirations to compassion, generosity and leadership. Since 1975, Americans have welcomed over 3 million refugees from all over the world. Refugees have built new lives, homes and communities in towns and cities in all 50 states.


United States Refugee Admissions Program (USRAP)
The U.S. refugee resettlement program reflects the United Statesâ highest values and aspirations to compassion, generosity and leadership. Since 1975, Americans have welcomed over 3 million refugees from all over the world.


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The United States is proud of its history of welcoming immigrants and refugees. The U.S. refugee resettlement program reflects the United Statesâ highest values and aspirations to compassion, generosity and leadership.


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While UNHCR reports that less than 1 percent of all refugees are eventually resettled in third countries, the United States welcomes over half of these refugees, more than all other resettlement countries combined. Information on the U.S. Refugee Admissions ProgramÂ». Information on the Reception and Placement ProgramÂ».


United States Refugee Admissions Program (USRAP)
United States Refugee Admissions Program (USRAP) is comprised of: 1  The Bureau of Population, Refugees and Migration (PRM) of the U.S. Department of State. 2  U.S. Citizenship and Immigration Services (USCIS) of the U.S. Department of Homeland Security.


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WASHINGTON â The FBI does not have a way to properly vet incoming Syrian refugees and the Federal Bureau of Investigation said so at a House Homeland Security committee hearing in February.


Flashback: FBI â No Way To Vet Incoming Syrian Refugees [VIDEO]
4710661. WASHINGTON â The FBI does not have a way to properly vet incoming Syrian refugees and the Federal Bureau of Investigation said so at a House Homeland Security committee hearing in February.


U.S. to accept Syrian refugees in greater numbers after slow start
But the U.S. has come under criticism from aid groups for its pace in taking in refugees from the Syrian war, which is by far the largest refugee crisis of recent years. They've been incredibly slow, said Stacie Blake, director of government relations for the U.S. Committee for Refugees and Immigrants.


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Expansionary fiscal policy leads to an increase in real GDP larger than the initial rise in aggregate spending caused by the policy. The government spends an additional $4 Billion through discretionary fiscal policy. The total effect on GDP will be larger than $4 Billion.


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Conversely, contractionary fiscal policiesâsmaller government purchases of goods and services, smaller government transfers, or higher taxesâincrease the budget balance for that year, making a budget surplus bigger or a budget deficit smaller.


Fiscal Policy
Fiscal policy is an important tool for managing the economy because of its ability to affect the total amount of output producedâthat is, gross domestic product. The first impact of a fiscal expansion is to raise the demand for goods and services. This greater demand leads to increases in both output and prices.


Fiscal Policy
Return to top. Fiscal policy is the use of government spending and taxation to influence the economy. When the government decides on the goods and services it purchases, the transfer payments it distributes, or the taxes it collects, it is engaging in fiscal policy.


Fiscal Policy
Fiscal policy is said to be tight or contractionary when revenue is higher than spending (i.e., the government budget is in surplus) and loose or expansionary when spending is higher than revenue (i.e., the budget is in deficit). Often, the focus is not on the level of the deficit, but on the change in the deficit.


Fiscal policy of the United States
The military strategy of full employment had a huge benefit: the governmentâs massive deficits were used to pay for the war, and ended the Great Depression. This phenomenon set the standard and showed just how necessary it was for the government play an active role in fiscal policy.


Fiscal policy of the United States
(February 2011). Fiscal policy is considered any changes the government makes to the national budget in order to influence a nationâs economy. The approach to economic policy in the United States was rather laissez-faire until the Great Depression. The government tried to stay away from economic matters as much as possible and hoped that a balanced budget would be maintained.


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When the Economy Fails Fiscal PolicyFiscal Policy Page 2 of 4 The Budget Balance Other things equal, discretionary expansionary fiscal policiesâincreased government purchases of goods and services, higher government transfers, or lower taxesâreduce the budget balance for that year.


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In order to separate the effects of the business cycle from the effects of discretionary fiscal policy, governments estimate the cyclically adjusted budget balance, an estimate of the budget balance if the economy were at potential output.


Fiscal Policy
The most immediate effect of fiscal policy is to change the aggregate demand for goods and services. A fiscal expansion, for example, raises aggregate demand through one of two channels. First, if the government increases its purchases but keeps taxes constant, it increases demand directly.


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High-altitude hypoxia causes major cardiovascular changes, which may result in raised resting brachial blood pressure (BP). However, the effect of high-altitude hypoxia on more sensitive measures of BP control (such as 24 h ambulatory BP and resting central BP) is largely unknown.


Syncope
In stratifying the etiology of syncope, prospective studies have found that neurally mediated causes account for the largest percentage of events (38%-56%). Cardiovascular causes, separated into cardiac causes (11%-23%) and postural hypotension (2%-24%), account for a smaller percentage of cases.


Syncope
Symptoms of postural intolerance are related to brain anoxia or hypoxia resulting from a reduction of BP. Lightheadedness, dizziness, imbalance, tunnel vision, blurriness, spotted visual field, and headache are symptoms related to brain hypoxia.


Belviq
Oxygen saturation and symptoms of AMS. Oxygen saturation was not recorded at baseline due to the difficulty in supplying all individuals with measurement devices. However, oxygen saturation decreased stepwise from stage 2 to stage 4 (P = 0.001) and is presented in Table 1.


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In the absence of a gradual acclimatization process, a generalized hypobaric hypoxic condition will ensue. This generalized hypoxia may cause debilitating symptoms associated with acute mountain sickness (AMS) as well as the more serious conditions of high-altitude pulmonary oedema or cerebral oedema.


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Protocol of measures during ascent stage 2â4. All study measurements were completed (resting data) or began (24 h ambulatory BP) in the late afternoon (about 1700 hrs), on the day of arrival at each respective altitude (stage).


Timothy grass (Phleum pratense)
In Nordic countries, timothy grass is commonly used in mixtures with meadow fescue (Festuca pratensis), another winter hardy grass (VirkajÃ¤rvi, 2006). Timothy is one of the most legume-friendly grasses due to its non-competitive nature.


10 Home Remedies to Get Rid of Timothy Grass Allergy
Some people still experience hay fever and timothy grass allergy even in the summer. Having a picnic during the summertime which is one of peopleâs favorite activities can be a bit hard to do. A lot of people do not usually realize that they are afflicted with this condition.


Timothy grass (Phleum pratense)
Timothy grass is one of the most popular cool-season perennial grasses in some regions, such as North-Eastern and North-Western USA, Eastern Canada and Nordic countries (Cherney et al., 2011; Bernes et al., 2008; BÃ©langer et al., 2001).


10 Home Remedies to Get Rid of Timothy Grass Allergy
How to get rid of timothy grass allergy?You know that depending on the season, you may get more allergies than usual. People usually experience a lot of allergies during the spring season. Some people would just like to enjoy the things that they usually do but they will suddenly end up sneezing afterwards.


10 Home Remedies to Get Rid of Timothy Grass Allergy
Symptoms of Timothy Grass Allergy. There is a chance that you are not aware if you are suffering from Timothy Glass Allergy. Here are just some of the things that you can look for: Congestion â If you suddenly have trouble breathing, this may be a sign that your sinuses are congested and you are suffering from allergies.


Timothy grass (Phleum pratense)
Timothy grass (Phleum pratense) is a cool-season perennial grass from temperate regions. It grows in erect culms 50 cm to 1 m tall (sometimes up to 1.3 m) (AWI et al., 2012; FAO, 2013). It has a shallow, fibrous root system (AWI et al., 2012).


Timothy grass (Phleum pratense)
Timothy grass, and particularly timothy hay, is widely used in temperate areas for feeding ruminants, notably in Europe and North America. Timothy has a good reputation for producing pasture and hay of high feed quality and palatability. However, like any grass, the feed quality of timothy depends on the stage of maturity and on growing conditions.


Timothy grass (Phleum pratense)
It makes a poor recovery under limited moisture conditions. Timothy grows best on rich, moist bottomlands and on finer textured soils, such as clay loams. It does not do well on coarser soils. Timothy grass will grow for a time on low-fertility soils, but it is better adapted to a high-fertility soil .


Timothy Grass Care: Information About Timothy Grass Growing
The benefits of Timothy grass are numerous. It has broad appeal as hay for and horses, but when combined with alfalfa, it makes nutritious forage for sheep and other grazing animals. It is also made into food for guinea pigs, rabbits and other domesticated pets. The plant is easily recognized when it blooms by its long narrow seed head.


10 Home Remedies to Get Rid of Timothy Grass Allergy
Do remember that these are just some of the things that you can take in order to strengthen your immune system to get rid of timothy grass allergy. There is a chance that you will need to know which one works for you best.


Rothschild, Wisconsin
Rothschild is a village in Marathon County, Wisconsin, United States. It is part of the Wausau, Wisconsin Metropolitan Statistical Area.The population was 5,269 at the 2010 census.Rothschild is the northern terminus of Interstate 39, which starts in Normal, Illinois.othschild is the northern terminus of Interstate 39, which starts in Normal, Illinois.


General Information
DEMOGRAPHICS: Wausau is the county seat of Marathon County, which is Wisconsinâs largest county, covering 1,584 square miles. The City of Wausau covers 18.27 square miles and 229.39 miles of streets. County population per the 2000 census was 125,834 which includes the Cityâs census population of 38,426.The 2000 median effective buying income for the City of Wausau was $42,120 compared to that of the State of Wisconsin was $39,800.The 2000 per capita retail sales for the City of Wausau was $11,630 compared to that of the State of Wisconsin was $9,715.ounty population per the 2000 census was 125,834 which includes the Cityâs census population of 38,426. The 2000 median effective buying income for the City of Wausau was $42,120 compared to that of the State of Wisconsin was $39,800.


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ACCOMMODATIONS. Budget Inn Motel. (715) 359-5986, 1106 East Grand Avenue, Rothschild, WI 54474. Candlewood Suites. (715) 355-8900, 803 Industrial Park Drive, Rothschild, WI 54474. The Comfort Inn (715) 355-4449 or (800) 221-2222, 10303 County Hwy.CCOMMODATIONS. Budget Inn Motel. (715) 359-5986, 1106 East Grand Avenue, Rothschild, WI 54474. Candlewood Suites. (715) 355-8900, 803 Industrial Park Drive, Rothschild, WI 54474. The Comfort Inn (715) 355-4449 or (800) 221-2222, 10303 County Hwy.


Rothschild, Wisconsin
As of the census of 2010, there were 5,269 people, 2,199 households, and 1,465 families residing in the village. The population density was 806.9 inhabitants per square mile (311.5/km 2). There were 2,332 housing units at an average density of 357.1 per square mile (137.9/km 2).othschild is the northern terminus of Interstate 39, which starts in Normal, Illinois.


Wausau, Wisconsin
Wausau is a city in and the county seat of Marathon County, Wisconsin, United States. The Wisconsin River divides the city into east and west. The city is adjacent to the Town of Wausau.he Wisconsin Woodchucks baseball team of the Northwoods League, an NCAA summer baseball league, plays home games at the Athletic Park in Wausau. The Wisconsin Woodchucks were formerly known as the Wausau Woodchucks.


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Latest news from Rothschild, WI collected exclusively by city-data.com from local newspapers, TV, and radio stations. Ancestries: German (37.2%), Polish (14.8%), Irish (6.8%), Norwegian (4.2%), Dutch (3.8%), English (3.3%)..8%. According to our research of Wisconsin and other state lists there were 5 registered sex offenders living in Rothschild, Wisconsin as of October 05, 2015.


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Wisconsin: 4.8%. According to our research of Wisconsin and other state lists there were 5 registered sex offenders living in Rothschild, Wisconsin as of October 05, 2015. The ratio of number of residents in Rothschild to the number of sex offenders is 1,053 to 1..8%. According to our research of Wisconsin and other state lists there were 5 registered sex offenders living in Rothschild, Wisconsin as of October 05, 2015.


Wausau, Wisconsin
4.8%. According to our research of Wisconsin and other state lists there were 5 registered sex offenders living in Rothschild, Wisconsin as of October 05, 2015.The ratio of number of residents in Rothschild to the number of sex offenders is 1,053 to 1..8%. According to our research of Wisconsin and other state lists there were 5 registered sex offenders living in Rothschild, Wisconsin as of October 05, 2015.


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Share With Friends. Wausau positions itself as the best place in Wisconsin to play in the snow. Rib Mountain State Park is home to the Granite Peak Ski Area offering seventy-four runs, seven new chairlifts, and state-of-the-art snowmaking.adger State Winter Games Wausau December 04 - December 06 The tradition continues with Wisconsin's premier amateur sporting event! Competitors from around Wisconsin and several other Midwest states will compete in ...


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Our pet-friendly Econo Lodge Â® hotel in Rothschild, WI off Interstate 39 and Highway 51 near Central Wisconsin Airport is easy to find, easy to book and easy on your wallet.Be sure to visit these popular outdoor attractions and more near our discount Rothschild, WI hotel:ated 5 out of 5 Fabulous This hotel just south of Wausau, WI was clean, nice pool/ hot tub, friendly workers, loved the courtyard, and comfortable beds. September 2, 2015. Rated 4 out of 5 highway work The motel is in a good location, there is a number of places to eat near by.


Life Insurance: Whole-Life Insurance
The Death Benefit. When the insured dies, (be it the day after the insurance is activated or at age 120), the insurance company will pay the beneficiary the death benefit only. The insurance company will use any cash-value account to lower the amount it has to pay. The beneficiaries will not get the money in the cash-value account and the death benefit. As an example, say someone buys a $10,000 whole-life policy on his or her life at age 25. If the cash-value account is $8,000 when the person dies, the insurance company will pay the beneficiary $10,000 not $10,000 plus the $8,000 in the cash-value account.


What Happens to the Cash Value When You Die?
The explanation for why the cash value expires upon death of the insured party is due to the fact that only cash value or a death benefit may be claimed. There is no option, whether in a universal or whole life policy, to receive both types of amounts.


What Happens to the Cash Value When You Die?
This is the nature of an insurance payout or death benefit. It is the primary function an insurance policy. On the other hand, the cash value has a completely different nature. It is the policyâs monetary worth to the owner at any point in time. Cash value is also referred to as âcash surrender valueâ.


Life Insurance - Top Ten Questions
Additional Frequently Asked Questions are available by selecting this link. Whole Life Insurance is designed to provide coverage for the life of the insured. Whole life policies generally offer fixed premiums, guaranteed death benefits and are designed to build tax deferred cash value.


Life Insurance - Top Ten Questions
The face amount is the amount of coverage you wish to provide your beneficiaries in the event of death. The cash value is the value that builds up in the policy. The minimum cash values are set by the Insurance Law and reflect an accumulation of your premiums after allowances for company expenses and claims.


Life Insurance: Whole-Life Insurance
The Cash-Value Account. The cash-value account of a whole-life policy is similar to having a savings account within the policy. After the insurance company takes the amount of money it needs from the premium to meet the cost of term insurance, the extra dollars go into the cash-value account.


What Happens to the Cash Value When You Die?
In laymanâs terms, the cash value of the insurance policy dies together with the insured. It will cease to exist as soon as the owner of the plan expires. The main role of an insurance policy is to be able to give a lump sum to the beneficiaries when the insured person dies.


What Happens to the Cash Value When You Die?
In all life insurance plans, the actual cash value of the policy is not owned by the policy holder. These insurance carriers own and consider the cash value of its policy holders as their own corporate asset. This amount will then be used to pay death benefits to be forwarded to the family of the insured individual.


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Tuning Pids. 1  Once you get the GUI up and running, the next thing you'll want to do is tune your multirotor. The MultiWii GUI uses PID values in order to attain a stable state. 2  The PID loop is a systematical method used to stabilize many different systems; in this case a multirotor. PID stands for Proportional, Integral and Derivate.


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The existing PIDS in WRL consists of Platform Display Units, Concourse Display Units, Entrance Display Units and the backend control system for dissemination of the real-time passenger information, and operational and commercial messages to passengers via the LED display units at the entrances, platforms and concourses of the railway stations.


PID Definition
PID Definition. A PID (i.e., process identification number) is an identification number that is automatically assigned to each process when it is created on a Unix-like operating system. A process is an executing (i.e., running) instance of a program. Each process is guaranteed a unique PID, which is always a non-negative integer.


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BPEX chairman Stewart Houston said: The top-up payments financed by the Pids levy provided a vital lifeline for pig farmers caught up in the CSF outbreak and demonstrated what the industry can do by working together.


Tuning Pids
Tuning Pids. Once you get the GUI up and running, the next thing you'll want to do is tune your multirotor. The MultiWii GUI uses PID values in order to attain a stable state. Below is a simplified explanation of how PID theory works and hopefully it will help you tune your multirotor.


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The following is an outline of the main points from the seminars, with emphasis on dispelling common myths associated with PIDs. Hizentra is the first and only 20 percent subcutaneous immunoglobulin (SCIg) therapy in the world for the treatment of PID, a rare and serious group of diseases of the immune system.


Asthma news, articles and information:
Study Finds Resistant Infections Rising, with Longer Hospital Stays for US Children JPIDS Infections caused by a type of bacteria resistant to multiple antibiotics are occurring more frequently in U.S. children and are associated with longer hospital stays and a trend towards greater risk of death, according to a new study published in...


Tuning Pids
Tuning Pids. 1  Once you get the GUI up and running, the next thing you'll want to do is tune your multirotor. 2  The PID loop is a systematical method used to stabilize many different systems; in this case a multirotor. 3  Proportional is the first component of the PID loop and it focuses on correcting present errors in multirotor stabilization.


Carbohydrates: How carbs fit into a healthy diet
Confidence votes 17. As carbohydrates are digested and broken down by the body, they are converted into glucose in your blood sugar, which is then used or stored as energy.There are three main types of carbohydrates, which are sugars, starches and fibre, which can all be found in a variety of foods.onfidence votes 17. As carbohydrates are digested and broken down by the body, they are converted into glucose in your blood sugar, which is then used or stored as energy.


The Carbohydrates That Provide the Body With Long-Lasting Energy
Energy From Carbohydrates. Carbohydrates provide the same amount of energy in the form of calories as protein, with 4 calories per gram, but less than fat, with 9 calories per gram.hile both sugars and starches provide the same amount of calories, not all types of carbohydrates will give you long-lasting energy. Complex carbohydrates, such as starches, are digested more slowly and thus give you longer-lasting energy than simple carbohydrates, like sugars.


What Gives the Most Energy Per Gram: Fat, Protein or Carbohydrates?
Carbohydrates. Carbohydrates have four calories per gram. Sugars and starches get digested to produce glucose, which is the form of energy preferred by every cell in your body. They also have the advantage of being converted into energy faster than fats and protein.ats have the most energy and proteins have the same amount as carbohydrates, but their value as a source of energy is determined by more than the calories gained from one gram.


What Gives the Most Energy Per Gram: Fat, Protein or Carbohydrates?
The amount of energy you'll get from carbohydrate, protein and fat is measured in calories per gram. Fats have the most energy and proteins have the same amount as carbohydrates, but their value as a source of energy is determined by more than the calories gained from one gram.Other factors, such as your activity level and diet, impact which macronutrient is used for energy.ats have the most energy and proteins have the same amount as carbohydrates, but their value as a source of energy is determined by more than the calories gained from one gram.


Carbohydrates vs Fats
If we eat sugar directly, either in the form of glucose or the disaccharide sucrose, it's available almost immediately. Fats make energy available at a slower pace than carbohydrates. Energy On the other hand, gram for gram, fats provide more energy than carbohydrates.The reason for this is the amount of oxidation that takes place as these compounds are converted to carbon dioxide and water. Carbon for carbon, fats require more oxidation to become CO 2 and H 2 O than do carbohydrates.ats make energy available at a slower pace than carbohydrates. Energy On the other hand, gram for gram, fats provide more energy than carbohydrates. The reason for this is the amount of oxidation that takes place as these compounds are converted to carbon dioxide and water.


Carbohydrates vs Fats
Energy. On the other hand, gram for gram, fats provide more energy than carbohydrates. The reason for this is the amount of oxidation that takes place as these compounds are converted to carbon dioxide and water. Carbon for carbon, fats require more oxidation to become CO 2 and H 2 O than do carbohydrates.ats make energy available at a slower pace than carbohydrates. Energy On the other hand, gram for gram, fats provide more energy than carbohydrates. The reason for this is the amount of oxidation that takes place as these compounds are converted to carbon dioxide and water.


How Your Body Turns Carbohydrates into Energy
Proteins, fats, and alcohol (as in beer, wine, and spirits) also provide energy in the form of calories. And protein does give you glucose, but it takes a long time, relatively speaking, for your body to get it.ow Your Body Turns Carbohydrates into Energy. A diet that provides sufficient amounts of carbohydrates keeps your body from eating its own muscles. Carbohydrates are an essential part of a healthy diet because your body converts them to glucose and your body runs on glucose.


The Carbohydrates That Provide the Body With Long-Lasting Energy
Sources of complex carbohydrates that will give you long-lasting energy include whole grains, fruits and vegetables. Popcorn, brown rice, wild rice, quinoa, barley, oatmeal, bulgur and buckwheat are examples of whole grains. Starchy vegetables include corn, potatoes, peas and dried beans.hile both sugars and starches provide the same amount of calories, not all types of carbohydrates will give you long-lasting energy. Complex carbohydrates, such as starches, are digested more slowly and thus give you longer-lasting energy than simple carbohydrates, like sugars.


Carbohydrates That Provide the Body With Long-Lasting Energy
Simple carbohydrates are those that are quickly digested and absorbed by your body, such as sugar. Although they provide you with a quick burst of energy, this is soon followed by a crash as your body deals with the sudden rush of sugars into your bloodstream.imple carbohydrates are those that are quickly digested and absorbed by your body, such as sugar. Although they provide you with a quick burst of energy, this is soon followed by a crash as your body deals with the sudden rush of sugars into your bloodstream.


The Carbohydrates That Provide the Body With Long-Lasting Energy
Both starches and sugars provide you with energy, but fiber, the third type of carbohydrate, passes through the digestive system mostly unchanged and doesn't provide the same amount of energy. Fiber does provide a small amount of energy, when bacteria break down some types of fiber in the large intestines.hile both sugars and starches provide the same amount of calories, not all types of carbohydrates will give you long-lasting energy. Complex carbohydrates, such as starches, are digested more slowly and thus give you longer-lasting energy than simple carbohydrates, like sugars.


How common is gestational diabetes?
Studies show that less than ten percent of all babies are born to women with gestational diabetes. The risk of developing gestational diabetes is higher once you reach age 25. This risk is nearly six times higher for women over 40 than for teenage mothers.


What is Gestational Diabetes?
What is Gestational Diabetes? Pregnant women who have never had diabetes before but who have high blood glucose (sugar) levels during pregnancy are said to have gestational diabetes. According to a 2014 analysis by the Centers for Disease Control and Prevention, the prevalence of gestational diabetes is as high as 9.2%.


Gestational Diabetes and Pregnancy
Problems of Gestational Diabetes in Pregnancy. Blood sugar that is not well controlled in a woman with gestational diabetes can lead to problems for the pregnant woman and the baby: An Extra Large Baby. Diabetes that is not well controlled causes the babyâs blood sugar to be high.


What is Gestational Diabetes?
When you have gestational diabetes, your pancreas works overtime to produce insulin, but the insulin does not lower your blood glucose levels. Although insulin does not cross the placenta, glucose and other nutrients do. So extra blood glucose goes through the placenta, giving the baby high blood glucose levels.


Gestational Diabetes and Pregnancy
Gestational Diabetes and Pregnancy. Gestational diabetes is a type of diabetes that is first seen in a pregnant woman who did not have diabetes before she was pregnant. Some women have more than one pregnancy affected by gestational diabetes. Gestational diabetes usually shows up in the middle of pregnancy.


Gestational diabetes
When you develop diabetes, or high blood sugar, during pregnancy, it is known as gestational diabetes mellitus (GDM). Some of the risk factors for developing GDM include being older than 25, a family history of diabetes, having already had a baby who weighed more than 9 pounds and being Hispanic or African-American.


Fahrenheit and Celsius (Centigrade) Scales
Kelvin Scale. Degrees Celsius (Â°C) and kelvins (K) have the same magnitude. The only difference between the scales is their starting points: 0 K is absolute zero, while 0Â°C is the freezing point of water. One can convert degrees Celsius to kelvins by adding 273.15; thus, the boiling point of water, 100Â°C, is 373.15 K.


What Is the Freezing Point of Water?
Here's a look at the answers to these common questions. Answer: The freezing point or melting point of water is the temperature at which water changes phase from a liquid to a solid or vice versa. Thomas Northcut, Getty Images. Anne Marie Helmenstine, Ph.D.


Talk:Celsius
Zero degrees Celsius.   The Celsius temperature scale was defined with zero as the freezing point of water, and 100 as the boiling point of water.   (That's for pure f â¦ resh water at sea-level atmospheric pressure.


What Is the Freezing Point of Water?
The freezing point describes the liquid to solid transition while the melting point is the temperature at which water goes from a solid (ice) to liquid water.


At what temperature does water turn into ice in degree celsius?
Pure water freezes at 0 degrees Celsius when at sea level (1 atm, or 760 torr). It boils at 100 degrees Celsius under the same conditions. The freezing temperature of wa â¦ ter is 0 degrees Celcius.


Fahrenheit and Celsius (Centigrade) Scales
â273.1Â°. Absolute zero is theoretically the lowest possible temperature, the point at which all molecular motion would cease. To convert Fahrenheit to Celsius (Centigrade), subtract 32 and divide by 1.8. To convert Celsius (Centigrade) to Fahrenheit, multiply by 1.8 and add 32.


At what temperature in degrees Celsius does water freeze?
The Celsius scale was defined by the freezing and boiling points of water, with 100 equal intervals (degrees) between them. Melting vs Freezing Point. Ice melts at 0Â° Celsius, this is how it is defined. Water can be cooled below 0Â°C if it contains ions in solution.


Temperature
The freezing point of water (at standard atmospheric pressure) has been assigned the value of 0Â° on the Celsius, or centigrade, temperature scale. 3 people found this useful.


Trichomonas
Back to top. Trichomoniasis is a common sexually transmitted disease (STD) that affects both women and men, although symptoms are more common in women. Trichomoniasis is caused by the single-celled protozoan parasite, Trichomonas vaginalis.


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STDs caused by viruses. 1  Genital herpes (herpes simplex virus). 2  Genital warts (human papillomavirus virus [ HPV 3  ]). Hepatitis B and D, and infrequently, A*,C*,E* (hepatitis viruses, types A-E). 4  HIV/AIDS (human immunodeficiency virus [ HIV virus]). 5  Molluscum contagiosum * (poxvirus).


Trichomoniasis
Making the world better, one answer at a time. Trichomoniasis is caused by a protozoan. TRICHOMONIASIS. Trichomonas. Trichomonas vaginalis is the protozoa that causes trichomoniasis. Trichomoniasis. Trichomoniasis is a STD caused by a protozoa. Tichomonasis is an infection by a protozoan most commonly spead through sexual intercourse.


Sexually Transmitted Diseases (STDs)
Depending on the disease, STDs can be spread with any type of sexual activity. STDs are most often caused by viruses and bacteria. The following is a list of the most common STDs, their causes. Additionally, there are other infections (see STDs with asterisk mark*) that may be transmitted on occasion by sexual activity, but these are typically not considered to be STDs by many investigators: STDs caused by bacteria. 1  Chancroid (Haemophilus ducreyi).


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Here are descriptions of some of the most common and well known: 1  Chlamydia. 2  Gonorrhea. 3  Genital Herpes. 4  HIV/AIDS. 5  Human Papillomavirus (HPV). 6  Syphilis. 7  Bacterial Vaginosis. 8  Trichomoniasis.


Can you find out how you had an std by some type of test?
Genital Herpes. Genital herpes is a contagious infection caused by the herpes simplex virus (HSV). There are two different strains, or types, of HSV: herpes simplex virus type 1 (HSV-1) and type 2 (HSV-2). Both can cause genital herpes, although most cases of genital herpes are caused by HSV-2.


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std's are caused by having sex with an infected person Bacteria, viruses, and parasites cause most STDs. Usually you would get them via sexual intercourse with an infected per â¦ son. Practically speaking-having sex with someone already infected is what causes an STD.


5 Common Vaginal Odors (and Exactly What They Mean)
You may have heard of trichomoniasis, or trich, but many people are not sure what it is. Trichomoniasis (trick-oh-mo-NEYE-ah-sis) is an infection caused by a protozoan â a microscopic, one-cell animal called a trichomona. Trichomoniasis is often called trich.. More than eight million Americans are infected with trich every year.


Medical Terms Related to HPV and Sexually Transmitted Diseases and Infections
The vagina is the most common site of infection in women, and the urethra (urine canal) is the most common site of infection in men. The parasite is sexually transmitted through penis-to-vagina intercourse or vulva-to-vulva (the genital area outside the vagina) contact with an infected partner. Women can acquire the disease from infected men or women, but men usually contract it only from infected women. 1  Symptoms. 2  Complications. 3  Prevention.


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Here are descriptions of some of the most common and well known: Chlamydia Gonorrhea Genital Herpes HIV/AIDS Human Papillomavirus (HPV) Syphilis Bacterial Vaginosis Trichomoniasis Viral Hepatitis Chlamydia Chlamydia1 (pronounced kla-MID-ee-uh) is a common STD/STI caused by the bacterium Chlamydia trachomatis.


Apricot kernels and cancer
Apricot Kernels contain a plant compound called Amygdalin (also known as vitamin B17) which produces a cyanide called Laetrile and helps to kill off cancer cells while preserving the healthy cells. The therapeutic dosage of Laetrile is 250-1000mg/ day.The amount of Laetrile contained in 100gms of Apricot Kernels is approximately 500mg. The use of Laetrile for therapeutic purposes is highly controversial.he therapeutic dosage of Laetrile is 250-1000mg/ day. The amount of Laetrile contained in 100gms of Apricot Kernels is approximately 500mg. The use of Laetrile for therapeutic purposes is highly controversial.


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Laetrile is a partly man made (synthetic) form of the natural substance amygdalin. Amygdalin is a plant substance found naturally in raw nuts and the pips of many fruits, particularly apricot pips, or kernels.It is also present in plants such as lima beans, clover and sorghum.Some people call laetrile vitamin B17, although it isnât a vitamin.mygdalin is a plant substance found naturally in raw nuts and the pips of many fruits, particularly apricot pips, or kernels. It is also present in plants such as lima beans, clover and sorghum. Some people call laetrile vitamin B17, although it isnât a vitamin.


Laetrile (amygdalin or vitamin B17)
What laetrile is. Laetrile is a partly man made (synthetic) form of the natural substance amygdalin. Amygdalin is a plant substance found naturally in raw nuts and the pips of many fruits, particularly apricot pips, or kernels. It is also present in plants such as lima beans, clover and sorghum.Some people call laetrile vitamin B17, although it isnât a vitamin.mygdalin is a plant substance found naturally in raw nuts and the pips of many fruits, particularly apricot pips, or kernels. It is also present in plants such as lima beans, clover and sorghum. Some people call laetrile vitamin B17, although it isnât a vitamin.


Raw Apricot Seeds Frequently Asked Questions and Answers
It depends on the stage of cancer you're in and what type of cancer you have been diagnosed with. Raw apricot seeds only contain 3-5mg of B17 (laetrile). Dr. Neilson says that this is just not enough B17 to have a beneficial effect on serious stage 4 or higher cancer cases.ith raw apricot seeds alone, it is a slow process, because the apricot seed only contains about 2% to 3% laetrile. For example: â¢ For bone cancer, it takes a little longer for the laetrile to absorb deep into the body. â¢ Skin cancer reacts the quickest. Within one week a notable difference is seen.


Apricot Seeds Kill Cancer Cells without Side Effects
There are many success stories from people using just laetrile or apricot pit kernels. The usual recommendation for prevention is around 5 to 7 over the course of a day. For actual cancer cases use 2 to 3 times that.Some say one kernel for every 10 lbs of body weight.magdylin is found with the highest concentration and necessary enzymes in apricot seed kernels. A primitive tribe, the Hunzas, were known to consume large amounts of apricot seed kernels. The hard pit had to be broken to get into the soft kernels.


Raw Apricot Seeds Frequently Asked Questions and Answers
The cancer cells start dying out immediately after taking the apricot kernels. With raw apricot seeds alone, it is a slow process, because the apricot seed only contains about 2% to 3% laetrile.For example: â¢ For bone cancer, it takes a little longer for the laetrile to absorb deep into the body. â¢ Skin cancer reacts the quickest. Within one week a notable difference is seen.ith raw apricot seeds alone, it is a slow process, because the apricot seed only contains about 2% to 3% laetrile. For example: â¢ For bone cancer, it takes a little longer for the laetrile to absorb deep into the body. â¢ Skin cancer reacts the quickest. Within one week a notable difference is seen.


The Power of Apricot Seeds
Only cancer cells fall prey to the âsugar coatedâ cyanide. Other benefits of consuming Apricot Seeds are suppression of inflammation and decreased production of new blood vessels that feed tumors. Nitrilosides have been shown to have anti-tumor effects on various types of cancer.mygdalin is the most common name for the Apricot Seed plant compound. Amygdalin, also known as B 17, can also be found in other plants such as apple seeds, millet, bitter almonds, wild blackberries and some grasses. Laetrile is the semi-synthetic version that shares only part of the Amygdalin structure.


Apricot kernels and cancer
The effect Apricot Kernels have on cancer cells is in theory to decrease the metastasis (spread) of the cancer cells.he therapeutic dosage of Laetrile is 250-1000mg/ day. The amount of Laetrile contained in 100gms of Apricot Kernels is approximately 500mg. The use of Laetrile for therapeutic purposes is highly controversial.


Apricot Seeds Kill Cancer Cells without Side Effects
Amagdylin is found with the highest concentration and necessary enzymes in apricot seed kernels. A primitive tribe, the Hunzas, were known to consume large amounts of apricot seed kernels. The hard pit had to be broken to get into the soft kernels.There was no incidence of cancer with them at all, ever.magdylin is found with the highest concentration and necessary enzymes in apricot seed kernels. A primitive tribe, the Hunzas, were known to consume large amounts of apricot seed kernels. The hard pit had to be broken to get into the soft kernels.