What was the fastest speed ever on a speeding ticket?
Confidence votes 7. The fastest speeding ticket in the world allegedly occurred in May 2003 in Texas. It was supposedly 242 mph in a 75 mph zone. The car was a Swedish-built Koenigsegg CC8S, which was involved in the San Francisco to Miami Gumball 3000 Rally race.onfidence votes 7. The fastest speeding ticket in the world allegedly occurred in May 2003 in Texas. It was supposedly 242 mph in a 75 mph zone. The car was a Swedish-built Koenigsegg CC8S, which was involved in the San Francisco to Miami Gumball 3000 Rally race.


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The first man convicted of speeding was Walter Arnold of East Peckham, Kent, who on 28 January 1896 was fined for speeding at 8 mph in a 2 mph zone.ive years later, a New York City cab driver named Jacob German was arrested for speeding on May 20, 1899 for driving 12 miles per hour on Lexington Avenue in Manhattan. He got jail time. But the first man to get an actual paper ticket was Harry Myers for going 12 mph on West Third Street, Dayton, Ohio in 1904. A hero.


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Ever wonder what was the fastest speed a violator was ever ticketed for in the United States? Some claim it was a Texas speeder clocked at 242 mph in a 70 zone. The offending vehicles was a Swedish-made Koenigsegg CC8S.ver wonder what was the fastest speed a violator was ever ticketed for in the United States? Some claim it was a Texas speeder clocked at 242 mph in a 70 zone. The offending vehicles was a Swedish-made Koenigsegg CC8S.


The Eight Biggest Speeding Tickets Ever Issued
8.) $10 for being a pioneer (about $250 today). The first man convicted of speeding was Walter Arnold of East Peckham, Kent, who on 28 January 1896 was fined for speeding at 8 mph in a 2 mph zone. He was fined 1 shilling plus costs.ive years later, a New York City cab driver named Jacob German was arrested for speeding on May 20, 1899 for driving 12 miles per hour on Lexington Avenue in Manhattan. He got jail time. But the first man to get an actual paper ticket was Harry Myers for going 12 mph on West Third Street, Dayton, Ohio in 1904. A hero.


Betty Ford
Elizabeth Ann Betty. Ford (nee NÃ©e; Bloomer april, 8 â 1918 july, 8) 2011 Was First lady of The United states from 1974 to, 1977 as the wife of the 38th president of The United, States Gerald. Ford As First, lady she was active in social policy and created precedents as a politically active presidential. wifeollowing her White House years, she continued to lobby for the ERA and remained active in the feminist movement. She was the founder, and served as the first chair of the board of directors, of the Betty Ford Center for substance abuse and addiction.


Betty Ford
Not to be confused with Betty Jean Heminger Ford, the first wife of Tennessee Ernie Ford. Elizabeth Ann Betty. Ford (nee NÃ©e; Bloomer april, 8 â 1918 july, 8) 2011 Was First lady of The United states from 1974 to, 1977 as the wife of the 38th president of The United, States Gerald. fordollowing her White House years, she continued to lobby for the ERA and remained active in the feminist movement. She was the founder, and served as the first chair of the board of directors, of the Betty Ford Center for substance abuse and addiction.


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Betty Ford (1918â2011). Actress | Writer. Betty Ford was born on April 8, 1918 in Chicago, Illinois, USA as Elizabeth Ann Bloomer. She was an actress and writer, known for All-Star Party for 'Dutch' Reagan (1985), Bob Hope: Laughing with the Presidents (1996) and Inside the White House (1995).She was married to Gerald Ford and William C. Warren.etty Ford was born on April 8, 1918 in Chicago, Illinois, USA as Elizabeth Ann Bloomer.


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Betty Ford was born on April 8, 1918 in Chicago, Illinois, USA as Elizabeth Ann Bloomer.She was an actress and writer, known for All-Star Party for 'Dutch' Reagan (1985), Bob Hope: Laughing with the Presidents (1996) and Inside the White House (1995).She was married to Gerald Ford and William C. Warren.etty Ford was born on April 8, 1918 in Chicago, Illinois, USA as Elizabeth Ann Bloomer.


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Introduction. Betty Ford (1918-2011) was an American first lady (1974-77) and the wife of Gerald Ford, the 38th president of the United States.Ford realized the power of her position as first lady early on, when she was diagnosed with breast cancer shortly after her husband took office.ntroduction. Betty Ford (1918-2011) was an American first lady (1974-77) and the wife of Gerald Ford, the 38th president of the United States.


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Betty Ford, wife of former President Gerald Ford and the founder of the Betty Ford Center for substance abuse and addiction, has died at age 93.In public, she was one of the most visible and outspoken first ladies in history.In private, she triumphed over serious personal adversity.etty Ford, wife of former President Gerald Ford and the founder of the Betty Ford Center for substance abuse and addiction, has died at age 93.


Former First Lady Betty Ford Dead at 93
Email. Betty Ford, wife of former President Gerald Ford and the founder of the Betty Ford Center for substance abuse and addiction, has died at age 93. In public, she was one of the most visible and outspoken first ladies in history. In private, she triumphed over serious personal adversity.etty Ford, wife of former President Gerald Ford and the founder of the Betty Ford Center for substance abuse and addiction, has died at age 93.


Elizabeth Anne Bloomer Ford
Elizabeth Ann Betty. Ford was First Lady from 1974 to 1977 as the wife of President Gerald Ford. She was noted for raising breast cancer awareness and being a passionate supporter of the Equal Rights Amendment. In 25 years of political life, Betty Bloomer Ford did not expect to become First Lady.As wife of Representative Gerald R. Ford, she looked forward to his retirement and more time together. In late 1973 his selection as Vice President was a surprise to her.n 25 years of political life, Betty Bloomer Ford did not expect to become First Lady. As wife of Representative Gerald R. Ford, she looked forward to his retirement and more time together. In late 1973 his selection as Vice President was a surprise to her.


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Mini Bio (1). Betty Ford was born on April 8, 1918 in Chicago, Illinois, USA as Elizabeth Ann Bloomer. She was an actress and writer, known for All-Star Party for 'Dutch' Reagan (1985), Bob Hope: Laughing with the Presidents (1996) and Inside the White House (1995).She was married to Gerald Ford and William C. Warren.ini Bio (1). Betty Ford was born on April 8, 1918 in Chicago, Illinois, USA as Elizabeth Ann Bloomer. She was an actress and writer, known for All-Star Party for 'Dutch' Reagan (1985), Bob Hope: Laughing with the Presidents (1996) and Inside the White House (1995).


First Lady Biography: Betty Ford
Chicago, Illinois. Born in Lake View Hospital, Betty Ford spent the first weeks of her life with her parents and brother in an apartment in the East Rogers Park suburb of Chicago, but the family shortly after relocated to Denver, Colorado.hicago, Illinois. Born in Lake View Hospital, Betty Ford spent the first weeks of her life with her parents and brother in an apartment in the East Rogers Park suburb of Chicago, but the family shortly after relocated to Denver, Colorado.


Amoeba
An amoeba (pronounced uh-MEE-buh) is any of several tiny, one-celled protozoa in the phylum (or primary division of the animal kingdom) Sarcodina. Amoebas live in freshwater and salt water, in soil, and as parasites in moist body parts of animals.his occurs after the parent amoeba's genetic (hereditary) material, contained in the nucleus, is replicated and the nucleus divides (a process known as mitosis). Thus, the hereditary material is identical in the two daughter cells.


Amoebiasis
Amoebiasis, also known as amebiasis or entamoebiasis, is an infection caused by any of the amoebas of the Entamoeba group. Symptoms are most common upon infection by Entamoeba histolytica.Amoebiasis can present with no, mild, or severe symptoms.Symptoms may include abdominal pain, mild diarrhoea, bloody diarrhea or severe colitis with tissue death and perforation.This last complication may cause peritonitis.moebiasis is an infection caused by the amoeba Entamoeba histolytica Likewise amoebiasis is sometimes incorrectly used to refer to infection with other amoebae, but strictly speaking it should be reserved for Entamoeba histolytica infection. Other amoebae infecting humans include: 1  Parasites.


What We Doâand Don'tâKnow About Brain-Eating Amoebas
We feel it is important for us to be involved even though it does not affect lots of people each year. This interview has been edited and condensed. Follow Jaclyn Skurie on Twitter. The feeding structures of the amoeba Naegleria fowleri have a face-like appearance.Image by D.T. John & T.B. Cole, Visuals Unlimited A 12-year-old Arkansas girl has been in a hospital for over a week after being infected with a typically fatal parasite that enters through the nose and consumes brain tissue.e feel it is important for us to be involved even though it does not affect lots of people each year. This interview has been edited and condensed. Follow Jaclyn Skurie on Twitter. The feeding structures of the amoeba Naegleria fowleri have a face-like appearance.


Parasites â Naegleria fowleri â Primary Amebic Meningoencephalitis (PAM) â Amebic Encephalitis
Naegleria fowleri (commonly referred to as the brain-eating amoeba or brain-eating ameba), is a free-living microscopic ameba * , (single-celled living organism). It can cause a rare ** and devastating infection of the brain called primary amebic meningoencephalitis (PAM).aegleria fowleri (commonly referred to as the brain-eating amoeba or brain-eating ameba), is a free-living microscopic ameba * , (single-celled living organism). It can cause a rare ** and devastating infection of the brain called primary amebic meningoencephalitis (PAM).


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Naegleria fowleri: Unlike the pork tapeworm, Naegleria fowleri brain parasites have only infected about 175 people in the world; therefore it is not as easily known or understood. This brain parasite causes a condition called primary amoebic meningo-cephalitis.his parasite can infect a human host that is swimming in contaminated waters by attaching to the inside of its host's nose and then traveling up the nose and into the brain. Once in the area of the brain, the amoeba releases an enzyme that allows it dissolve the host's tissues, and enter the tissues of the brain.


Brain-eating amoebas blamed in three deaths
The amoeba is not a parasite. A human is an accidental end point for the amoeba after it's forced up the nose, Yoder said. It does not seek human hosts. But when an amoeba gets lodged into a person's nose, it starts looking for food. It ends up in the brain and starts eating neurons.he amoeba, called Naegleria fowleri, is the only type that infects humans and is more than 95% lethal. The first death in 2011 occurred in June in Louisiana, according to the CDC. A 16-year-old died Saturday after becoming infected by an amoeba in Brevard County, Florida, according to CNN's affiliate WFTV.


Amoeba
Water from the surrounding environment flows through the amoeba's ectoplasm by a process called osmosis. When too much water accumulates in the cell, the excess is enclosed in a structure called a contractile vacuole and squirted back out through the cell membrane.his occurs after the parent amoeba's genetic (hereditary) material, contained in the nucleus, is replicated and the nucleus divides (a process known as mitosis). Thus, the hereditary material is identical in the two daughter cells.


Tufa
Tufa columns at Mono Lake, California. Tufa is a variety of limestone, formed by the precipitation of carbonate minerals from ambient temperature water bodies. Geothermally heated hot springs sometimes produce similar (but less porous) carbonate deposits known as travertine.hey are distinct from most tufa deposits in that they lack any significant macrophyte component; this is due to the salinity excluding mesophilic organisms. Some tufa columns may actually form from hot-springs and therefore actually be a form of travertine.


Habitat account - Raised bogs and mires and fens
Description and ecological characteristics. Tufa formation is associated with hard-water springs, where groundwater rich in calcium bicarbonate comes to the surface. On contact with the air, carbon dioxide is lost from the water and a hard deposit of calcium carbonate (tufa) is formed.escription and ecological characteristics. Tufa formation is associated with hard-water springs, where groundwater rich in calcium bicarbonate comes to the surface. On contact with the air, carbon dioxide is lost from the water and a hard deposit of calcium carbonate (tufa) is formed.


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TUFA POTPOURRI. Tufa towers are not the only form of tufa at Mono Lake. Calcium carbonate crystals will also precipitate out of lakewater far from springs and coat lakebottom surfaces like pumice boulders, beer cans, dead vegetation, dead birds, and anything else that might end up in the lake (instant fossils!).UFA POTPOURRI. Tufa towers are not the only form of tufa at Mono Lake. Calcium carbonate crystals will also precipitate out of lakewater far from springs and coat lakebottom surfaces like pumice boulders, beer cans, dead vegetation, dead birds, and anything else that might end up in the lake (instant fossils!).


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Pyramid Lake is the site of some of the Earth's most spectacular tufa deposits. Tufa is a rock composed of calcium carbonate (CaCO 3) that forms at the mouth of a spring, from lake water, or from a mixture of spring and lake water.ufas in the Pyramid Lake subbasin were first mentioned in scientific literature by Fremont (1845), who erroneously believed they had formed above water. Tufa mounds formed when springs discharged from the bottom of Pyramid Lake, supplying calcium that combined with carbonate dissolved in lake water to form the mounds.


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From reliable sources, we know that the mineral that makes up the tufa formations is called tufa (!), and is a form of calcium carbonate (chemical formula CaCO 3). Tufa is an unusual form of calcium carbonate.Limestone (also CaCO 3), for instance, is very common rock in the Earth's crust formed at the bottom of large bodies of water. As skeletons of microscopic organisms heavier than water pile up on the bottom over long periods of time, they may become cemented by pressure.ufa is an unusual form of calcium carbonate. Limestone (also CaCO 3), for instance, is very common rock in the Earth's crust formed at the bottom of large bodies of water. As skeletons of microscopic organisms heavier than water pile up on the bottom over long periods of time, they may become cemented by pressure.


Tufa
Geology: Mono Lake Tufa Salty lake water (carbonates) + freshwater springs (calcium) = Tufa (calcium carbonate). Mono Lake's tufa towers (pronounced toofah) are spectacular examples of what nature can do with a few basic elements.ufa is found in other alkaline bodies of water, but the variety and quantity of Mono's towers is unique. Tufa is also formed as freshwater springs percolate through briny lake-bottom sand.


What is Tufa?
Tufa (also called tuff) is a type of volcanic stone. Massive volcanic explosions send millions of tons of ash into the air, which then settles in layers downwind.Over a long time, these ash layers are compressed into tufa, a light and porous volcanic stone.ufa (also called tuff) is a type of volcanic stone. Massive volcanic explosions send millions of tons of ash into the air, which then settles in layers downwind.


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Tufa is a kind of limestone that is very common in Italy. Tufa is very soft when it is first cut from the ground, so it is easy to work with.It's not soft like butter, but it is easier to cut than harder stones like granite.with an Etruscan inscription on it). Tufa is a kind of limestone that is very common in Italy. Tufa is very soft when it is first cut from the ground, so it is easy to work with. It's not soft like butter, but it is easier to cut than harder stones like granite. Tufa is easier to work than travertine or marble.


What is tufa? History of Architecture
(with an Etruscan inscription on it). Tufa is a kind of limestone that is very common in Italy. Tufa is very soft when it is first cut from the ground, so it is easy to work with. It's not soft like butter, but it is easier to cut than harder stones like granite.Tufa is easier to work than travertine or marble.with an Etruscan inscription on it). Tufa is a kind of limestone that is very common in Italy. Tufa is very soft when it is first cut from the ground, so it is easy to work with. It's not soft like butter, but it is easier to cut than harder stones like granite. Tufa is easier to work than travertine or marble.


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A COMMON ROCK IN RARE FORM. Tufa is essentially common limestone. What is uncommon about this limestone is the way it forms. Typically, underwater springs rich in calcium (the stuff in your bones) mix with lakewater rich in carbonates (the stuff in baking soda).UFA POTPOURRI. Tufa towers are not the only form of tufa at Mono Lake. Calcium carbonate crystals will also precipitate out of lakewater far from springs and coat lakebottom surfaces like pumice boulders, beer cans, dead vegetation, dead birds, and anything else that might end up in the lake (instant fossils!).


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By Ronald A. Southwick. The name Taekwondo is derived from the Korean word Tae meaning foot, Kwon meaning fist and Do meaning way of.So, literally Taekwondo means the way of the foot and fist. The name Taekwondo, however, has only been used since 1955 while the arts' roots began 2,300 years ago in Korea.nown as a martial art and way of life, the evolution of Taekwondo was a direct result of the happenings in Korea long ago, and knowledge of the history is an important step in understanding Taekwondo.


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Taekwondo (/ËtaÉªËkwÉnËdoÊ/) is a Korean martial art with a heavy emphasis on kicks. Taekwondo was developed during the 1940s and 1950s by various Korean martial artists, as a blend of the indigenous Korean fighting styles of taekkyeon, gwonbeop, and subak, with influence from foreign martial arts as well.n ITF-style taekwondo, the word used for forms is teul; the specific set of teul used by the ITF is called Chang Hon. Choi defined 24 Chang Hon teul. The names and symbolism of the Chang Hon teul refer to elements of Korean history, culture and religious philosophy.


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Tae Kwon Do (also known as Taekwondo) is the art of self defense that originated in Korea.It is recognized as one of the oldest forms of martial arts in the world, reaching back over 2,000 years. The name was selected for its appropriate description of the art: Tae (foot), Kwon (hand), Do (art).t is recognized as one of the oldest forms of martial arts in the world, reaching back over 2,000 years. The name was selected for its appropriate description of the art: Tae (foot), Kwon (hand), Do (art).


Taekwondo
The oldest governing body for Taekwondo is the Korea Taekwondo Association (KTA) which was formed in 1959 by a collaborative effort by representatives from the nine original kwans, or martial arts schools, in Korea.n ITF-style taekwondo, the word used for forms is teul; the specific set of teul used by the ITF is called Chang Hon. Choi defined 24 Chang Hon teul. The names and symbolism of the Chang Hon teul refer to elements of Korean history, culture and religious philosophy.


American Taekwondo Association
Belt Pattern Meaning/Philosophy WHITE BELT SONGAHM 1 18 moves Pure and without knowledge of Songahm Taekwondo. As with the Pine Tree, the seed must now be planted and nourished to develop strong roots.. The student has no knowledge of Songahm Taekwondo and begins with a clean and pure slate.elt Pattern Meaning/Philosophy WHITE BELT SONGAHM 1 18 moves Pure and without knowledge of Songahm Taekwondo. As with the Pine Tree, the seed must now be planted and nourished to develop strong roots.. The student has no knowledge of Songahm Taekwondo and begins with a clean and pure slate.


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In Korean, derived from hanja, tae (è·) means to kick or strike with the foot; kwon (æ³) means hand, fist, or punching; and do (é) means art or way of life. Hence, taekwondo is loosely translated as the way of the foot and fist.It can also be translated hand and foot art..aekwondo is regarded as the skill of technique of pursuing a righteous life. Taekwon means fighting skills, and Do means meditation. When asking What is Taekwondo?. we must see that the answer lies in the practical and philosophical activities used to practice this martial art.


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Known as a martial art and way of life, the evolution of Taekwondo was a direct result of the happenings in Korea long ago, and knowledge of the history is an important step in understanding Taekwondo.nown as a martial art and way of life, the evolution of Taekwondo was a direct result of the happenings in Korea long ago, and knowledge of the history is an important step in understanding Taekwondo.


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Meaning Of Taegeuk Poomse (Patterns) Poomse: Taekwondo poomse (pattern) is essentially a routine with a theme. It is a combination of techniques of block and attack performed consecutively while moving in certain directions.eaning Of Taegeuk Poomse (Patterns) Poomse: Taekwondo poomse (pattern) is essentially a routine with a theme. It is a combination of techniques of block and attack performed consecutively while moving in certain directions.


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Charles Bernstein is mostly widely known for his early influence in Language poetry. A loose constellation of experimental writers in New York, San Francisco, and Toronto, Language poetry emerged in the late 1970s and early 1980s and promoted new forms of experimental writing that paid attention to language itself.n describing the concerns of Bernstein's writing, McGann uses the phrase the poet's office, an expression that well fits Bernstein's conception of writing as a political act. Bernstein has edited a volume titled The Politics of Poetic Form: Poetry and Public Policy (1990).


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An editor, essayist, and poet, Charles Bernstein has published twenty poetry collections, three books of essays and was co-editor of L=A=N=G=U=A=G=E Magazine along with Bruce Andrews. Besides Ron Silliman, Charles Bernstein is one of the leading names of Language Poetry.isual poetry is less about the content of the words and more about the representation of the image the words help to create. Visual poetries purpose it to launch the viewer into a train of thought using what little language is given and the images.


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In the 1970s, Bernstein co-founded the influential journal L=A=N=G=U=A=G=E. He has also written the librettos for a number of operas with composers such as Ben Yarmolinsky, Brian Ferneyhough, and Dean Drummond. Bernstein serves as the Executive Editor, and co-founder, of The Electronic Poetry Center at SUNY-Buffalo.is honors and awards include the Roy Harvey Pearce/Archive for New Poetry Prize and fellowships from the New York Foundation for the Arts, the Guggenheim Foundation, and the National Endowment for the Arts.


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Â© Helene HÃ©lÃ¨ne aji 2006: Summary taking up the tension between poetry and, philosophy this article traces the way the poetics Of American language Poet Charles bernstein redefines the domains of these two modes of, discourse and demonstrates how they share a common, medium a common, ground and common. issuesne vision of a âconstructiveâ writing practice I have, and it can be approached in both poetry and philosophy, is of a multi-discourse text, a work that would involve many different types and styles and modes of language in the same âhyperspaceâ.


L=A=N=G=U=A=G=E P=O=E=T=R=Y
L=A=N=G=U=A=G=E P=O=E=T=R=Y. Language poetry possibly began in 1971 with the NY magazine This, which in turn led, seven years later, to a magazine entitled L=A=N=G=U=A=G=E.. organization: poems are based on the line, not the stanza, and often that line is discontinuous or fragmentary: the poems reject any guiding sense of purpose. {9}. 4. control: poems take to extremes the open forms advocated by Williams and the Black Mountain School.


Textual Politics and the Language Poets
The December 1978 issue of L=A=N=G=U=A=G=E (the journal, edited by Bruce Andrews and Charles Bernstein, which served as a forum for poets involved with so-called language-writing) began with a special feature on readings of Stein's Tender Buttons (1914). make no claim, therefore, that the particular political positions to be analyzed in the following pages apply to all or even most of the Language poets. As should become clear, even the handful of poets whom I discuss here vary widely in their view of the connections between poetry and politics.


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A milestone in Bernstein's career was his appointment in 1990 as the David Gray Professor of Poetry and Letters at the State University of New York at Buffalo, where he is also an associate member of the Department of Comparative Literature.n describing the concerns of Bernstein's writing, McGann uses the phrase the poet's office, an expression that well fits Bernstein's conception of writing as a political act. Bernstein has edited a volume titled The Politics of Poetic Form: Poetry and Public Policy (1990).


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This brings me back to the question of the lyric subject in the ostensibly de-authorized work of the language poets. In what follows, I want to look at signatures in two poetic texts, both of them written by what are nominally Language poets and both charting, in very specific ways, the geography of childhood.The first is Ron Silliman's own Albany, the second, Susan Howe's Frame Structures..nd in his early essay Stray Straws and Straw Men, Silliman is Bernstein's Exhibit A for a constructivist poetry, a poetry that undermines the natural look, with its personal subject matter & a flowing syntax (CD 41).


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The writer of The New Sentence, a Critical work, Ron Silliman was an author that helped to define what the Language poetry was all about by explaining how it could be used to diverge from the conventional rules expected of prose.isual poetry is less about the content of the words and more about the representation of the image the words help to create. Visual poetries purpose it to launch the viewer into a train of thought using what little language is given and the images.


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In the opening sentences of his article entitled âThoughtâs Measure,â Charles Bernstein makes a distinction between conventional modes of thinking about the circulation of meaning as through language, and its reformulation in terms of âthink[ing] and writ[ing] in languageâ (Contentâs Dream 61).ne vision of a âconstructiveâ writing practice I have, and it can be approached in both poetry and philosophy, is of a multi-discourse text, a work that would involve many different types and styles and modes of language in the same âhyperspaceâ.


Involuntary Manslaughter Overview
Involuntary Manslaughter: Definition. Involuntary manslaughter usually refers to an unintentional killing that results from recklessness or criminal negligence, or from an unlawful act that is a misdemeanor or low-level felony (such as DUI).s noted above, involuntary manslaughter is the unintentional killing of another human. This differs from first or second degree murder in that the killing is accidental -- resulting from recklessness, criminal negligence or in the commission of a misdemeanor or low-level felony.


involuntary manslaughter
Involuntary Manslaughter. The act of unlawfully killing another human being unintentionally. Most unintentional killings are not murder but involuntary manslaughter. The absence of the element of intent is the key distinguishing factor between voluntary and involuntary manslaughter.In most states involuntary manslaughter results from an improper use of reasonable care or skill while performing a legal act, or while committing an act that is unlawful but not felonious.n other states this distinction is not made. If death results from an unlawful act, the person who committed the act may be prosecuted for involuntary manslaughter even if the act was malum prohibitum. Courts will uphold unlawful act manslaughter where the statute was intended to prevent injury to another person.


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The main difference between the two is that voluntary manslaughter requires an intent to kill or cause serious bodily harm while involuntary manslaughter does not. Premeditation or deliberation, however, are elements of murder and not of manslaughter.hen an intent to kill, recklessness, and negligence are present, no offense is committed. In many jurisdictions, death that results from the operation of a vehicle in a criminally negligent manner is punishable as a separate offense. Usually it is considered a less severe crime than involuntary manslaughter.


Manslaughter
Manslaughter is a legal term for the killing of a human being, in a manner considered by law as less culpable than murder.rom Wikipedia, the free encyclopedia. Manslaughter is a legal term for the killing of a human being, in a manner considered by law as less culpable than murder. The distinction between murder and manslaughter is sometimes said to have first been made by the Ancient Athenian lawmaker Draco in the 7th century B.C.


Manslaughter
Manslaughter is an alternative, lesser charge to murder. When a punishable homicide (a homicide which is not due to misfortune alone) falls short of the requirements set for murder, it might nevertheless qualify as manslaughter.This article deals mainly with involuntary manslaughter.anslaughter is an alternative, lesser charge to murder. When a punishable homicide (a homicide which is not due to misfortune alone) falls short of the requirements set for murder, it might nevertheless qualify as manslaughter.


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Manslaughter versus Murder. As noted above, involuntary manslaughter is the unintentional killing of another human. This differs from first or second degree murder in that the killing is accidental -- resulting from recklessness, criminal negligence or in the commission of a misdemeanor or low-level felony.s noted above, involuntary manslaughter is the unintentional killing of another human. This differs from first or second degree murder in that the killing is accidental -- resulting from recklessness, criminal negligence or in the commission of a misdemeanor or low-level felony.


Involuntary Manslaughter Overview
Similarly, involuntary manslaughter often is defined as the unlawful killing of a human without malice aforethought, which is just another way of saying without criminal intent..s noted above, involuntary manslaughter is the unintentional killing of another human. This differs from first or second degree murder in that the killing is accidental -- resulting from recklessness, criminal negligence or in the commission of a misdemeanor or low-level felony.


manslaughter
Manslaughter. The unjustifiable, inexcusable, and intentional killing of a human being without deliberation, premeditation, and malice. The unlawful killing of a human being without any deliberation, which may be involuntary, in the commission of a lawful act without due caution and circumspection.Manslaughter is a distinct crime and is not considered a lesser degree of murder.hen an intent to kill, recklessness, and negligence are present, no offense is committed. In many jurisdictions, death that results from the operation of a vehicle in a criminally negligent manner is punishable as a separate offense. Usually it is considered a less severe crime than involuntary manslaughter.


Homicide: Murder and Manslaughter
Involuntary Manslaughter. Involuntary manslaughter is in contrast to voluntary manslaughter and occurs where a person kills, but does so without the intent to kill or cause GBH. Apart from the absence of the requisite intent, all other elements of the offence are the same as for murder.urder and manslaughter are two of the offences that constitute homicide. Manslaughter can be committed in one of three ways: 1  killing with the intent for murder but where a partial defence applies, namely loss of control, diminished responsibility or killing pursuant to a suicide pact.


Manslaughter Law
The main difference between the two is that voluntary manslaughter requires an intent to kill or cause serious bodily harm while involuntary manslaughter does not. Premeditation or deliberation, however, are elements of murder and not of manslaughter.nvoluntary In the commission of an unlawful act not amounting to a felony, or in the commission in an unlawful manner, or without due caution and circumspection, of a lawful act which might produce death. 1  Voluntary Manslaughter vs Involuntary Manslaughter-Overview.


Contraceptive injections
With contraceptive injections a woman could become pregnant before her first period after stopping using the contraceptive injection. However, it may take some women up to a year or two to conceive after they stop using this type of contraception. 1|2.


Questions About Side Effects of Stopping Depo-Provera
There may be a lot of other things going and to blame that on Depo-Provera is just not fair. We donât know.â. While existing labeling for the drug does not address potential withdrawal symptoms, it does include (in addition to other side effects) a boxed warning on potential adverse effects on bone mineral density:


Contraceptive injections
Contraceptive injections. Contraceptive injections are an alternative to other hormonal contraceptive, such as the Pill. They have the advantage of lasting for some weeks rather than having to take a daily tablet. These contraceptive injections are made up of a hormone similar to progesterone.


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If you have, please let us know your experience in the comments. âI Wouldnât Recommend It to Anyoneâ: What We Can Learn from Women who have had Bad Experiences with Depo-Provera August 24, 2016 The contraceptive injection Depo-Provera is causing baffling, quality-of-life threatening adverse effects for many women.


Petogen Injection, is it safe?Use, side-effects,dosage
Petogen Injection, is it safe?Use, side-effects,dosage. What is Petogen Injection ? Petogen Injection is a branded suspension which is a long lasting contraceptive progesterone that helps in control and regulation of menstrual periods and ovulation. This injections are manufactured and marketed by Intokem Pharmaceuticals Limited and is available in packaging of 1 vials per box.


Have been using Petogen injection as a family planning method for 3 years?
Responses (1) Its not in your blood. Its not easy to get pregnant and it can take 18 mos after you stop birth control to get pregnant. A perfectly healthy couple who have never used birth control only have a 25-35% chance of pregnancy when they have sex. It takes perfect timing. Votes: +0.


Contraceptive injections
Contraception with injections begins immediately if given during the first five days of your menstrual period. If given on any other day of the cycle then it only becomes effective after seven days. They are over 99% effective in preventing pregnancy. However, they do not prevent the spread of STIs.


How long does petogen stay in your body after you have stopped taking it
Hello, I have had a nail fungus for a good ten years or so. When I first noticed it, I went to my doctor and he game me lamasil which I stopped taking after a few days since it had negative affects on me. Thereafter, I stopped taking care of it and just let it go for a good 7 or 8 years.


How long does petogen stay in your body after you have stopped taking it
How long does petogen stay in your body after you have stopped taking it. 1  I would like to improve my body mass since I am very lean and skeletony for my age. I have been trying to do it with food only for a long time but in vain.


17/03/2013 23:58:00
What to Do When Your Partner Isn't in the Mood. A urinary tract infection, or UTI, occurs when bacteria enter the urinary tract and cause inflammation. The urinary tract consists of your kidneys, the tubes that go from the kidneys to your bladder, and the tube that carries urine to the outside when you urinate.Urine inside the urinary tract is normally sterile, but if any bacteria get in, it can cause an infection.hildren with UTIs are more likely to have fever without the other symptoms. Common conditions that can lead to recurrent UTIs include: 1  Being in a nursing home or hospital. 2  Diabetes. 3  Kidney or bladder stones. 4  Having a catheter. 5  Previous urinary tract surgery. 6  Sexual activity. 7  Having an infected or enlarged prostate.


When Urinary Tract Infections Keep Coming Back
Bacteria can enter the urinary tract from the outside to cause a UTI to come back, or a recurrent infection can be caused by bacteria that remain in the urinary tract after a previous infection.hildren with UTIs are more likely to have fever without the other symptoms. Common conditions that can lead to recurrent UTIs include: 1  Being in a nursing home or hospital. 2  Diabetes. 3  Kidney or bladder stones. 4  Having a catheter. 5  Previous urinary tract surgery. 6  Sexual activity. 7  Having an infected or enlarged prostate.


Chronic Urinary Tract Infection (UTI)
Chronic urinary tract infections (UTIs) are infections of the urinary tract that do not respond to treatment. They may either continue to affect your urinary tract despite getting the right treatment, or may recur after treatment. Your urinary tract is the pathway that makes up your urinary system.It includes your:hronic urinary tract infections (UTIs) are infections of the urinary tract that do not respond to treatment. They may either continue to affect your urinary tract despite getting the right treatment, or may recur after treatment. Your urinary tract is the pathway that makes up your urinary system. It includes your:


Urinary Tract Infection (UTI) Symptoms and Recurrence
Thus, many of us are all too familiar with the common symptoms of a UTI such as urgency, frequency, small amounts of urine voided, and pain with urination. Many of us may also be familiar with the problems of recurrent/frequent UTIs, or even apparent UTI symptoms for which no bacterial infection can be found.here are two types of recurring infection: re-infection and relapse. Re-infection accounts for the majority of recurring episodes. Re-infection means that a different type of organism has taken up residence. Most re-infections are readily treatable with some type of antibiotic.


Urinary Tract Infection  In-Depth Report
A urinary tract infection (UTI) is a condition where one or more parts of the urinary system (the kidneys, ureters, bladder, and urethra) become infected. UTIs are the most common of all bacterial infections and can occur at any time in the life of an individual.ymptoms of lower urinary tract infections usually begin suddenly and may include one or more of the following signs: 1  The urge to urinate frequently, which may recur immediately after the bladder is emptied. 2  A painful burning sensation when urinating.


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Frequency of sexual intercourse is the strongest predictor of recurrent urinary tract infections in patients presenting with recurrent dysuria. In those who have comorbid conditions or other predisposing factors, recurrent complicated urinary tract infections represent a risk for ascending infection or urosepsis.requency of sexual intercourse is the strongest predictor of recurrent urinary tract infections in patients presenting with recurrent dysuria. In those who have comorbid conditions or other predisposing factors, recurrent complicated urinary tract infections represent a risk for ascending infection or urosepsis.


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Children with UTIs are more likely to have fever without the other symptoms. Common conditions that can lead to recurrent UTIs include: 1  Being in a nursing home or hospital. 2  Diabetes. 3  Kidney or bladder stones. 4  Having a catheter. 5  Previous urinary tract surgery. 6  Sexual activity. 7  Having an infected or enlarged prostate.hildren with UTIs are more likely to have fever without the other symptoms. Common conditions that can lead to recurrent UTIs include: 1  Being in a nursing home or hospital. 2  Diabetes. 3  Kidney or bladder stones. 4  Having a catheter. 5  Previous urinary tract surgery. 6  Sexual activity. 7  Having an infected or enlarged prostate.


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1 Season the chicken wings on both sides with salt and pepper. 2  Set wings in a single layer in a large roasting or baking pan. 3  Use two pans if you have to. 4  Bake the chicken wings, turning once, until browned, about 45 minutes. 5  Remove the wings from the oven. 6  Pour off all the fat from the pan. Set wings in a single layer in a large roasting or baking pan. 2  Use two pans if you have to. 3  Bake the chicken wings, turning once, until browned, about 45 minutes. 4  Remove the wings from the oven. 5  Pour off all the fat from the pan. 6  If necessary, blot the wings with paper towels. 7  Return the wings to the pan.


Buffalo Wings
Replace the paper towels with parchment paper. Roast on the middle rack of the oven for 20 minutes. Turn the wings over and cook another 20 minutes or until meat is cooked through and the skin is golden brown. While the chicken is roasting, melt the butter in a small bowl along with the garlic.Pour this along with hot sauce and salt into a bowl large enough to hold all of the chicken and stir to combine. Remove the wings from the oven and transfer to the bowl and toss with the sauce.hile the chicken is roasting, melt the butter in a small bowl along with the garlic. Pour this along with hot sauce and salt into a bowl large enough to hold all of the chicken and stir to combine. Remove the wings from the oven and transfer to the bowl and toss with the sauce.


Buffalo Wings
Roast on the middle rack of the oven for 20 minutes. Turn the wings over and cook another 20 minutes or until meat is cooked through and the skin is golden brown.While the chicken is roasting, melt the butter in a small bowl along with the garlic.Pour this along with hot sauce and salt into a bowl large enough to hold all of the chicken and stir to combine. Remove the wings from the oven and transfer to the bowl and toss with the sauce.hile the chicken is roasting, melt the butter in a small bowl along with the garlic. Pour this along with hot sauce and salt into a bowl large enough to hold all of the chicken and stir to combine. Remove the wings from the oven and transfer to the bowl and toss with the sauce.


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Preheat the oven to 350 F. Wash the chicken wings in cold water, ... Cover the pan back up with foil and return to the oven for 15 to 20 minutes. Serve.ut off small wing tips and discard. Cut remaining wings into 2 parts. ... and pour over chicken place in 1 layer in Pyrex dish. Bake 1 hour at ... and dark. Turn oven down if sauce burns.


How To Make Buffalo Chicken Wings in the Oven
Once melted, remove from heat and whisk in the hot sauce and salt. Coat the wings with the sauce: Transfer the wings to a mixing bowl. Pour half the buffalo sauce over them and toss to coat. Marinate the wings: Cover the bowl and marinate on the counter for 20 to 30 minutes, or in the refrigerator for up to 24 hours.Reserve the remaining buffalo sauce. Heat the broiler: When ready to cook the wings, position an oven rack 6 to 8 inches below the broiling element and turn on the broiler. 2  Line a baking sheet with aluminum foil. 3  Transfer the wings to the baking sheet: Remove the wings from the marinade and shake off any excess.


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1 Place the wings on the foil and add the rest of the tarragon and a little more salt and pepper. 2  Fold the foil to make an envelope and tightly seal it. 3  Place into an oven heated to 180 degrees Centigrade and cook for no more than ten minutes. Take a sheet of cooking foil and butter it well, season the butter with salt and pepper and sprinkle some of the tarragon over. 2  Place the wings on the foil and add the rest of the tarragon and a little more salt and pepper. 3  Fold the foil to make an envelope and tightly seal it.


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1 Return the wings to the pan. 2  Pour the barbecue sauce over the chicken wings and return to the oven. 3  Bake for 10 minutes. 4  Turn the wings over and bake 10 minutes longer.5  Serve hot, at room temperature, or cold. Set wings in a single layer in a large roasting or baking pan. 2  Use two pans if you have to. 3  Bake the chicken wings, turning once, until browned, about 45 minutes. 4  Remove the wings from the oven. 5  Pour off all the fat from the pan. 6  If necessary, blot the wings with paper towels. 7  Return the wings to the pan.


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1 Pour 2 1/2 cups of broth or water into the bowl, stir, then pour the broth or water into the bake dish. 2  Cover the bake dish, and cook the wings in the oven on 350 F, for about 1 &1/2 hours to 2 hours. Cover the bake dish, and cook the wings in the oven on 350 F, for about 1 &1/2 hours to 2 hours. 2  Periodically remove the wings from the oven, and baste.


The BEST Baked Turkey Wings
1 In the bowl that the wings were in, there will be leftover seasonings. 2  Pour 2 1/2 cups of broth or water into the bowl, stir, then pour the broth or water into the bake dish. 3  Cover the bake dish, and cook the wings in the oven on 350 F, for about 1 &1/2 hours to 2 hours. Cover the bake dish, and cook the wings in the oven on 350 F, for about 1 &1/2 hours to 2 hours. 2  Periodically remove the wings from the oven, and baste.


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Specificity is a property of the enzyme and describes how restrictive the enzyme is in its choice of substrate; a completely specific enzyme would have only one substrate. The specificity of the serine proteases is usually not very high since they have similar active sites and act through the same proteolytic mechanism.


Introduction to Enzymes
Specificity of Enzymes. One of the properties of enzymes that makes them so important as diagnostic and research tools is the specificity they exhibit relative to the reactions they catalyze. A few enzymes exhibit absolute specificity; that is, they will catalyze only one particular reaction.


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Enzyme Specificity and substrate selectivity. Specificity is a property of the enzyme and describes how restrictive the enzyme is in its choice of substrate; a completely specific enzyme would have only one substrate.


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Specificity is a property of the enzyme and describes how restrictive the enzyme is in its choice of substrate; a completely specific enzyme would have only one substrate.


Enzyme Specificity (Biochemistry Lecture Notes)
Bond specificity is also called as relative specificity. Enzymes showing bond specificity are specific to substrates having similar bonds and similar structure. This means that they are specific only to certain types of bonds such as peptide bonds, glycosidic bonds, ester bonds etc.


What is enzyme-substrate specificity?
Enzyme-substrate specificity means that a substrate can fit into an enzyme similar to a key fitting into a lock. The active site of the enzyme is what determines its specificity.


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In an enzyme activity, the substrate must bind with the enzyme to become a catalyst of a chemical reaction. And most enzymes are highly specific particularly to the nature of the substrate they bind to. Substrate specificity is one of the most essential distinctive features of enzymes.


Enzyme Specificity
When the enzyme only can act on one substrate, it is said that the enzyme shows absolute specificity for the substrate. It is the case of succinate dehydrogenase, that is specific for succinate, or the L-glutamate dehydrogenase, specific for glutamate.


Substrate specificity
Supplement. In an enzyme activity, the substrate must bind with the enzyme to become a catalyst of a chemical reaction. And most enzymes are highly specific particularly to the nature of the substrate they bind to. Substrate specificity is one of the most essential distinctive features of enzymes.


Introduction to Enzymes
1 Group specificity-the enzyme will act only on molecules that have specific functional groups, such as amino, phosphate and methyl groups. 2  Linkage specificity-the enzyme will act on a particular type of chemical bond regardless of the rest of the molecular structure.


How to Sign Up for Netflix Free Trial Forever
2- Signup at Netflix. The next thing you now need for the Netflix free trial forever is to sign up at their website. At the Netflix website you are going to create a Netflix account using your names and a brand new Gmail address. Please not that it is highly important that you get a separate Gmail account created just for Netflix.


How to Get Netflix For Free
All tiers of service come with a one-month free trial, which gives you full access to all features of whichever plan you choose. After your one-month free trial, you are billed for your first month of service. Until you are billed, you can watch as many movies, TV shows, and documentaries that you would like.


Free Netflix Trial - Pros And Cons Exposed
Before you sign up for a Netflix free trial, read this review to find out more about the pros and cons of Netflix. Netflix's Growing Popularity. Netflix is a hugely popular DVD rental company in the U.S., well-known for its value-for-money online subscription service.


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Movie and Streaming Service going the way of Blockbuster. I am not the first person to complain about this, been a member since 2005, their DVD service had gone downhill. If the movie has a wait, don't expect to get it for at least 4-6 weeks. This was not the case even a year ago.


Free Netflix Trial - Pros And Cons Exposed
Netflix 1-Month Free Trial Details. You will need a credit card and a U.S. mailing address to start the 1-month free trial. Click on Start Membership during the registration process, and your membership which includes the free trial, will begin.


How long is the Hulu Plus free trial?
For certain services, such as Apple Music, you can cancel during the free trial but still enjoy the remainder of the free period, with the knowledge that you won't be charged all of a sudden. Netflix also lets you cancel and then enjoy the remainder of the free one-month trial. And as well they should. From the business side of things, a long, free--and stress-free--trial would seem like the more effective way to get a customer hooked on the product for the long haul, as opposed to making the customer feel like a sucker and charging his credit card because he forgets to cancel.


How to Get Netflix For Free
Standard â after your trial, this will cost $9 per month. The standard plan supports viewing on two screens simultaneously. Some HD programming is available. You can watch Netflix on your laptop, TV, phone and tablet with unlimited access to movies and TV shows. Premium â after your trial, this will cost $12 per month. The premium plan allows access to HD programming as well as Ultra HD (when available).


How to Sign Up for Netflix Free Trial Forever
1- Unblock Netflix via VPN. In order to benefit from the Netflix free trial offers in other countries you have to first of all unblock Netflix by the use of a VPN service. The best that I can think of is HideMyAss. Their connection is very fast and their bandwidth is unlimited.


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Satisfaction Rating. Netflix has a wide variety of shows and so many original Netflix series that are fantastic, you could get lost in it all day. I love how A-list actors are in so many of their series. It's interesting to see movie stars on a television series.


Donât Spend $150 For A Sore Throat
Not every patient complaining of a sore throat needs to have a strep test. Your doctor uses tools to help decide when to test, when it is okay just to treat with an antibiotic, or when no medication is required. If fewer than two criteria are present, the risk of strep throat is very low, probably less than 10 percent.


Bacterial Pharyngitis Treatment & Management
Recurrence: Test of cure is not indicated when pharyngitis symptoms have resolved following treatment. In patients with recurrent symptoms, retreatment with an initial first-line agent (oral penicillin, benzathine penicillin, or a first-generation cephalosporin) is reasonable.


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When selecting an antimicrobial for treatment of GAS pharyngitis, important issues to consider include efficacy, safety, antimicrobial spectrum (narrow vs broad), dosing schedule, compliance with therapy (ie, adherence), and cost. These factors influence the cost-effectiveness of antimicrobial therapy.


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Group A streptococcal (GAS) pharyngitis is a significant cause of community-associated infections. This document constitutes a revision of the 2002 guideline of the Infectious Diseases Society of America (IDSA) on the treatment of GAS pharyngitis [1].


Donât Spend $150 For A Sore Throat
The average cost of a clinic visit for a sore throat is anywhere from $150 to $300, depending on what tests are ordered. Emergency Department (ED) visits for the same reason are much more expensive. Depending on where you live, an ED visit for a sore throat can cost an average of $650. This is often more than twice what a clinic visit or Urgent Care visit would charge. A sore throat has numerous causes. Sore throats can be serious enough to warrant treatment, or they can heal on their own within a few days.


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Diagnostic Testing. Throat culture remains the gold standard for the diagnosis of streptococcal pharyngitis. Under ideal conditions, the sensitivity of throat culture for group A beta-hemolytic streptococci is 90 percent; in office settings, the sensitivity ranges from 29 to 90 percent.


How Long Does Ativan Withdrawal Last?
Ativan (lorazepam) is a member of the benzodiazepine class of drugs. Benzodiazepines are used primarily in the treatment of anxiety, seizure disorders, and as muscle relaxants. These drugs work on the major inhibitory neurotransmitter system in the brain, gamma-aminobutyric acid (GABA).


How Long Does Ativan Withdrawal Last?
The higher the dose one takes and the more often one takes Ativan, the more intense and lengthy the withdrawal syndrome will be. How long the individual was taking Ativan: This will determine in part the intensity and duration of the withdrawal symptoms.


Lorazepam (Ativan)
Do not stop taking lorazepam without talking to your healthcare provider first. Stopping lorazepam abruptly may result in one or more of the following withdrawal symptoms: irritability, nausea, tremor, dizziness, blood pressure changes, rapid heart rate, and seizures.


Medicines & treatments centre
How to use Ativan. Take this medication by mouth with or without food as directed by your doctor. The dosage is based on your medical condition, age, and response to treatment. If directed by your doctor, use this medication regularly in order to get the most benefit from it. To help you remember, use it at the same time(s) each day.


Lorazepam (Ativan)
Do not drive a car or operate machinery until you know how this medication affects you because you may notice that you feel tired or dizzy. When starting lorazepam, anxiety or insomnia may improve rapidly or over a period of days. Benzodiazepines, such as lorazepam, are often used for short periods of time only.


lorazepam - oral, Ativan
If you miss a dose and are taking more than 1 dose daily, do not take it if it is almost time for the next dose. Instead, skip the missed dose and resume your usual dosing schedule. Do not double the dose to catch up. If you take it once daily at bedtime and miss a dose, do not take it the following morning.


Lorazepam (Ativan)
What is Lorazepam and what does it treat? Lorazepam is a benzodiazepine. It is approved for the treatment of anxiety, status epilepticus (continuous seizures), and as a medication given right before anesthesia. However, benzodiazepines are also commonly used to treat difficulty sleeping and alcohol withdrawal.


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Hereditary hemochromatosis Haemochromatosis, also spelled hemochromatosis, is a hereditary disease characterized by improper processing by the body of dietary iron which causes iron to accumulate in a number of body tissues, eventually causing organ dysfunction. It is the main iron overload disorder.


hemochromatosis
: a hereditary disorder of metabolism involving the deposition of iron-containing pigments in the tissues that is characterized especially by joint or abdominal pain, weakness, and fatigue and that may lead to bronzing of the skin, arthritis, diabetes, cirrhosis, or heart disease if untreated.


What is the origin of hereditary hemochromatosis?
In the case of hemochromatosis, it is believed that a single individual in Europe, 60 to 70 generations ago, was the sole origin of most of the hemochromatosis seen in the world today.


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If you have a Celtic heritage, ancestors from Ireland, Wales, Scotland, or Great Britain, then you are at high risk for carrying the HFE mutations for hereditary hemochromatosis (HH), also known as iron overload disease or iron storage disease according to researchers on both sides of the Atlantic Ocean.


Hemochromatosis
Hereditary hemochromatosis is the most common single-gene disease in Western populations, affecting 1 out of every 200-300 people. Yet it is almost unheard of by the general public, and many health professionals are insufficiently aware of it.


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Haemochromatosis, also spelled hemochromatosis, is a hereditary disease characterized by improper processing by the body of dietary iron which causes iron to accumulate in a number of body tissues, eventually causing organ dysfunction. It is the main iron overload disorder.


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Hereditary hemochromatosis. Haemochromatosis, also spelled hemochromatosis, is a hereditary disease characterized by improper processing by the body of dietary iron which causes iron to accumulate in a number of body tissues, eventually causing organ dysfunction. It is the main iron overload disorder. more...


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Haemochromatosis, also spelled hemochromatosis, is a hereditary disease characterized by improper processing by the body of dietary iron which causes iron to accumulate in a number of body tissues, eventually causing organ dysfunction. It is the main iron overload disorder. more...


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Hereditary hemochromatosis. Haemochromatosis, also spelled hemochromatosis, is a hereditary disease characterized by improper processing by the body of dietary iron which causes iron to accumulate in a number of body tissues, eventually causing organ dysfunction.


What is biomass energy and where does it come from?
Answer by Stovethinker. Biomass Energy is energy derived from biomass fuels. Biomass fuels are organic fuels mainly of plant origin, the biomass being formed in living plants by the process of photosynthesis and stored in complex polymers like lignin, cellulose and hemicellulose.he energy derived from stored energy in biomass is called biomass energy. (biomass is the bodies of living things). 9 people found this useful. Edit. Share to: 1  The Periodic Table of Elements Life is sustained by a number of chemical elements.


Bioenergy
Biomass Energy. Biomass is organic material which has stored sunlight in the form of chemical energy. Biomass fuels include wood, wood waste, straw, manure, sugar cane, and many other byproducts from a variety of agricultural processes.t can be converted into liquid fuels, for example, or cooked in a process called gasification to produce combustible gases. And certain crops such as switchgrass and willow trees are especially suited as energy crops, plants grown specifically for energy generation.


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Biomass is material derived from living organisms. The term biomass for energy is often used to refer to plant based materials, but it can equally apply to animal, as well as â¦ vegetable matter--the key is 'living organisms'. So no, biomass engergy does not ONLY come from plants.he energy derived from stored energy in biomass is called biomass energy. (biomass is the bodies of living things). 9 people found this useful. Edit. Share to: 1  The Periodic Table of Elements Life is sustained by a number of chemical elements.


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Biomass energy is organic matter that can be burned or decomposed to be used a source of energy. In a way, biomass energy is a form of solar energy since it receives its original energy from the sun by photosynthesis.This solar energy is stored in plants and is available for conversion into usable forms of energy.Biomass energy comes in many forms.n a way, biomass energy is a form of solar energy since it receives its original energy from the sun by photosynthesis. This solar energy is stored in plants and is available for conversion into usable forms of energy. Biomass energy comes in many forms.


Bioenergy 101
Bioenergy is a form of renewable energy because the energy contained in biomass is energy from the sun captured through natural processes of photosynthesis, and so long as the quantity of biomass used is equal to or less than the amount that can be regrown, it is potentially renewable indefinitely.he majority of biomass for bioenergy comes from three sources: forests, agriculture, and waste (see figure 1). Algaculture is a fourth source currently in development.


Where does biomass come from
Where does biomass come from. It was only recently that biomass energy gained recognition to its full entirety. With inflation reaching sky high, and diminishing resources, human beings had to find a way out of the mess they created. And thus, biomass came in the limelight!he most common type of biomass is wood; it has been used since the ancient times and still remains very effective in many parts of the world. Dry leaves are also used as biomass for cooking and heating purposes. So much so, even the branches that fall of the tree are a source of energy.


What is Biomass Energy
Then biomass uses plants as sources of energy with the term âBiomassâ in its broadest sense being used to describe organic matter produced by living organisms and therefore, biomass sources can potentially comprise of a wide variety of different natural materials from liquids to solids to gas.iomass energy is very advantageous because it can be produced from a total natural process and source and is therefore regarded as a âgreenâ, and climate-friendly form of energy making biomass energy a renewable energy resource compared to fossil fuels. There are a lot of ways that energy can be made.


Bioenergy 101
The majority of biomass for bioenergy comes from three sources: forests, agriculture, and waste (see figure 1). Algaculture is a fourth source currently in development.he majority of biomass for bioenergy comes from three sources: forests, agriculture, and waste (see figure 1). Algaculture is a fourth source currently in development.


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Biomass is fuel that is developed from organic materials, a renewable and sustainable source of energy used to create electricity or other forms of power. Some examples of materials that make up biomass fuels are:1  scrap lumber; 2  forest debris;3  certain crops; 4  manure; and. 5  some types of waste residues.iomass is fuel that is developed from organic materials, a renewable and sustainable source of energy used to create electricity or other forms of power. Some examples of materials that make up biomass fuels are: 1  scrap lumber; 2  forest debris; 3  certain crops;


Where Does Biomass Come From?
These sugars are the main source of biomass. To put it simply, biomass comes from plants and all fossil fuels are biomass. Well, maybe that is not so simple. Let us break down the process to better explain where biomass comes from.When the plants finish the photosynthetic reaction, the sugars can be extracted and used to produce ethanol and other biofuels.hese sugars are the main source of biomass. To put it simply, biomass comes from plants and all fossil fuels are biomass. Well, maybe that is not so simple. Let us break down the process to better explain where biomass comes from.


Thoracolumbar scoliosis overview
Thoracolumbar scoliosis is an abnormal curvature of the spine that includes the vertebrae of the lower thoracic (mid-back) and upper lumbar (lower back) regions. This type of scoliosis is often congenital, which means that it forms during the third to sixth week in utero and is generally detectable at birth.hose with more severe curvature might require surgery. Surgery for thoracolumbar scoliosis often takes the form of spinal fusion with instrumentation, which corrects the curvature and stabilizes the affected vertebral segments.


What is Thoracolumbar Scoliosis?
Thoracolumbar scoliosis refers to a type of scoliosis, a disorder that is characterized by the abnormal curvature of the spine, in which the curve resides in the thoracic and lumbar portions of the spine. treatment option for more severe cases is surgery. During thoracolumbar scoliosis surgery, the bones that are curved are attached to straight metal rods. Over time, the bones will fuse together and the spine will become straight.


Spine - Thoracolumbar injury
In the thoracolumbar spine there are three biomechanical regions. The upper thoracic region (T1-T8) is rigid due to the ribcage which provides stability.The transition zone T9-L2 is the transition between the rigid and kyphotic upper thoracic part and the flexible lordotic lumbar spine.n the thoracolumbar spine there are three biomechanical regions. The upper thoracic region (T1-T8) is rigid due to the ribcage which provides stability.


Norwich Image Interpretation Course
1 60-70% of thoracolumbar spine fractures in adults occur at T12, L1 and L2, with 90% of all fractures being seen between T11 and L4. 2  It is therefore important that T11/T12 is included on all trauma lumbar spine films. It is therefore important that T11/T12 is included on all trauma lumbar spine films. 2  20% of thoracolumbar fractures are seen in association with other skeletal injuries: Compression fracture at thoracolumbar junction + fractures of the os calcis.


Thoracolumbar Spine Location
Thoracolumbar Spine Syndrome. Thoracolumbar syndrome, also called posterior ramus syndrome, dorsal ramus syndrome or Maigne syndrome, is a painful condition which is theorized to exist primary due to facet joint issues at the junction between the middle spine and lower spine.he lumbar spine, on the other hand, is the place where disc degeneration and spinal arthritis are almost universal in human adults. The lower back must constantly bend and flex, carrying huge loads of stress which obvious wear down the vertebrae and intervertebral discs as part of their normal lifespans.


What is Thoracolumbar Scoliosis?
Thoracolumbar scoliosis occurs more often in females than in males. Thoracolumbar scoliosis may occur in women during pregnancy. Treatment for thoracolumbar scoliosis depends on both the cause and the severity of the curve. Scoliosis is a disorder characterized by an abnormal curvature of the spine. treatment option for more severe cases is surgery. During thoracolumbar scoliosis surgery, the bones that are curved are attached to straight metal rods. Over time, the bones will fuse together and the spine will become straight.


Thoracolumbar Spine Location
This is the actual separator between the middle and lower spinal regions. Structural defects, due to traumatic injury or spinal degeneration, can rarely affect the area of the thoracic-lumbar juncture, as can idiopathic pain issues, including thoracolumbar syndrome.he lumbar spine, on the other hand, is the place where disc degeneration and spinal arthritis are almost universal in human adults. The lower back must constantly bend and flex, carrying huge loads of stress which obvious wear down the vertebrae and intervertebral discs as part of their normal lifespans.


Thoracolumbar scoliosis overview
Treatment for thoracolumbar scoliosis. Treatment for abnormal curvature that encompasses both the thoracic and lumbar regions of the spine will depend on a number of factors, including: 1  The underlying cause of the curvature.2  The severity of the curvature.hose with more severe curvature might require surgery. Surgery for thoracolumbar scoliosis often takes the form of spinal fusion with instrumentation, which corrects the curvature and stabilizes the affected vertebral segments.


Archipelago
An Archipelago is a landform that is a group of many islands. Some of the most famous. archipelagos of the world are many of the islands around Japan, Hawaii and the British Islands.Most people think this type of landform is what you see on movies but that is not necessarily so.Canada has many archipelagos that are barren because of the cold.nother way an archipelago is formed is through the evaporation or movement of water. The higher part of land that was under water is now above water. This can happen in groups which makes the groups of islands. Erosion can also create the group of islands that we call archipelagos.


Stockholm archipelago
The Stockholm archipelago (Swedish: Stockholms skaergard) skÃ¤rgÃ¥rd is the largest archipelago In, sweden and the-second largest archipelago in The Baltic (sea the largest being across The baltic In). finlandhe Stockholm archipelago (Swedish: Stockholms skaergard) skÃ¤rgÃ¥rd is the largest archipelago In, sweden and the-second largest archipelago in The Baltic (sea the largest being across The baltic In). finland


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An archipelago is a group, chain or cluster of islands surrounded by a large body of water, usually the open sea. + 85 others found this useful. Ben Ward. Edit. Share to: Bayley Dole. 1,609 Contributions. Avid reader of American History books, previous AP Government and AP US History student. An archipelago is simply a chain of islands. Hawaii would qualify as one. Edit. Share to: Gregg Anderton. 1,474,796 Contributions. Community Manager who loves to wrench on cars, grow plants in the garden, remodel my home, and observe nature.


Average Temperatures in ReykjavÃk, Iceland
Average Temperatures in Reykjav k, Iceland. 1  The average annual temperature in Reykjav k, Iceland is cool at 4.3 degrees Celsius (39.7 degrees Fahrenheit). 2  Mean monthly temperatures vary by 11.1 C (20 F) which is a low range.3  There is a variation/ range of daily average temperatures of 4.8 C (8.7 F). There is a variation/ range of daily average temperatures of 4.8 C (8.7 F). 2  The warmest month (July) is quite mild with an average temperature of 10.6 degrees Celsius (51.08 degrees Fahrenheit). 3  The coolest month (January) is slightly cold having a mean temperature of -0.5 degrees Celsius (31.1 degrees Fahrenheit).


The weather in Iceland 2014
The average temperature in Reykjavik reykjavÃk was.6Â°0, +c.1Â°7 c above the 1961 to 1990. Average this is the 19th consecutive year of above normal annual temperature In. Reykjavik reykjavÃk this was the second warmest Year in reykjavik reykjavÃk since the start of continuous, measurements in 1871 2003. was slightly warmerhis is the 19th consecutive year of above normal annual temperature in Reykjavik. ReykjavÃk this was the second warmest year In reykjavik reykjavÃk since the start of continuous measurements, in 1871 2003 was. Slightly Warmer in akureyri In the north the average temperature in 2014.wasÂ°5, +3.cÂ°2 1 c above the 1961 to. 1990 average


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Reykjavik weather is subarctic maritime with cool temperatures throughout the year. The summer is between June and August when the weather becomes very mild and sunny with a peak temperature of 13Â°C. Autumn (September to October) is cool and wet; the average maximum temperature drops to 10Â°C and 7Â°C.eykjavik has four seasons throughout which there is a subarctic maritime climate with cool temperatures. As it lies on the southwest coast, Reykjavik is slightly warmer and wetter compared to the other areas of Iceland. Due to this the climatic conditions are very unpredictable and changeable.


The dynamic climate of Iceland
The average temperature of the warmest month, July, exceeds 10 C in the lowlands of southern and western Iceland, but is below that in other parts of the country (Figure 3).This makes the larger part of Iceland belonging to the arctic climate zone.he average temperature of the warmest month, July, exceeds 10 C in the lowlands of southern and western Iceland, but is below that in other parts of the country (Figure 3).


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Temperature records for Reykjavik are 24.8Â°C (76.6Â°F) on 11 August 2004, and -24.5Â°C (-12.1Â°F) on 21 January 1918. You can also check the current local weather conditions in Iceland. Iceland's weather has a seasonal change in the length of day and night, creating unique weather phenomena.In midwinter, there is a period of no sunlight, and darkness prevails.celand's weather has a seasonal change in the length of day and night, creating unique weather phenomena. In midwinter, there is a period of no sunlight, and darkness prevails.


The weather in Iceland 2014
This is the 19th consecutive year of above normal annual temperature in Reykjavik. ReykjavÃk this was the second warmest year In reykjavik reykjavÃk since the start of continuous measurements, in 1871 2003 was. Slightly Warmer in akureyri In the north the average temperature in 2014.wasÂ°5, +3.cÂ°2 1 c above the 1961 to. 1990 averagehis is the 19th consecutive year of above normal annual temperature in Reykjavik. ReykjavÃk this was the second warmest year In reykjavik reykjavÃk since the start of continuous measurements, in 1871 2003 was. Slightly Warmer in akureyri In the north the average temperature in 2014.wasÂ°5, +3.cÂ°2 1 c above the 1961 to. 1990 average


Average Temperatures in ReykjavÃk, Iceland
1 Mean monthly temperatures vary by 11.1 C (20 F) which is a low range. 2  There is a variation/ range of daily average temperatures of 4.8 C (8.7 F). 3  The warmest month (July) is quite mild with an average temperature of 10.6 degrees Celsius (51.08 degrees Fahrenheit). There is a variation/ range of daily average temperatures of 4.8 C (8.7 F). 2  The warmest month (July) is quite mild with an average temperature of 10.6 degrees Celsius (51.08 degrees Fahrenheit). 3  The coolest month (January) is slightly cold having a mean temperature of -0.5 degrees Celsius (31.1 degrees Fahrenheit).


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Reykjavik has four seasons throughout which there is a subarctic maritime climate with cool temperatures. As it lies on the southwest coast, Reykjavik is slightly warmer and wetter compared to the other areas of Iceland.Due to this the climatic conditions are very unpredictable and changeable.eykjavik has four seasons throughout which there is a subarctic maritime climate with cool temperatures. As it lies on the southwest coast, Reykjavik is slightly warmer and wetter compared to the other areas of Iceland. Due to this the climatic conditions are very unpredictable and changeable.


Definitions of Human Brain Components
The lateral postcentral gyrus is a prominent structure in the parietal lobe of the human brain.It is the location of the primary somatosensory cortex, the main sensory receptive area for the sense of touch.rodmann areas 3, 1, and 2 make up the primary somatosensory cortex of the human brain (or S1). Because Brodmann sliced the brain somewhat obliquely, he encountered area 1 first; however, from anterior to posterior, the Brodmann designations are 3, 1, and 2, respectively.


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Processing primarily occurs in the primary somatosensory area in the parietal lobe of the cerebral cortex: information is sent from the receptors via sensory nerves, through tracts in the spinal cord and finally into the brain.he primary somatosensory area in the human cortex (also called primary somatic sensory cortex or SI) is located in the postcentral gyrus of the parietal lobe and makes up four distinct fields or regions known as Brodmann areas 3a, 3b, 1, and 2.


Damage to primary sensory cortex?
Answer by Kelly Jameson. Confidence votes 4.3K. The primary sensory cortex (or primary somatosensory cortex) is part of the postcentral gyrus in the brain, which forms part of the parietal lobe. The main function of the primary sensory cortex is it is a receptor for the sense of touch.parietal lobe.he sensory cortex is located in the occipital lobe. The occipital lobe is the visual processing center of the brain and is the primary cortex commonly called visual one. Edit. Share to: Answered.


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The primary somatosensory area in the human cortex (also called primary somatic sensory cortex or SI) is located in the postcentral gyrus of the parietal lobe and makes up four distinct fields or regions known as Brodmann areas 3a, 3b, 1, and 2.he primary somatosensory area in the human cortex (also called primary somatic sensory cortex or SI) is located in the postcentral gyrus of the parietal lobe and makes up four distinct fields or regions known as Brodmann areas 3a, 3b, 1, and 2.


Somatosensory Cortex: Definition, Location & Function
The somatosensory cortex receives all sensory input from the body. Cells that are part of the brain or nerves that extend into the body are called neurons. Neurons that sense feelings in our skin, pain, visual, or auditory stimuli, all send their information to the somatosensory cortex for processing.his lesson is about the somatosensory cortex and it will cover what the somatosensory cortex is, where it is located in the brain, and what functions it serves within the body.


Primary somatosensory cortex
Like other sensory areas, there is a map of sensory space in this location, called the sensory homunculus. The primary somatosensory cortex was initially defined from surface stimulation studies of Wilder Penfield, and parallel surface potential studies of Bard, Woolsey, and Marshall.rodmann areas 3, 1, and 2 make up the primary somatosensory cortex of the human brain (or S1). Because Brodmann sliced the brain somewhat obliquely, he encountered area 1 first; however, from anterior to posterior, the Brodmann designations are 3, 1, and 2, respectively.


What does the somatosensory cortex do?
The primary somatosensory cortex is located in the lateral  postcentral gyrus. That structure is itself located within the  parietal lobe in the cerebral cortex.he function of the Primary Auditory Cortex is located in the part  of the Auditory system and its function is to perform basic and  higher functions in hearing.


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Simply stated, it is the area of the occipital lobe in the back of the brain responsible for processing visual information into an image that the person sees. The visual assoc â¦ iation cortex is responsible for associating these images with items the person knows.he function of the Primary Auditory Cortex is located in the part  of the Auditory system and its function is to perform basic and  higher functions in hearing.


calculus
1. (Mathematics) a branch of mathematics, developed independently by Newton and Leibniz. Both differential calculus and integral calculus are concerned with the effect on a function of an infinitesimal change in the independent variable as it tends to zero. 2. (Mathematics) any mathematical system of calculation involving the use of symbols. 3. (Logic) logic an uninterpreted formal system.


Calculus: What is the difference between differentiation and integration?
The word Calculus comes from Latin meaning small stone. Because it is like understanding something by looking at small pieces. Differential Calculus cuts something into small pieces to find how it changes. Integral Calculus joins (integrates) the small pieces together to find how much there is. And Differential Calculus and Integral Calculus are like inverses of each other, just like multiplication and division are inverses.


calculus
The branch of mathematics that finds the maximum or minimum values of functions by means of differentiation and integration. Calculus can be used to calculate such things as rates of change, the area bounded by curves, and the volume bounded by surfaces. See more at differentiation, integration.


Introduction to Calculus
That is pretty amazing ... you'd think it is easy to work out the speed of a car at any point in time, but it isn't. Even the speedometer of a car (when it works!) just shows us an average of how fast we were going for the last very short amount of time.


What is Calculus?
It is not enough to have passed algebra, you must also remember what you learned! If you have to relearn algebra while learning calculus then the burden can overwhelm. --Memorization of computational patterns is not enough. Some people can get by in algebra by memorization without understanding.


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Calculus is the study of how things change. It provides a framework for modeling systems in which there is change, and a way to deduce the predictions of such models. I have been around for a while, and know how things change, more or less.


Differential calculus
How would you like to follow in the footsteps of Euclid and Archimedes? Would you like to be able to determine precisely how fast Usain Bolt is accelerating exactly 2 seconds after the starting gun? Differential calculus deals with the study of the rates at which quantities change. It is one of the two principal areas of calculus (integration being the other).


What is Calculus?
While many people believe that calculus is supposed to be a hard math course, most don't have any idea of what it is about. The good news is that if you remember your algebra and are reasonably good at it then calculus is not nearly as difficult as its reputation supposes. This article attempts to explain just what calculus is about--where it came from and why it is important. First, a little history leading up to the discovery of calculus, or its creation, depending on your philosophy. The word calculus comes from rock, and also means a stone formed in a body.


calculus
The branch of mathematics that deals with limits and the differentiation and integration of functions of one or more variables. b. A method of analysis or calculation using a special symbolic notation. c. The combined mathematics of differential calculus and integral calculus.


Advances Against Cushing's Disease
Disease Diagnosis There are several ways to diagnose equine Cushingâs disease. The classic method is to measure body cortisol levels in response to an outside stimulus, most notably dexamethasone (a corticosteroid). Dexamethasone, when administered to a healthy horse, tells the pituitary gland to shut down.


Cushingâs Disease in Horses
A horse may only show one or a few of the following symptoms: 1  Hirsutism (failure to shed or delayed shedding)âoften the most common symptom; 2  Other changes in hair coat such as patchy shedding, changes in coat color, shaggy hair on legs, face, or neck; 3  Decreased performance or lethargy; 4  Muscle loss along topline and weight loss with âpot-bellyâ ...


Advances Against Cushing's Disease
Equine Cushingâs disease has been recognized for more than 70 years, but has often been misunderstood. Today, however, with our improved diagnostic and treatment options, Cushingâs horses are living longer and enjoying a better quality of life.


Advances Against Cushing's Disease
In reality these horses are often sick. Along with being very hairy, Cushingâs horses are generally lethargic, sweat easily, tend to run high temperatures, drink and urinate excessively, and have fertility problems. Horses with this disease are also at increased risk of developing laminitis.


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Management of Cushingâs Disease in horses. The most important aspect in the treatment of Cushingâs is excellent general health care, combined with a variety of management changes to reduce the impact of clinical signs. Horses with thick coats will sweat, becoming uncomfortable and distressed in warm weather.


Advances Against Cushing's Disease
Horses with Cushingâs disease have a breakdown of the control of the pituitary glandâit literally doesnât shut down and continues to produce POMC. The overactive pituitary gland of a Cushingâs horse can grow in size and even develop benign pre-tumor and tumor cells that press against the brain.


Cushingâs Disease in Horses
Causes. Much is still unknown about Cushingâs disease in horses, but there are several factors thought to cause PPID including: 1  Equine Metabolic Syndrome/ Insulin Resistance; 2  genetic factors; 3  oxidative stress; 4  chronic stress; and. 5  toxins from the environment.


Advances Against Cushing's Disease
Equine Cushingâs disease is a primary problem of the pituitary gland, located inside the brain. This gland is like a dispatch center, where hormones and other chemical mediators called proopiomelanocortin peptidesâ (POMC) are produced and then released into the body to control body functions.


Understanding Cushingâs disease in horses
Cushingâs is usually seen in horses and ponies over the age of 15 years, and cases are often in their 20s or 30s. Mares and geldings are equally affected. The signs of Cushingâs are often vague and variable, and may easily be confused with other diseases or simply put down to âold ageâ.


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If your horse or pony keeps suffering from pus in the foot, it might be worth checking to see if there is an underlying cause. Despite its name, ECD is different from Cushingâs Disease in humans and dogs. In horses, there is a problem with part of the pituitary, a small gland at the base of the brain. One of the functions of the pituitary is to control production of natural steroids by the adrenal gland.


Sample Terms for a Mortgage Contingency Clause
Buying a property usually involves the signing of a purchase contract. Since buyers often have to qualify for a mortgage in order to buy a property, this contract usually contains a mortgage contingency clause. This clause will usually detail the terms of the mortgage commitment and will explain what will happen if the buyer cannot obtain a mortgage.


Definition of Contingency
Sale contingency: the success of the offer on a home depends on the sale of the buyer's current home. Title Contingency: the offer depends on whether the title of the home that documents the history of ownership is clear of any liens. This contingency grants the buyer the right to review a title report.


Definition of Contingency
Definition of Contingency. Conditions included with an offer on a home that must be fulfilled before the deal can close. If a buyer or seller is unable to satisfy a contingency, then the offer on a home may become void.


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Contingency Clause. DEFINITION of 'Contingency Clause'. A contract provision that requires a specific event or action to take place in order for the contract to be considered valid. If the party that is to fulfill the requirements of the contingency clause is unable to do so, the other party is released from its obligations.


Pay Extra Attention To Mortgage Financing Contingency Clauses During Todayâs Credit Crunch
The BUYER, if checked, hereby incorporates the following contingencies into this Offer to Purchase Real Estate. SAMPLE. MORTGAGE CONTINGENCY. In order to help finance the acquisition of the property, the BUYER shall apply for a conventional bank or other institutional. mortgage loan of $ ___________________ at prevailing rates, terms and conditions. If despite the BUYERâs diligent efforts a.


What is 'Contingency Clause'
Contingency Clause. Share. DEFINITION of 'Contingency Clause'. A contract provision that requires a specific event or action to take place in order for the contract to be considered valid. If the party that is to fulfill the requirements of the contingency clause is unable to do so, the other party is released from its obligations.


Definition of Contingency
Financing Contingency: the buyer must get approved for a mortgage loan to be able to buy the home. He will have a set amount of time to receive a loan commitment letter from a lender to confirm the approval of his loan application.


Sample Terms for a Mortgage Contingency Clause
A mortgage contingency clause is only necessary in a purchase contract if the buyer is obtaining financing to purchase the property. This clause is not necessary if the buyer is purchasing the property in all cash.


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A contingency clause defines a condition or action that must be met for a real estate contract to become binding. A contingency becomes part of a binding sales contract when both parties (i.e., the seller and the buyer) agree to the terms and sign the contract.


No Child Left Behind: An Overview
The No Child Left Behind Act (NCLB), which passed Congress with overwhelming bipartisan support in 2001 and was signed into law by President George W. Bush on Jan. 8, 2002, is the name for the most recent update to the Elementary and Secondary Education Act of 1965.ut the politics, policy, and history of the law are far more complicated than that. President George W. Bush signs the No Child Left Behind Act at Hamilton High School in Hamilton, Ohio, on Jan. 8, 2002.


No Child Left Behind
The No Child Left Behind Act of 2001 (NCLB) is a United States Act of Congress that is a reauthorization of the Elementary and Secondary Education Act, which included Title I, the government's flagship aid program for disadvantaged students.he No Child Left Behind Act of 2001 (NCLB) is a United States Act of Congress that is a reauthorization of the Elementary and Secondary Education Act, which included Title I, the government's flagship aid program for disadvantaged students.


Skip to main content About Us Contact Us FAQs Language AssistanceU.S. Department of EducationStudent Loans Grants Laws Data
The No Child Left Behind Act of 2001 (NCLB) is the most recent iteration of the Elementary and Secondary Education Act of 1965 (ESEA), the major federal law authorizing federal spending on programs to support K-12 schooling. ESEA is the largest source of federal spending on elementary and secondary education.he No Child Left Behind Act of 2001 (NCLB) is the most recent iteration of the Elementary and Secondary Education Act of 1965 (ESEA), the major federal law authorizing federal spending on programs to support K-12 schooling. ESEA is the largest source of federal spending on elementary and secondary education.


No Child Left Behind
The No Child Left Behind Act of 2001, signed into law by President Bush on Jan. 8, 2002, was a reauthorization of the Elementary and Secondary Education Act, the central federal law in pre-collegiate education.t the core of the No Child Left Behind Act were a number of measures designed to drive broad gains in student achievement and to hold states and schools more accountable for student progress. They represented significant changes to the education landscape (U.S. Department of Education, 2001).


Why No Child Left Behind Is Important to America
With passage of No Child Left Behind, Congress reauthorized the Elementary and Secondary Education Act (ESEA)--the principal federal law affecting education from kindergarten through high school.ith passage of No Child Left Behind, Congress reauthorized the Elementary and Secondary Education Act (ESEA)--the principal federal law affecting education from kindergarten through high school.


No Child Left Behind Act
An overview of the testing and accountability provisions of the No Child Left Behind Act. An overview of the testing and accountability provisions of the No Child Left Behind Act. The No Child Left Behind Act of 2001, President George W. Bush's education-reform bill, was signed into law on Jan. 8, 2002.he No Child Left Behind Act is an extension and revision of the Elementary and Secondary Education Act (ESEA). This report from the Education Commission of the States (ECS) summarizes the new ESEA, looks at states' readiness to implement provisions of the law and provides key questions for policymakers to consider..


No Child Left Behind: An Overview
When most people think about the No Child Left Behind Act, they think of two things: former President George W. Bush, and standardized testing.President George W. Bush signs the No Child Left Behind Act at Hamilton High School in Hamilton, Ohio, on Jan. 8, 2002.The NCLB law updated the Elementary and Secondary Education Act and significantly ratcheted up the federal role in education. â Ron Edmonds/AP-File.ut the politics, policy, and history of the law are far more complicated than that. President George W. Bush signs the No Child Left Behind Act at Hamilton High School in Hamilton, Ohio, on Jan. 8, 2002.


No Child Left Behind: An Overview
But the politics, policy, and history of the law are far more complicated than that. President George W. Bush signs the No Child Left Behind Act at Hamilton High School in Hamilton, Ohio, on Jan. 8, 2002.The NCLB law updated the Elementary and Secondary Education Act and significantly ratcheted up the federal role in education. â Ron Edmonds/AP-File.ut the politics, policy, and history of the law are far more complicated than that. President George W. Bush signs the No Child Left Behind Act at Hamilton High School in Hamilton, Ohio, on Jan. 8, 2002.


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The No Child Left Behind Act is an extension and revision of the Elementary and Secondary Education Act (ESEA). This report from the Education Commission of the States (ECS) summarizes the new ESEA, looks at states' readiness to implement provisions of the law and provides key questions for policymakers to consider..he No Child Left Behind Act is an extension and revision of the Elementary and Secondary Education Act (ESEA). This report from the Education Commission of the States (ECS) summarizes the new ESEA, looks at states' readiness to implement provisions of the law and provides key questions for policymakers to consider..


No Child Left Behind Act: Keep it or Kill it?
The No Child Left Behind Act (NCLB) â one of the grandest initiatives of the Bush presidency -- is in trouble. Few outside the small band of Bush administration brothers â and sisters â believe that the law is even remotely close to achieving its goals.he No Child Left Behind Act (NCLB) â one of the grandest initiatives of the Bush presidency -- is in trouble. Few outside the small band of Bush administration brothers â and sisters â believe that the law is even remotely close to achieving its goals.


Literary technique
Use great picture books to teach literary techniques to your students in order to help with reading comprehension and writing techniques.


Literary technique
16 Fancy Literary Techniques Explained By Disney: Because why waste money on an English degree when you can just watch Disney movies?<<--this is not true, but hey, lots of good points.


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Literary agents can tell us which Chapter One approaches are overused & clichÃ©, as well as which writing techniques just plain donât work when youâre writing a book, including prologues (a no-no), telling & not showing, & starting too slowly.


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Allusion Definition: A brief reference in a literary work to a person, place, thing, or passage in another literary work, usually for the purpose of associating the tone or theme of the one work with the other.


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Classroom Freebies Too: 6-8 Many students struggle with making distinctions between literary devices, literary techniques, literary elements and figurative language.


List of narrative techniques
The narrator of the story is not sincere, or introduces a bias in his narration and possibly misleads the reader, hiding or minimizing events, characters, or motivations. An example is The Murder of Roger Ackroyd.


What was F. Scott Fitzgerald's Purpose in writing The Great Gatsby?
The Great Gatsby is a novel by the American author F. Scott Fitzgerald. First published on April 10, 1925, it is set in Long Island's North Shore and New York City during the summer of 1922.The novel chronicles an era that Fitzgerald himself dubbed the Jazz Age.irst published on April 10, 1925, it is set in Long Island's North Shore and New York City during the summer of 1922. The novel chronicles an era that Fitzgerald himself dubbed the Jazz Age.


Shared Flashcard Set
So we beat on, boats against the current, borne back ceaselessly into the past. In The Great Gatsby, the last sentence reads: So we beat on, boats against the current, borne back ceaselessly into the past. This refers to the dualities of Gatsby and America.At the end of the novel, Nick aligns himself Gatsby.Nick says Gatsby is worth the whole damn bunch (the Buchanans and Jordan, et al) put together. So, Nick is saying he will get into Gatsby's boat, the one that only sailed backwards on the sea of history--into the past to recapture his childhood dreams.o me, it is Fitzgerald's commentary on the meaning of the novel. Your question says to look back at the previous three paragraphs. To me, those paragraphs are about how, in the past, it was more possible to dream big dreams (like the Dutch sailors did). But now, the world that those Dutch sailors saw has gone.


"A commentary on the last three paragraphs of ""The Great Gatsby."""
This passage is the last three paragraphs of the story. The passage is Nick's thoughts on Gatsby and the future. This passage ends the story and concludes Nick's narrative. It happens while Nick is going home to Minnesota in a train.It illustrates the main theme of the un-attainability of the American Dream.he diction of the second paragraph adds to the tone of the passage, showing the un-attainability of the American Dream. The last paragraph is only one sentence and is also the last sentence in the book. Fitzgerald uses this sentence to show that the current is flowing towards the East, and hence corruption.


Close Reading: 'The Great Gatsby' Last Paragraph
. . . And then one fine morningâ So we beat on, boats against the current, borne back ceaselessly into the past.â (Fitzgerald, 189). The green light Fitzgerald mentions in the first sentence is a representation of mens dreams and goals, in this case, Gatsbys.lose Reading: 'The Great Gatsby' Last Paragraph. Fitzgerald ends The Great Gatsby in the following way: âGatsby believed in the green light, the orgastic future that year by year recedes before us. It eluded us then, but thatâs no matterâto-morrow we will run faster, stretch out our arms farther.


Great Gatsby Ending Analysis
Extracts from this document... Introduction. The Great Gatsby Final Paragraph's Analysis This final section of the novel uses an ambivalent tone, recurring images and fractured syntax to draw together the essential thematic concerns of the novel.xtracts from this document... Introduction. The Great Gatsby Final Paragraph's Analysis This final section of the novel uses an ambivalent tone, recurring images and fractured syntax to draw together the essential thematic concerns of the novel.