Anisocoria and Horner's Syndrome
Normally the size of the pupil is the same in each eye, with both eyes dilating or constricting together. The term anisocoria refers to pupils that are different sizes at the same time. The presence of anisocoria can be normal (physiologic), or it can be a sign of an underlying medical condition.


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Company or any of its bank subsidiaries or other affiliates. It may also include information you learn about another. company, for example, companies that are current or prospective customers or suppliers to a bank subsidiary or those. with which the Company may be in negotiations regarding a potential transaction.


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For example, if an insider expects to retire after a specific period of time and, as part of retirement planning, the insider has adopted a written binding plan to sell a specific amount of the company's stock every month for two years, and the insider later comes into possession of material nonpublic information about the company, trades based on the original plan might not constitute prohibited insider trading.


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Back to School Insiders Report; Eating Well; Entertaining; Family & Kids; Fitness & Lifestyle; Holidays; Home; Outdoors Living; PC Insider's Report; Summer Insider's Report


Watch Insider Trade Stocks
However, insider buying and selling activity is a good starting point to further investigate a company, either by analyzing the fundamental data of the company or by studying other insider trading related matters such as the stock trading history of the insider, the type of insider (officer or beneficiary owner) etc.


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Presidentâs Choice Â® Cooking School; Presidentâs Choice Financial Â® PC Â® Gift Cards; PC Â® Mobile; PC Â® Insurance


Forms 3, 4, 5
Insiders must file a Form 5 to report any transactions that should have been reported earlier on a Form 4 or were eligible for deferred reporting. If a Form must be filed, it is due 45 days after the end of the company's fiscal year. Since June 30, 2003, the SEC has required insiders to submit forms electronically through the SEC's EDGAR system.


Industry
Under Part 4, a reporting insider is generally required to file a report about a derivative transaction involving securities of the reporting issuer if: 1  the transaction directly or indirectly alters the insider's economic interest in a security of the reporting issuer or economic exposure to the reporting issuer; and.


Meet the winner of the Insiders in Action contest
Windows Insider Program Explore the next version of Windows Be one of the first to explore new Windows features by downloading Windows 10 Insider Preview builds - and then tell us what you think.


Watch Insider Trade Stocks
We report this vital insider buying and selling information to the public in daily, weekly, monthly, and real-time reports. Insider trading analysis guru George Muzea wrote a book called The Vital Few Vs the Trivial Many: Invest with the Insiders, Not the Masses.


Insider
This article is written like a personal reflection or opinion essay that states a Wikipedia editor's personal feelings about a topic. Please help improve it by rewriting it in an encyclopedic style. (May 2015) An insider is a member of any group of people of limited number and generally restricted access. The term is used in the context of secret, privileged, hidden or otherwise esoteric information or knowledge: an insider is a member of the gang hence knows things outsiders don't, including insider jargon. In our complicated and information-rich world, the concept of insider knowledge is popular and pervasive, as a source of direct and useful guidance. In a given situation, an insider is contraste


Homo Erectus: Facts About the 'Upright Man'
The lineage and evolutionary history of H. erectus and other Homo species is unclear, and has been muddied further by recent finds. Homo erectus was once thought to have first evolved from an earlier human ancestor, known as Homo habilis, somewhere in East Africa.It was thought that H. erectus then spread out to inhabit South Africa, parts of Europe (Spain and Italy), the Caucasus, India, China, and Indonesia.he lineage and evolutionary history of H. erectus and other Homo species is unclear, and has been muddied further by recent finds. Homo erectus was once thought to have first evolved from an earlier human ancestor, known as Homo habilis, somewhere in East Africa.


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Homo erectus and Homo ergaster are two (or one, depending on who you talk to) of our hominin ancestors, and the sites associated with their skeletal materials hold the potential to resolve some of the important issues of human evolution.omo erectus and Homo ergaster are two (or one, depending on who you talk to) of our hominin ancestors, and the sites associated with their skeletal materials hold the potential to resolve some of the important issues of human evolution.


Homo erectus
Early African Homo erectus fossils (sometimes called Homo ergaster) are the oldest known early humans to have possessed modern human-like body proportions with relatively elongated legs and shorter arms compared to the size of the torso.n 1894, Dubois named the species Pithecanthropus erectus, or âerect ape-man.â At that time, Pithecanthropus (later changed to Homo) erectus was the most primitive and smallest-brained of all known early human species; no early human fossils had even been discovered in Africa yet. Height:


Homo erectus
One of the first specimens identified as Homo erectus was the Java Man fossil discovered in 1891. Orginally named Pithecanthropus erectus, it was not recognised as a close human relative at first, as old theories held that our ancestors would have had human brains and ape-like bodies, rather than the converse.Scientific name: Homo erectus.f Homo erectus and Homo ergaster are identified as separate species, Homo erectus would be a sibling rather than a true ancestor. Homo erectus was a successful, long-lived species that migrated out of Africa.


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The earliest Homo erectus were contemporaries of the late Homo habilis in East Africa for several hundred thousand years. This suggests that the immediate ancestor of Homo erectus was an early Homo habilis or possibly another yet to be discovered species of early humans.Homo erectus was a very successful human species, lasting at least 1.5 million years, though their numbers apparently remained relatively low.he ergaster fossils were presumably somewhat earlier and have been found for the most part in Africa. The erectus discoveries have been found widespread in Africa, Asia, and Europe. In this tutorial, ergaster and erectus will be considered one species--Homo erectus.


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Homo erectus (meaning upright man, from the Latin Ärigere, to put up, set upright) is an extinct species of hominid that lived throughout most of the Pleistocene geological epoch. Its earliest fossil evidence dates to 1.9 million years ago and the most recent to 70,000 years ago.t is generally thought that H. erectus originated in Africa and spread from there, migrating throughout Eurasia as far as Georgia, India, Sri Lanka, China and Java. But other scientists posit that the species rose first, or separately, in Asia.


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By 1.9 million years ago, some of the early transitional humans had evolved into a new, fully human species in Africa. Most paleoanthropologists refer to them as Homo erectus (literally upright human). However, a few researchers split them into two species--Homo ergaster (literally working human) and Homo erectus.The ergaster fossils were presumably somewhat earlier and have been found for the most part in Africa.The erectus discoveries have been found widespread in Africa, Asia, and Europe. In this tutorial, ergaster and erectus will be considered one species--Homo erectus.he ergaster fossils were presumably somewhat earlier and have been found for the most part in Africa. The erectus discoveries have been found widespread in Africa, Asia, and Europe. In this tutorial, ergaster and erectus will be considered one species--Homo erectus.


Human Ancestors Tamed Fire Earlier Than Thought
Their findings suggest that Homo erectusânot Homo sapiens or Neanderthalsâbecame the first hominin to master flames, possibly in order to cook their food. Fire control changed the course of human evolution, allowing our ancestors to stay warm, cook food, ward off predators and venture into harsh climates.heir findings suggest that Homo erectusânot Homo sapiens or Neanderthalsâbecame the first hominin to master flames, possibly in order to cook their food. Fire control changed the course of human evolution, allowing our ancestors to stay warm, cook food, ward off predators and venture into harsh climates.


Homo erectus
In 1894, Dubois named the species Pithecanthropus erectus, or âerect ape-man.â At that time, Pithecanthropus (later changed to Homo) erectus was the most primitive and smallest-brained of all known early human species; no early human fossils had even been discovered in Africa yet.Height:n 1894, Dubois named the species Pithecanthropus erectus, or âerect ape-man.â At that time, Pithecanthropus (later changed to Homo) erectus was the most primitive and smallest-brained of all known early human species; no early human fossils had even been discovered in Africa yet. Height:


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Likewise, the arms of habilis and their australopithecine ancestors were relatively long compared to ours. The modern human body size and limb proportions began to appear with the next species in our evolution--Homo erectus.arly Transitional Humans. Humans are members of the genus Homo. Modern people are Homo sapiens. However, we are not the only species of humans who have ever lived. There were earlier species of our genus that are now extinct.


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Paul Champagne has admitted to violating two laws listed in the Criminal Code of Canada: fraud over $5,000 and criminal breach of trust. Both offences carry maximum prison terms of 14 years.


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Both offences carry maximum prison terms of 14 years. By The Ottawa Citizen July 25, 2007. Paul Champagne has admitted to violating two laws listed in the Criminal Code of Canada: fraud over $5,000 and criminal breach of trust.


Theft From Employer
Theft from an employer is often referred to as a theft by breach of trust. This breach of trust element is what usually leads to a custodial sentence although the courts will consider a number of factors, both positive and negative, in order to hand out what they believe to be the fairest sentence.


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Posted January 10th, 2014 in breach of trust, doctors, fraud, news, professional conduct, sentencing, theft by tracey. âA doctor with âmarital difficultiesâ forged prescriptions for Viagra because he was too embarrassed to see his GP.


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Paul Champagne has admitted to violating two laws listed in the Criminal Code of Canada: fraud over $5,000 and criminal breach of trust. By The Ottawa Citizen July 25, 2007. Paul Champagne has admitted to violating two laws listed in the Criminal Code of Canada: fraud over $5,000 and criminal breach of trust.


Canadian Criminal Sentencing/Offences/Fraud Over $5,000
See also Canadian Criminal Sentencing/Offences/Property Offences. Major instances of fraud over $5,000 require emphasis on general deterrence and denunciation. The same goes for cases involving breach of trust and offences that involve a substantial amount of dishonesty.


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Paul Champagne has admitted to violating two laws listed in the Criminal Code of Canada: fraud over $5,000 and criminal breach of trust.


Canadian Criminal Sentencing/Offences/Fraud Over $5,000
(1.1) When a person is prosecuted on indictment and convicted of one or more offences referred to in subsection (1), the court that imposes the sentence shall impose a minimum punishment of imprisonment for a term of two years if the total value of the subject-matter of the offences exceeds one million dollars.


Category: breach of trust
Posted June 4th, 2015 in appeals, breach of trust, courts martial, news, sentencing, sexual grooming, sexual offences, suspended sentences by sally. âThe wife of an army corporal has been sent to prison for three years for having sex with a 14-year-old boy after a suspended sentence was ruled to be too lenient.â.


Category: breach of trust
Dr Mansoor Kassim sentenced for faking Viagra scripts â BBC News. Posted January 10th, 2014 in breach of trust, doctors, fraud, news, professional conduct, sentencing, theft by tracey. âA doctor with âmarital difficultiesâ forged prescriptions for Viagra because he was too embarrassed to see his GP.


Bacterial Vaginosis, Infertility and Pregnancy
Bacterial Vaginosis (BV) is a vaginal infection caused by an imbalance in the normal bacteria that live down there.. That's right; bacteria are normal and healthy most of the time. With BV, however, one colony of bacteria declares world domination over the others and screws up our ph levels.


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The following basic prevention steps can help reduce the risk of upsetting the natural balance of bacteria in the vagina and developing BV: 1  Not having sex or being abstinent is the best way to prevent bacterial vaginosis, as well as other sexually transmitted diseases, viruses, and infections. Limiting the number of sex partners you have reduces the risk of this and other vaginal infections, STDs, and HIV.


Bacterial Vaginosis: Other FAQs
There is no indication that BV affects a woman's ability to get pregnant. However, BV is associated with certain risks to the fetus, including delivering an infant preterm (before 37 weeks of pregnancy) and delivering an infant with a low birth weight (generally, 5.5 pounds or less).


Vaginal Infections
Best Ways to Prevent Bacterial Vaginosis. Not having sex or being abstinent is the best way to prevent bacterial vaginosis, as well as other sexually transmitted diseases, viruses, and infections. Limiting the number of sex partners you have reduces the risk of this and other vaginal infections, STDs, and HIV.


Bacterial Vaginosis, Infertility and Pregnancy
Bacterial Vaginosis, Infertility and Pregnancy. I want to start off this week with a shout out to Jessica. She's my niece and had her second son recently. She wrote to me today that her little guy's a real chow-hound. He's nursing every two hours.


Infection Testing
Infection Testing. It is highly recommended that your sperm donor or co-parent undertakes infection testing to prevent infection in the recipient and the unborn child. The following sexually transmitted infections (STI's) can be screened from a simple blood sample, some tests may require a swab from the genital area.


Pregnancy, Trying to conceive & Parenting Forum
It does say avoid ttc (as can kill sperm) so do the same as me - use it for 7 days 2 weeks before ovulation. Then your week before ov, your bv free and not using the balance activ so nothing can kill the spermies. I then did the deed every day that 'bv free' week and bang I was pregnant after soooo long trying x x x.


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The three main types of CMV infections are: 1  Acquired (or primary) CMV: a CMV infection that is contracted for the first time. 2  Reoccurring CMV: a previously dormant CMV infection that reoccurs due to a weakened immune system. 3  Congenital CMV: a CMV infection that develops in pregnancy and can affect the unborn baby.


Bacterial Vaginosis: Other FAQs
BV can increase the risk of acquiring certain diseases and conditions, including: 1  Chlamydia, gonorrhea, herpes, HIV/AIDS, and other sexually transmitted diseases from an infected partner. 2  Infections following certain types of surgery, such as hysterectomy, abortion, and caesarean delivery. 3  Pelvic inflammatory disease.


STDs during Pregnancy - CDC Fact Sheet
Can I get treated for an STD while Iâm pregnant? It depends. STDs, such as chlamydia, gonorrhea, syphilis, trichomoniasis and BV can all be treated and cured with antibiotics that are safe to take during pregnancy. STDs that are caused by viruses, like genital herpes, hepatitis B, or HIV cannot be cured.


What does Sound Look Like?
The Demonstration: Someone speaks into a microphone that is connected to an oscilloscope and you can see the patterns creates by their voice. Quick Physics: Sound is a wave that caused by vibrations in the air. A pure musical sound, such as a whistle, will produce a sine wave like the one shown above.Someone just talking with produce an irregular wave because it is a combination of sounds and the sounds waves add together to get the composite shown on the oscilloscope.The Details: You can see sound waves when a microphone is connected to an oscilloscope.A microphone changes the sound waves into an electrical signal. The oscilloscope then shows what these electrical waves look like.For a pure sound of only one frequency, like a tuning fork or whistling, the wave looks smooth and regular (as in the picture below). pure musical sound, such as a whistle, will produce a sine wave like the one shown above. Someone just talking with produce an irregular wave because it is a combination of sounds and the sounds waves add together to get the composite shown on the oscilloscope.


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This program shows a signal generator, oscilloscope and loudspeaker. The signal generator can produce waves with various amplitudes and frequencies in the audio range. The oscilloscope shows the shape of these waves and has a scale with time-base control that allows you to measure the period and frequency of the waves.his program shows a signal generator, oscilloscope and loudspeaker. The signal generator can produce waves with various amplitudes and frequencies in the audio range. The oscilloscope shows the shape of these waves and has a scale with time-base control that allows you to measure the period and frequency of the waves.


Mimicry
Sound waves are longitudinal waves which require a medium, such as air or water, in which to travel. Sound does not travel in a vacuum. The material properties of the medium determine the speed with which the sound wave travels through that medium.For example, the speed of sound in water is approximately 1500m/s and through a diamond the speed can reach 12,000m/s!he material properties of the medium determine the speed with which the sound wave travels through that medium. For example, the speed of sound in water is approximately 1500m/s and through a diamond the speed can reach 12,000m/s!


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Here's the connections for a simple signal measurement. The oscilloscope is being used to display the voltage output from a signal generator. You should do that also. 1  Set the frequency of the signal generator output to something like 1 or 2 kHz. 2  Set the amplitude of the signal generator output to 1 or 2 volts.3  Connect the output of the signal generator to the oscilloscope. 4  Be sure that the two grounds are connected together.ere's the connections for a simple signal measurement. The oscilloscope is being used to display the voltage output from a signal generator. You should do that also. 1  Set the frequency of the signal generator output to something like 1 or 2 kHz. 2  Set the amplitude of the signal generator output to 1 or 2 volts.


Oscilloscope
The oscilloscope can be adjusted so that repetitive signals can be observed as a continuous shape on the screen.A storage oscilloscope allows single events to be captured by the instrument and displayed for a relatively long time, allowing observation of events too fast to be directly perceptible. storage oscilloscope allows single events to be captured by the instrument and displayed for a relatively long time, allowing observation of events too fast to be directly perceptible.


Sound Card Oscilloscope
In essence, an oscilloscope is a data acquisition box that records the voltage from your circuit. Another device on your computer already does this: the sound card. The main differences are the level of voltage each can handle, and how fast they sample the voltage (more on that later).Since the sound card on your computer can only handle a small amount of voltage (around +/- .6V to .8V) you need to scale it down.nother device on your computer already does this: the sound card. The main differences are the level of voltage each can handle, and how fast they sample the voltage (more on that later). Since the sound card on your computer can only handle a small amount of voltage (around +/- .6V to .8V) you need to scale it down.


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Generate a sine wave of frequency 300 Hz. Using the SIGNAL Generator set the MUTIPLIER (1) to 100 and the FREQUENCY RANGE (2) to 3. Now, on the OSCILLOSCOPE gently turn the VOLTS/DIV (5) knob until you are able to see something.Next, turn the TIME/DIV (15) knob and the VOLTS/DIV know until you are able to find a sine wave like the shown in Fig.1.enerate a sine wave of frequency 300 Hz. Using the SIGNAL Generator set the MUTIPLIER (1) to 100 and the FREQUENCY RANGE (2) to 3. Now, on the OSCILLOSCOPE gently turn the VOLTS/DIV (5) knob until you are able to see something.


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1 Using the oscilloscope, find the frequency, , of the sound wave. 2  From your calculations of and, determine the speed of the sound wave, , produced in the resonance tube. 3  Using a vernier caliper and a thermometer determine and. 4  Compare these values with those found in Objectives 1 and 3.he material properties of the medium determine the speed with which the sound wave travels through that medium. For example, the speed of sound in water is approximately 1500m/s and through a diamond the speed can reach 12,000m/s!


USCG Navigation General Questions: Master's License
In this experiment, sound waves are created with the use of speaker connected to a function generator. The function generator sends an oscillating current signal to the speaker which causes the speaker's diaphragm to vibrate.he material properties of the medium determine the speed with which the sound wave travels through that medium. For example, the speed of sound in water is approximately 1500m/s and through a diamond the speed can reach 12,000m/s!


How to Use an Oscilloscope
An oscilloscope is only good if you can actually connect it to a signal, and for that you need probes. Probes are single-input devices that route a signal from your circuit to the scope. They have a sharp tip which probes into a point on your circuit.n oscilloscope is only good if you can actually connect it to a signal, and for that you need probes. Probes are single-input devices that route a signal from your circuit to the scope. They have a sharp tip which probes into a point on your circuit.


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A high temperature from fever signals that your body is takâ¦ing action against the infection/illness, but a low temperature means a lack of activity in the immune system. However, healthy body temperatures often falls significantly below the commonly cited value of 98.6Â°F, including as low as low as 96.9 Â°F.


Normal body temperature
Is there a normal body temperature? Most people think of 'normal' body temperature as 37C (98.6F), measured using a thermometer in the mouth. However, the concept of there being a normal body temperature is somewhat misleading. In fact normal body temperature can vary according to a wide range of factors including a person's age, the time of day and whether someone is active or not. The 'normal' benchmark for body temperature was established by a 19th century German physician called Dr Carl Wunderlich. He is credited with taking temperature readings from thousands of patients, which led him to propose that 37C was normal body temperature.


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Anything below the normal body temperature of 98.6 Fahrenheit. Some people have a lower body temperature than average though. It only becomes life threatening if it is 95 degrees Fahrenheit or below. Then you must seek immediate medical help.


Top 30 Doctor insights on: Low Body Temperature Sick
Low body temperature: The vast majority of low temperatures in adults are actually normal. We say 98.6 is the normal temperature, but actually normal is a range from approximately 97 to 99.


Top 30 Doctor insights on: Low Body Temperature Sick
1 doctor agreed: Low body temperature: A mildly low body temperature is not always a problem. A temperature less than 95f (35c) is considered hypothermia and temperatures this low can produce problems for a person. ...Read more.


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What is low-grade fever? A fever is an increase in the body temperature above normal. A low-grade fever is a mild elevation of the temperature above normal. Your temperature measurements fluctuate through the day and vary depending upon the site of measurement.


What is low-grade fever?
Generally, a child is considered to have a fever if the temperature is at or above 100.4 degrees Fahrenheit rectally, 99.5 degrees Fahrenheit orally, or 99 degrees Fahrenheit in the armpit. In an adult, a fever is generally defined as 100 degrees Fahrenheit (37.8 degrees Celsius) or greater.


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Anything below the normal body temperature of 98.6 Fahrenheit
 Some people have a lower body temperature than average though.
 It only becomes life threatening if it is 95 degrees Fahrenheit or below. Then you must seek immediate medical help.


Low Body Temperature
Many doctors are not aware that low body temperatures can cause severe problems or that they can be corrected. Therefore, they rarely check patients for low temperatures. In fact, the body temperature is probably the most important reading doctors rarely check!


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Generally, a child is considered to have a fever if the temperature is at or above 100.4 degrees Fahrenheit rectally, 99.5 degrees Fahrenheit orally, or 99 degrees Fahrenheit in the armpit. Fevers often accompany infections and are part of your bodyâs natural defense against them.


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An alloy is a mixture of metals or a mixture of a metal and another element.Alloys are defined by metallic bonding character.he term alloy is used to describe a mixture of atoms in which the primary constituent is a metal. The primary metal is called the base, the matrix, or the solvent. The secondary constituents are often called solutes.


Copper and Copper Alloys
Copper and Copper Alloys. COPPER and its alloys constitute one of the major groups of commercial metals. They are widely used because of their excellent electrical and thermal conductivity, outstanding resistance to corrosion, and ease of fabrication, together with good strength and fatigue resistance.They are generally nonmagnetic.opper and Copper Alloys. COPPER and its alloys constitute one of the major groups of commercial metals. They are widely used because of their excellent electrical and thermal conductivity, outstanding resistance to corrosion, and ease of fabrication, together with good strength and fatigue resistance.


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By mixing gold with other metals, or alloying it, gold is made stronger, which makes it durable enough to wear more often without experiencing wear. A variety of metals are commonly used to alloy gold, including silver, copper, nickel, iron, zinc, tin, manganese, cadmium, and titanium.Along with enhancing goldâs strength, alloying gold with other metals changes some of goldâs other properties as well.hey are Gold, Silver, and Platinum. These three metals and the alloys that utilize them are referred to as the Noble Metals. Noble Metals have four properties in common. 1  They are precious metals and are also used as currency (a store of value) because of their intrinsic value.


Alloys
You might see the word alloy described as a mixture of metals, but that's a little bit misleading because some alloys contain only one metal and it's mixed in with other substances that are nonmetals (cast iron, for example, is an alloy made of just one metal, iron, mixed with one nonmetal, carbon).ubstitution alloys. If the atoms of the alloying agent replace atoms of the main metal, we get what's called a substitution alloy. An alloy like this will form only if the atoms of the base metal and those of the alloying agent are of roughly similar size.


Alloys
Bronze which is an alloy of copper and tin has more resistance to corrosion and widely used is ship-building. Titanium alloys are less dense and stronger compare to other metals. Therefore they mainly used in ship, aircraft, and spacecraft. Generally pure metals are less useful sue to more softness.lloys show quite different properties compare to their constituent metals. They show quite batter properties than metals. For example; steel is an alloy of iron and used as building material due to high strength. Similarly brass and bronze can easily mold in various shapes compare to constituent metals.


Alloy
For example, 14 karat gold is an alloy of gold with other elements. Similarly, the silver used in jewelry and the aluminium used as a structural building material are also alloys. The term alloy is sometimes used in everyday speech as a synonym for a particular alloy.For example, automobile wheels made of an aluminium alloy are commonly referred to as simply  alloy wheels , although in point of fact steels and most other metals in practical use are also alloys.he term alloy is used to describe a mixture of atoms in which the primary constituent is a metal. The primary metal is called the base, the matrix, or the solvent. The secondary constituents are often called solutes.


Alloys
Brass, for example, is a substitution alloy based on copper in which atoms of zinc replace 10â35 percent of the atoms that would normally be in copper. Brass works as an alloy because copper and zinc are close to one another in the periodic table and have atoms of roughly similar size.ubstitution alloys. If the atoms of the alloying agent replace atoms of the main metal, we get what's called a substitution alloy. An alloy like this will form only if the atoms of the base metal and those of the alloying agent are of roughly similar size.


Copper and Copper Alloys
Copper and Copper Alloys. Copper and its alloys are widely used in deep draw and flat stamped products because they have excellent electrical and thermal performance, good resistance to corrosion, high ductility and relatively low cost. These sprinkler activators are copper with a tin plating.opper and Copper Alloys. Copper and its alloys are widely used in deep draw and flat stamped products because they have excellent electrical and thermal performance, good resistance to corrosion, high ductility and relatively low cost. These sprinkler activators are copper with a tin plating.


Architectural metals
Zinc is still used in alloys such as brass and nickel silver, and in the electroplating of steel as well. Today, galvanized steel and pure zinc material, usually Double Locked Standing Seam panels, are used for roofing a variety of buildings.inc is still used in alloys such as brass and nickel silver, and in the electroplating of steel as well. Today, galvanized steel and pure zinc material, usually Double Locked Standing Seam panels, are used for roofing a variety of buildings.


alloy
Alloys of iron and carbon include cast iron and steels; brass and bronze are important alloys of copper; amalgams are alloys that contain mercury; and chromium is an important additive in stainless steel. Because pure gold and silver are soft, they are often alloyed with one another or with other metals.or alternating-current applications, silicon-ferrite is commonly used. This is an alloy of iron containing as much as 5% silicon. Permalloy and some comparable cobalt-base alloys are used in the communications industry.


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Coffing TB-602 - 550 LB. Capacity. The most compact ratchet lever hoists in the market. The TB-602 toolbox hoist performs just like the larger hoists, but is small enough to fit in a hardhat. Available in standard lifts of 5 and 10 feet.


Coffing Hoist: Electric and Manual
The Coffing JLC electric chain hoist is one of the most recognizable hoists in America. Sold under the Dayton, Milwaukee and Little Mule trade names (among others), it offers arguably the most features per dollar of any hoist available.


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Nautical. 1  the vertical dimension amidships of any square sail that is hoisted with a yard. Compare drop (def 28). 2  the distance between the hoisted and the lowered position of such a yard. 3  the dimension of a fore-and-aft sail along the luff.  a number of flags raised together as a signal.


Nearby words for hoister
Nautical. 1  the vertical dimension amidships of any square sail that is hoisted with a yard. 2  the distance between the hoisted and the lowered position of such a yard. 3  the dimension of a fore-and-aft sail along the luff.  a number of flags raised together as a signal.


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Historical Examples. 1  In the hoist for 220 the second flag was the substitute, duplicating the numeral 2.. 2  We will have to hoist a flag of truce and take them out on this vessel. 3  In the technical language of the subject, the part of a flag nearest the pole is called the hoist, and the outer part the fly.


Coffing Lever Hoists
Coffing Lever Hoists. The most compact ratchet lever hoists in the market. The TB-602 toolbox hoist performs just like the larger hoists, but is small enough to fit in a hardhat. Available in standard lifts of 5 and 10 feet. The most compact ratchet lever hoists in the market.


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Price Range. Coffing Hoists offers a Lifetime Warranty on all of their products. This is the best warranty in the business. Coffing Hoists prides themselves on offering a wide range of products to meet your lifting, pulling, and rigging needs. When you buy a Coffing hoist, you get performance you can count on.


Coffing Hoist: Electric and Manual
Coffing Hoist: Electric and Manual. Coffing Hoists, based in Wadesboro, NC, is renowned for quality products and superior service. The Coffing JLC electric chain hoist is one of the most popular hoists in use today due to an abundance of features at a value price.


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Rosacea is a common, chronic, incurable, adult acne-like skin condition that is easily controllable and medically manageable. Rosacea commonly affects the central third of the face, especially the nose, and has periodic ups and downs (flares and remissions). Rosacea symptoms and signs include.


Rosacea
The symptoms of rosacea include: enlarged capillaries (telangiectasis) a permanent flush across the nose and cheeks. yellow-headed pimples on the forehead, cheeks and chin. non-tender lumps under the skin. mildly swollen cheeks and nose (hyperplasia) frequent blushing. a sensation of burning or stinging.


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Rosacea is not caused by alcohol abuse, as people thought in the past. But in people who have rosacea, drinking alcohol may cause symptoms to get worse (flare). Rosacea often flares when something causes the blood vessels in the face to expand, which causes redness. Things that cause a flare-up are called triggers.


Rosacea
For other uses, see Rosacea (disambiguation). Rosacea is a long term skin condition characterized by facial redness, small and superficial dilated blood vessels on facial skin, papules, pustules, and swelling. Rosacea typically begins as redness on the central face across the cheeks, nose, or forehead, but can also less commonly affect the neck, chest, ears, and scalp.


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People with rosacea may have: 1  A flushed, red face with sensitive, dry skin that may burn or sting. 2  Small bumps and pimples or acne-like breakouts. 3  Skin that gets coarser and thicker, with a bumpy texture.  Dry, red, irritated eyes.


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Some of the factors that can trigger the rosacea blush or worsen symptoms include: 1  alcohol. 2  hot drinks. 3  coffee and tea.  spicy 1  foods. overexposure to sunlight. 2  anxiety. emotional stress.  overheating, especially in bed at night.


Rosacea
Rosacea facts. 1  Rosacea is a common, chronic, incurable, adult acne-like skin condition that is easily controllable and medically manageable. 2  Rosacea commonly affects the central third of the face, especially the nose, and has periodic ups and downs (flares and remissions). 3  Rosacea symptoms and signs include. redness of the face (easy facial blushing or flushing), tiny red pimples and fine red lines (telangiectasias) on the facial skin, rhinophyma (an enlarged, bulbous red nose, like W.C. Fields), and. eye problems, such as swollen, red eyelids, conjunctivitis, and rosacea keratitis.


Rosacea
The symptoms of rosacea include: 1  enlarged capillaries (telangiectasis) 2  a permanent flush across the nose and cheeks. 3  yellow-headed pimples on the forehead, cheeks and chin.  non-tender lumps under the 1  skin. mildly swollen cheeks and nose (hyperplasia)  frequent 1  blushing. a sensation of burning or stinging.  a rash that is confined to the face.


Rosacea: Overview
Rosacea can cause more than redness. There are so many signs and symptoms that rosacea has four subtypes: Erythematotelangiectatic rosacea: Redness, flushing, visible blood vessels. Papulopustular rosacea: Redness, swelling, and acne-like breakouts. Phymatous rosacea: Skin thickens and has a bumpy texture.


Chemical properties
For example: the melting point of water is 0 o C, or 273 K. Boiling point. The boiling point of an element or compound means the temperature at which the liquid form of an element or compound is at equilibrium with the gaseous form. We usually presume the air pressure to be 1 atmosphere.


Melting Point of the elements
Point to the graph to see details, or click for full data on that element.


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Those elements with the greatest difference between their boiling point and melting point values have the largest liquid range. For example, molybdenum, (# 42) and its family member tungsten, atomic number 74, both have large temperature ranges over which they exist as liquids.


Chemical properties
The atomic number is an important concept of chemistry and quantum mechanics. An element and its place within the periodic table are derived from this concept. When an atom is generally electrically neutral, the atomic number will equal the number of electrons in the atom, which can be found around the core.


ATOMIC AND PHYSICAL PROPERTIES OF THE GROUP 7 ELEMENTS (THE HALOGENS)
This page explores the trends in some atomic and physical properties of the Group 1 elements-lithium, sodium, potassium, rubidium and caesium. You will find separate sections below covering the trends in atomic radius, first ionisation energy, electronegativity, melting and boiling points, and density. Even if you aren't currently interested in all these things, it would probably pay you to read the whole page.


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Label this new column Melting Point, K, and label a last column Boiling Point, K.. Then use the formula bar to convert Celsius melting and boiling point data to Kelvin by adding 273 to each value in these columns (see a screenshot of Sheet 2 below). Now that you have created Sheet 2 with the appropriate melting point and boiling point data, you are ready to create a graph of your data.


Chemical properties
The melting point of an element or compound means the temperatures at which the solid form of the element or compound is at equilibrium with the liquid form. We usually presume the air pressure to be 1 atmosphere.


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While chemistry textbooks frequently include discussions of periodicity for atomic radius, electronegativity and ionization energies, trends also exist for other chemical and physical properties such as melting and boiling points.


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You will see that both the melting points and boiling points fall as you go down the Group. Explaining the trends in melting and boiling points. When you melt any of these metals, the metallic bond is weakened enough for the atoms to move around, and is then broken completely when you boil the metal. The fall in melting and boiling points reflects the fall in the strength of the metallic bond.


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In fact, hydrogen (which is a gas at room temperature) is not included in the alkali metals, even though it is located in Group 1 on the periodic table. For the metals in this group, the melting and boiling temperatures decrease with increasing atomic number.


FAA Regulation Compliance
Applicants for employment with Aviation Personnel may also be required to submit to additional background checks and verifications, either prior to employment or as required by our clients. Please review the list below to familiarize yourself with these requirements prior to applying for employment.


Background Checks
5-Year History Verification. We verify the most recent five years of employment, education and unemployment history. What's more, we identify gaps of twelve months or greater (or less as defined by customer) that are unverifiable. The 5-year history verification also includes an international background check.


Criminal Background Check vs. Background Check: What's the Difference?
by Dan HopeJanuary 03, 2011. People are often confused about the difference between a background check and a criminal background check, and rightfully so. There is often little difference because regular background checks and criminal background checks both contain information on criminal history. However, criminal background checks can be more thorough in some instances because they are specifically oriented towards criminal records databases.


Background Checks
Following the terrorist attacks of 9/11 and the formation of the Transportation Security Administration (TSA), more rigorous background checks have been required for those who need access to restricted areas.


FAA Regulation Compliance
FAA Regulation Compliance. In accordance with the Federal Aviation Administration regulations we are required, as your employer, to perform a complete background verification. The following crimes will disqualify you from obtaining authority to have unescorted access privileges to the security identification display areas of an airport.


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FFA Talking Points. - Primary purpose. The FFA is primarily a states' rights challenge to the power of Washington to regulate everything under the guise of regulating commerce among the several states.. See background on the commerce clause at: http://FirearmsFreedomAct.com/what-is-the-commerce-clause/. - State power.


FAA Regulation Compliance
Aviation Personnel must notify the FAA of any employee who holds an airman medical certificate issued under 14 CFR Part 67 and violates the provisions of the FAA/DOT regulations, as described above. (14 CFR 120.113(d)(1)).


FAA Regulation Compliance
Aviation Personnel complies with the drug testing regulations of the Department of Transportation (DOT) (49 CFR part 40) and the Federal Aviation Administration (FAA) (14 CFR part 120).


Background Checks
Criminal History Records Check (CHRC) A Criminal History Records Check (CHRC) is a TSA-defined process for taking and checking fingerprints against the FBI database.


Background Checks
For these situations, NATACS verifies ten years of employment, education and unemployment history, and checks gaps of twelve months or greater (or less as defined by customer) that are unverifiable. The 10-year history verification includes an international background check.


Definition
Definition. Muscle spindles are skeletal muscle sensory organs that contribute to fine motor control and provide axial and limb position information to the central nervous system. They are involved in the sensation of position and movement of the body, this is called proprioception.uscle spindles are small sensory organs, with an elongated shape. A muscle spindle contains intrafusal fibers. Those are several small, specialized muscle fibers. Those fibers are oriented parallel to the regular, power-producing extrafusal muscle fibers.


Muscle spindle
Muscle spindles are sensory receptors within the belly of a muscle that primarily detect changes in the length of this muscle. They convey length information to the central nervous system via sensory neurons. This information can be processed by the brain to determine the position of body parts.he spindle is a stretch receptor with its own motor supply consisting of several intrafusal muscle fibres. The sensory endings of a primary (group Ia) afferent and a secondary (group II) afferent coil around the non-contractile central portions of the intrafusal fibres.


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There are two kinds of muscle fibers: When the extrafusal fibers of a muscle lengthen, so do the intrafusal fibers (muscle spindles). The muscle spindle contains two different types of fibers (or stretch receptors) which are sensitive to the change in muscle length and the rate of change in muscle length.When muscles contract it places tension on the tendons where the golgi tendon organ is located.here are two kinds of muscle fibers: When the extrafusal fibers of a muscle lengthen, so do the intrafusal fibers (muscle spindles). The muscle spindle contains two different types of fibers (or stretch receptors) which are sensitive to the change in muscle length and the rate of change in muscle length.


GTOs and Muscle Spindles Explained
Imagine muscle spindles being like a slinky wrapped around muscle fibers; as the muscle lengthens or stretches, so do the muscle spindles. This causes the muscle to contract (the slinky comes back together) and protects the muscle from being overstretched by contracting, which is referred to as the stretch reflex.he muscle spindleâs reflex contraction of its associated muscle simultaneously causes the antagonist muscle group to relax, which is called reciprocal inhibition. The muscle spindle serves as an alert to the muscles; they are located in the muscle belly and sense muscle stretch.


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In other words, the muscle spindle is more sensitive to stretch when its intrafusal fibers are partially contracted then when they are not. The degree of contraction of the intrafusal fibers and thus the sensitivity of the muscle spindle is controlled by the activity of the gamma motor neurons.his stretch-resulting-in-relieved-stretch is known as the myotatic or stretch reflex. Once the muscle contracts and the stretch is relieved, the firing rate of the spindle afferents returns to the resting level. Skeletal muscles are attached to the skeleton in order to bring about movements of the body.


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In other words, the muscle spindle is more sensitive to stretch when its intrafusal fibers are partially contracted then when they are not. The degree of contraction of the intrafusal fibers and thus the sensitivity of the muscle spindle is controlled by the activity of the gamma motor neurons.uscle spindles are encapsulated units within the belly of a muscle that lie parallel to the muscle fibers, stretching when the muscle is stretched and shortening when the muscle contracts. Thus they are uniquely situated to detect slight changes in muscle tone.


Muscle spindle
When a muscle is stretched, primary sensory fibers (Group Ia afferent neurons) of the muscle spindle respond to both changes in muscle length and velocity and transmit this activity to the spinal cord in the form of changes in the rate of action potentials.he spindle is a stretch receptor with its own motor supply consisting of several intrafusal muscle fibres. The sensory endings of a primary (group Ia) afferent and a secondary (group II) afferent coil around the non-contractile central portions of the intrafusal fibres.


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Muscle spindles cause two things to happen: 1) the muscle being stretched (agonist) contracts to prevent you from going too far too fast in that stretch; and 2) the opposing muscle force (antagonist) is inhibited (prevented from contracting) so that that muscle doesnât pull that stretch further.he muscle spindleâs reflex contraction of its associated muscle simultaneously causes the antagonist muscle group to relax, which is called reciprocal inhibition. The muscle spindle serves as an alert to the muscles; they are located in the muscle belly and sense muscle stretch.


Gamma motor neuron
Gamma motor neurons (Î³ motor neurons), also called gamma motoneurons, are a type of lower motor neuron that take part in the process of muscle contraction, and represent about 30% of fibers going to the muscle. Like alpha motor neurons, their cell bodies are located in the anterior horn of the spinal cord.nlike the alpha motor neurons, gamma motor neurons do not directly adjust the lengthening or shortening of muscles. However, their role is important in keeping muscle spindles taut, thereby allowing the firing of alpha neurons to continue discharging, leading to muscle contraction.


Proprioceptors
The figure schematizes the different components in a muscle spindle. Muscle spindles are small sensory organs that are enclosed within a capsule. They are found throughout the body of a muscle, in parallel with extrafusal fibers (typical muscle fibers).he figure schematizes the different components in a muscle spindle. Muscle spindles are small sensory organs that are enclosed within a capsule. They are found throughout the body of a muscle, in parallel with extrafusal fibers (typical muscle fibers).


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Ifluenz is a platform connecting Instagram influencers and brands for product placement campaign on Instagram. With the platform, you can promote brands and their products on your Instagram account and get paid for it. To become an influencer on Ifluenz, you need to have at least 5,000 followers on Instagram.


How to Run an Instagram Influencer Campaign
An influencer campaign is an effective way to promote your business and generate leads by leveraging the audience of another Instagram account. In this article youâll discover how to run an influencer campaign on Instagram.


How to Do Instagram Influencer Marketing
This is why Instagram influencer marketing can be such a winner for your brand. With Influencer marketing, messages will get through to your target customers, all without coming off as too âsalesyââ a marketerâs dream. In this article, youâll learn crucial Instagram influencer marketing strategies.


How to Grow Your Business with Instagram Influencer Marketing
Instagram influencer marketing removes the barriers of a traditional ad, because the customer is introduced to your brand from a trusted source (the influencer) on an authentic, casual platform (Instagram). Instagram influencer marketing comes in all shapes and sizes, just like the influencers themselves.


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Forget models in magazines. Consumers are buying goods and services based on what they see in their Instagram feed, recent trends suggest.


What is an Instagram Influencer?
Instagram Influencer noun Influencers are Instagram users who have an established credibility and audience; who can persuade others by virtue of their trustworthiness and authenticity.


How to Do Instagram Influencer Marketing
Through Instagram influencer marketing, you can get Instagram influencers in your niche with a large following to share one of your posts â this way, you can potentially get tens of thousands of targeted people to view your post overnight.


What Is An Instagram Influencer? Definition, Examples, & Insights
Instagram influencers come in all shapes and sizes, and they can be a key asset for marketers trying to target active audiences. Definition: What Is An Instagram Influencer? Influencers on Instagram are creators who share content on Instagram, building communities around topics and niches. Instagram is a visual platform, and as such, visually dynamic content performs best.


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After establishing and nurturing these relationships, contacting Instagram influencers to engage them in your marketing campaigns is more like a warm sales lead than a cold lead. In fact, you may find Instagram influencers youâve built solid relationships with beginning to share your content and promote your brand even without your asking. This is the ideal, but it doesnât always happen this way.


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Instagram Influencers have a certain amount of clout and engagement with their followers or audiences. They are thought leaders in their niche or area of expertise. And brands want to capitalize on that. An Instagram Influencer doesnât have to have a huge following to be successful. But having the ability to engage with a sufficient number of people is a must. That said, the major role of an Instagram influencer is to help increase a brandâs profile and engagement.


Motor Sizing
Proper sizing and selection of a motor for your equipment is key to ensuring performance, reliability and cost of the equipment. In addition to the information below for properly sizing a motor, Oriental Motor offers online motor sizing tools as well as assistance from our Technical Support staff.nce you've calculated the inertia, torque and speed for the motor you'll select the type of motor based on the required specifications. Oriental Motor offers a wide range of stepper motors, servo motors, AC motors and brushless motors to meet the specific needs of your equipment.


Motor sizing made simple
To size a motor for this kind of application, match the motor output rating to the load's torque converted to horsepower: where T = torque in lb-ft. Don't forget the duty cycle! These machines run constantly, so choose a continuous-duty motor for this type of application.oads in a slurry pump vary gradually as media feeds into the pump. A motor driving a load is an energy balancing act. On one side is the mechanical demand of the turning load. On the other is waste heat the motor generates turning that load.


Motor Sizing
Designed to make sizing a motor for your application faster and easier, these new sizing forms calculate the necessary torque, speed, stopping accuracy, and the system inertia that is also important to consider when selecting a proper motor for the application.nce you've calculated the inertia, torque and speed for the motor you'll select the type of motor based on the required specifications. Oriental Motor offers a wide range of stepper motors, servo motors, AC motors and brushless motors to meet the specific needs of your equipment.


Motor Sizing Made Easy
This indicates a gear ratio of 6.7:1, rounded to 7:1. Recall that with a gearhead, torque rises and output shaft speed drops with the gear ratio. You can now size the gearhead to a motor by figuring 66 oz-in. Ã 1.5 (safety factor) = 100 oz-in. of output torque from the gearhead.This gives 100 oz-in./7 = 14 oz-in. from the motor through the gearbox and 37 rpm Ã 7 = 259 rpm from the motor. In this case, the rpm and torque are more than is required.et us take a concrete example of a Baldor Electric Co. dc motor that generates 11,500 rpm with a 1-in.-pitch-diameter pulley. This configuration will produce a linear speed of 36,128 ipm, or 3,011 fpm, or 602 ips. The pulley size, of course, could be changed to vary the speed or torque.


Motor sizing made simple
Variable load: To size a motor for these applications, you must know the entire load range over which it will operate. Pay particular attention to the peak load and how long the application stays at peak. A pump load, for instance, may range from 20 to 100% over its operating cycle.oads in a slurry pump vary gradually as media feeds into the pump. A motor driving a load is an energy balancing act. On one side is the mechanical demand of the turning load. On the other is waste heat the motor generates turning that load.


Motor Calculations Part 1: Motors and Branch-Circuit Conductors
You must size the conductors at 125% of the motor FLC [430.22(A)]. You must size the overloads no more than 115% to 125% of the motor nameplate current rating, depending on the conditions [430.32(A)(1)]. You must size the short-circuit ground-fault protection device from 150% to 300% of the motor FLC [Table 430.52].If you put all three of these together, you can see the branch-circuit conductor ampacity (125%) and the short-circuit ground-fault protection device (150% to 300%) aren't related.ou must size the short-circuit ground-fault protection device from 150% to 300% of the motor FLC [Table 430.52]. If you put all three of these together, you can see the branch-circuit conductor ampacity (125%) and the short-circuit ground-fault protection device (150% to 300%) aren't related.


How to Size the Motor Drive?
I am new to Pump engineering forum. This refers to the correct sizing of a motor drive for a pump to estimate the input electrical power (kVA) requirement. I understand that the following equation gives the required HP for a pump to give out a given discharge at a given head.) If it is a mechanical coupling, you can usually ignore the coupling loss. In the rare instance that it is an eddy current or a hydraulic coupling, I would allow 5% of pump power for preliminary sizing purposes only. Do not select motor size on duty point; if unsure add 20% and go for the next standard motor size up.


How to Size the Motor Drive?
This refers to the correct sizing of a motor drive for a pump to estimate the input electrical power (kVA) requirement.I understand that the following equation gives the required HP for a pump to give out a given discharge at a given head.) If it is a mechanical coupling, you can usually ignore the coupling loss. In the rare instance that it is an eddy current or a hydraulic coupling, I would allow 5% of pump power for preliminary sizing purposes only. Do not select motor size on duty point; if unsure add 20% and go for the next standard motor size up.


Motor Sizing Made Easy
Once this analysis leads to a particular motor, the designer should go back and add the motor-rotor inertia to the calculation and recalculate to verify that the total torque required lies well inside the torque-versus-speed curve. If not, the situation calls for the next bigger motor size.et us take a concrete example of a Baldor Electric Co. dc motor that generates 11,500 rpm with a 1-in.-pitch-diameter pulley. This configuration will produce a linear speed of 36,128 ipm, or 3,011 fpm, or 602 ips. The pulley size, of course, could be changed to vary the speed or torque.


Motor sizing made simple
Choose a motor for which the load is 75 to 100% of the motor's rated capacity. When the load is steady with a long duty cycle it is safe to load the motor close to its fullload capacity, in the area of 95%. This will optimize efficiency and keep the motor cost to a minimum.oads in a slurry pump vary gradually as media feeds into the pump. A motor driving a load is an energy balancing act. On one side is the mechanical demand of the turning load. On the other is waste heat the motor generates turning that load.


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Carbon. By definition, organic chemistry is the study of chemical compounds that contain Carbon (C) with exception of carbonates, bicarbonates, metallic cyanides and carbides.Carbon.he most common elements, in order from most common to least common, are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur. As far as I know, every organic compound â¦ compound contains these elements.


Questions and Answers
The answer is yes and no. Yes, carbon IS found in all organic matter, but NOT in inorganic matter. Although there are many definitions of organic, in the scientific disciplines, the basic definition comes from chemistry.In chemistry, organic means chemical compounds with carbon in them.In a more general sense, organic refers to living things. And this is connected to the idea of organic chemistry being based on carbon compounds. Organic (carbon-based) compounds are found in all living things.This is where the term organic originally came from. If you are thinking that carbon must be very important to life, you are correct.nd this is connected to the idea of organic chemistry being based on carbon compounds. Organic (carbon-based) compounds are found in all living things. This is where the term organic originally came from. If you are thinking that carbon must be very important to life, you are correct.


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All organic compounds contain the element carbon. By definition, organic chemistry is the study of chemical compounds that contain Carbon (C). 26 people found this useful. Edit.he most common elements, in order from most common to least common, are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur. As far as I know, every organic compound â¦ compound contains these elements.


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The three most common elements found in organic compounds are  carbon, oxygen and hydrogen. Other elements, such as nitrogen,  sulfur and phosphorous are also components of â¦ organic substances.+ 22 others found this useful.ll organic compounds contain carbon. In addition they may have hydrogen, oxygen, nitrogen, sulphur, halogens, phosphorus etc. 15 people found this useful. Edit.


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Proteins A protein is an organic compound that contain carbon, hydrogen, oxygen, nitrogen, and in some cases sulfur and are made up of small molecules called amino acids. There are 20 different amino acids commonly found in the proteins of living things. Proteins are organic compounds that consist of carbon, hydrogen, oxygen, nitrogen, and, in some cases, sulfur. They are made up of repeating units called amino acids. They provide cells with energy, form tissues, speed up chemical reactions throughout the body, and perform many other cellular functions.


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By definition, organic chemistry is the study of chemical compounds that contain Carbon (C) with exception of carbonates, bicarbonates, metallic cyanides and carbides â¦ . Carbon. + 65 others found this useful.ll organic compounds contain carbon. In addition they may have hydrogen, oxygen, nitrogen, sulphur, halogens, phosphorus etc. 15 people found this useful. Edit.


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The most common elements, in order from most common to least common, are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur. As far as I know, every organic compound â¦ compound contains these elements.he most common elements, in order from most common to least common, are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur. As far as I know, every organic compound â¦ compound contains these elements.


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ï· Proteins are organic compounds that consist of carbon, hydrogen, oxygen, nitrogen, and, in some cases, sulfur. They are made up of repeating units called amino acids. They provide cells with energy, form tissues, speed up chemical reactions throughout the body, and perform many other cellular functions. Proteins are organic compounds that consist of carbon, hydrogen, oxygen, nitrogen, and, in some cases, sulfur. They are made up of repeating units called amino acids. They provide cells with energy, form tissues, speed up chemical reactions throughout the body, and perform many other cellular functions.


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The most common elements, in order from most common to least common, are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur. As far as I know, every organic compound â¦ compound contains these elements. Which explains why rotting organic material lets of Hydrocarbons (C and H).ll organic compounds contain carbon. In addition they may have hydrogen, oxygen, nitrogen, sulphur, halogens, phosphorus etc. 15 people found this useful. Edit.


Only study guide for
All organic compounds contain carbon. In addition they may have hydrogen, oxygen, nitrogen, sulphur, halogens, phosphorus etc. 15 people found this useful. Edit.ll organic compounds contain carbon. In addition they may have hydrogen, oxygen, nitrogen, sulphur, halogens, phosphorus etc. 15 people found this useful. Edit.


How to Get Rid of Butt Dimples?
Cellulite is a term that people use to describe several butt contour issues. Skin laxity, cottage cheese and dimples are all encompassed in that term. Treatment for the butt-dimples is now accomplished with a new FDA cleared treatment called Cellfina. The dimples are teathered down with fibrous cords.


Leg swelling and Red skin in elderly Symptom Checker
Contents. 1  Leg swelling AND Red skin in elderly: Causes of All Symptoms. 2  Leg swelling OR Red skin in elderly: 548 causes. 3  Leg swelling: 544 causes.  Leg swelling: 1  Introduction. Red skin in elderly: Causes.  Red skin in elderly: 1  Introduction. Leg swelling and Red skin in elderly and Abdominal pain (3 causes) Leg swelling and Red skin in elderly and Abdominal symptoms (3 causes) Leg swelling and Red skin in elderly and Arm symptoms (3 causes) Leg swelling and Red skin in elderly and Blood vessel symptoms (3 causes)


Causes of swollen foot: Ankle Edema and Pitting
Posted on September 21st, 2014 by. According to the medical encyclopedia, Ankle Edema is a condition of swollen ankles, feet and legs. However, the swelling is painless. This painless condition is known as âEdemaâ. One of the main causes of Ankel Edema is the fluid retained in the spaces between the body cells. It is generally observed that the swelling appears below the knees.


Foot, Leg, and Ankle Swelling
Foot, Leg, and Ankle Swelling. Painless swelling of the feet and ankles is a common problem, especially among older people. Abnormal buildup of fluid in the ankles, feet, and legs is called edema. Times Essentials. Recent findings and perspectives on medical research. Reporter's File.


How to Get Rid of Fat Dimples on Legs
Fat dimples, or cellulite, occur when fatty tissue bulges through skin. While cellulite is not harmful, it does affect how some people feel about their physical appearance. MedlinePlus reports that while there is no treatment to get rid of cellulite, you can take steps to reduce its appearance.


How to Get Rid of Butt Dimples?
Some people have only a few dimples, and some people have a more complex combination of dimples, cottage cheese and skin laxity in which additional treatment options may be recommended. An in-person consultation is best to determine the best approach for your specific issues.


Leg swelling and Red skin in elderly Symptom Checker
Leg swelling AND Red skin in elderly: Causes of All Symptoms. Leg swelling OR Red skin in elderly: 548 causes. Leg swelling: 544 causes. Leg swelling: Introduction. Red skin in elderly: Causes. Red skin in elderly: Introduction.


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The median income of a psychologist who was licensed and held a doctorate degree in 2010 was $68,640, according to the Bureau of Labor Statistics. The median salary for industrial-organizational psychologists was $87,330. The median salary for clinical, counseling and school psychologists was $66,810.


Recruiter.com helps education professionals find better paying jobs across all specialties and locations.
A School Psychologist can expect a pay level between 56000 to 84000 based on level of experience. School Psychologists can expect an average compensation of Seventy Four Thousand Two Hundred dollars on an annual basis.


What Is the Pay Rate for a Degree in Psychology?
Doctorate Degree. The median income of a psychologist who was licensed and held a doctorate degree in 2010 was $68,640, according to the Bureau of Labor Statistics. The median salary for industrial-organizational psychologists was $87,330. The median salary for clinical, counseling and school psychologists was $66,810.


School Psychologist Salary
In 2012, the median salary for school psychologists, according to the Bureau of Labor Statistics was $67,650. The median annual salary is the amount that half of those in the field make less than and half of those in the field make more than.


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Salary. The BLS looks at clinical psychologists, counselors and school psychologists as a group when evaluating take-home pay. In 2013, the median salary of these professionals was $67,760. The best-paid earned about $112,380 while the lowest-paid earned less than $39,020.


School Psychologist Salary
Based on Payscaleâs salary figures, school psychologists with 1 to 4 years of work experience under their belt typically report earning an hourly wage in the range from $9.91 to $38.78. School psychologists specializing in counseling earn between $10.70 and $43.50 per hour.


School Psychologist Salary
School psychologists with the certification of Licensed Psychologist generally earn an annual pay in the range from $40,431 to $85,280, and those with a Teacher Certification are usually paid between $42,136 and $99,742 annually.


School Psychologist Salary
Professionals with the degree of Doctor of Psychology (PsyD) in School Psychology report earning salaries in the range from $35,235 to $82,069 a year, and those with a Master of Education (MEd) in Psychology are generally paid between $50,000 and $81,000 a year according to Payscaleâs salary data.


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1 It can be converted into chemicals required for growth of plant cells such as cellulose. 2  It can be converted into starch, a storage molecule, that can be converted back to glucose when the plant requires it.  It can be broken down during the process of respiration, releasing energy stored in the glucose molecules.


What Is the Complete Oxidation of Glucose?
During the stage of photosynthesis referred to as the light-dependent reaction, 12 molecules of water begin the process of reacting with six molecules of carbon dioxide to produce one molecule of glucose, six molecules of oxygen and six molecules of water.


Glucose
Diabetes is a metabolic disorder where the body is unable to regulate levels of glucose in the blood either because of lack of insulin in the body or the failure, by body cells, to respond properly to insulin.


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â¢ In one year Photosynthesis produces 160 billion tons of carbohydrates. â¢ There are about 500,000 photosynthetic factories/square mm. â¢ Trees like willow and Eucalyptus are grown as energy plantations to. supply wood to burn in power plants.


What Is Made During Photosynthesis?
During photosynthesis, plants make glucose and oxygen from carbon dioxide and water. To do this, they need energy in the form of light from the sun. While plants use glucose as energy, oxygen enters the atmosphere for use by other organisms. Continue Reading.


What Is Made During Photosynthesis?
During photosynthesis, a chemical called chlorophyll absorbs the light energy and encourages a reaction between carbon dioxide and water that results in glucose and oxygen. Oxygen is expelled as a waste product from the plant, and it enters the atmosphere.


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Using sunlight to make food. Photosynthesis. Some interesting facts. â¢ Life on earth is solar powered â It means life can continue to exist on. earth only with a continued supply of sunlight. â¢ The favorable temperature on earth is maintained by greenhouse effect. of gases like CO2 (slow down heat loss from earth into space). Earth. would be much colder without this effect.


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Photosynthesis is a process used by plants in which energy from sunlight is used to convert carbon dioxide and water into molecules needed for growth. These molecules include sugars, enzymes and chlorophyll. Light energy is absorbed by the green chemical chlorophyll. This energy allows the production of glucose by the reaction between carbon dioxide and water. Oxygen is also produced as a waste product.


Establish Paternity
Establish Paternity. Establishing paternity is the critical first step in collecting child support. When legal paternity is established, a child has the right to the father's Social Security or veteran's benefits, medical coverage, pensions and inheritance. Also, the medical genetic information of both parents is available for the child if needed for diagnosis and treatment of medical problems.


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Where to Get the Voluntary Paternity Acknowledgment form. 1  At the hospital when your baby is born. 2  From your midwife when your baby is born. 3  From your local child support agency.  At your local Register of Deeds Office or the state Vital Records Office.


Paternity Establishment
Parents who would like to establish paternity for their child through the AOP process must seek the assistance of an AOP certified entity. Parents may complete an AOP before, at the time of, or any time after the birth of the child, but before a child support order or paternity determination is made.


Why and How to Establish Paternity
If you would like to formally establish paternity, you should begin by asking the father of your child to voluntarily acknowledge paternity. In doing so, he agrees to accept responsibility for the child and pay child support until the child reaches the age of majority.


How To Establish Paternity in Texas?
To be valid, an AOP must: 1  1. be âin a recordâ; 2  2. be signed or authenticated under penalty of perjury by both the mother of child and the man acknowledging paternity; 3  3. state that the child does not have either a presumed father, an adjudicated father or another acknowledged father;


Why and How to Establish Paternity
If the alleged father of your child does not voluntarily acknowledge your child as his own, and you wish to formally establish paternity, you should contact your local Office of Child Support Enforcement. Meeting with the mother to discuss the process for establishing paternity.


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If this document is not completed before the birth certificate is issued, and you want the father's name listed on the birth certificate, you can apply to have the birth certificate altered to add the father's name at a later date. More: The Process for Establishing Paternity Without the Father's Cooperation.


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The VPA form is a legal document and legally establishes paternity of your child. This means the court may order support for the baby without having a court hearing to prove who the father is. Child support will continue until the baby becomes an adult. Call the Paternity Acknowledgment Answer Line at 1-888-643-7284.


How To Establish Paternity in Texas?
Denial of Paternity in Texas. A presumed father can also sign a denial of paternity in Texas. Similar to the effect of an AOP, a denial of paternity by a man, along with another manâs acknowledgement of paternity, has the effect of a court ruling of paternity.


How To Establish Paternity in Texas?
This presumption of paternity in Texas can be attacked by a suit to establish parentage or the filing of a valid denial of fatherhood and an acknowledgement of paternity (AOP) by another person. A man can also become a father in Texas if he files an Acknowledgement of Paternity (AOP).


Diagnosing Arthritis
Diagnosing Arthritis. It happens every day, all over the country. People with joint problems make appointments with their doctors, wanting a quick answer. They want to know whatâs wrong and how it can be fixed. The signs and symptoms that lead people to the exam room are typically joint pain, swelling or stiffness.


Diagnosing Arthritis
Primary care providers are usually the first stop for joint problems. Someone whoâs been searching for answers for a while may see to a rheumatologist, a doctor who specializes in diagnosing and treating arthritis and rheumatic conditions, or an orthopaedic specialist, or joint surgeon.


Diagnosis
During the physical exam, your doctor will check your joints for swelling, redness and warmth. He or she will also want to see how well you can move your joints. Depending on the type of arthritis suspected, your doctor may suggest some of the following tests.


Blood Tests for Rheumatoid Arthritis
The diagnostic tests The diagnostic tests Once you leave a sample of your blood at the lab, it may be checked for these factors: Rheumatoid factor (RF): RF antibodies collect in the synovium, or tissue lining of your joints. They are present in the blood of many people with RA.


Blood Tests for Rheumatoid Arthritis
Sponsored. 1  The diagnostic puzzle for RA The diagnostic puzzle for RA Rheumatoid arthritis (RA) is the chronic inflammation of your joints. 2  The role of blood tests The role of blood tests Blood tests donât provide a simple yes-or-no answer to whether you have RA.


Arthritis Diagnosis
Anti-Cyclic Citrullinated Peptide Antibody Test (anti-CCP) - Anti-CCP is a blood test which is now commonly ordered if rheumatoid arthritis is suspected. A moderate to high level of anti-CCP in blood essentially confirms the diagnosis in a person who has clinical signs of rheumatoid arthritis. The anti-CCP test is more specific than the test for rheumatoid factor. In clinical practice, both the rheumatoid factor test and anti-CCP test should be ordered together.


Blood Tests for Rheumatoid Arthritis
If you have morning stiffness and pain in symmetrical joints, you and your doctor have some detective work to do. Or, simply, you may have a bad mattress. The role of blood tests The role of blood tests Blood tests donât provide a simple yes-or-no answer to whether you have RA.


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In people with osteoarthritis, blood tests are not usually abnormal, but with other types of arthritis, including rheumatoid arthritis, certain tests will help with a proper diagnosis. Here is a review of the different types of blood tests and markers used to diagnose arthritis and other inflammatory conditions. Rheumatoid factors are a variety of antibodies that are present in 70% to 90% of people with rheumatoid arthritis (RA). Rheumatoid factor (RF), however, can be found in people without RA or with other autoimmune disorders.


Arthritis Diagnosis
As part of the diagnostic process, your doctor will look for very specific signs, symptoms, and disease characteristics. Your doctor will also consider your medical history, physical examination, blood tests, and imaging studies as he rules out some diseases and conditionsâand ultimately rules in the final diagnosis.


Diagnosing Arthritis
A joint evaluation is hands-on work. Doctors look to see which joints have visible signs of joint swelling, stiffness or redness. The exam is detailed. Knowing the fingers are affected is a little helpful, but seeing which finger joints -- the knuckles, middle joints or tip joints â is very helpful.


Passport & Visa Requirements
Schengen zone member states. Austria, Belgium, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Italy, Latvia, Liechtenstein, Lithuania, Luxembourg, Malta, Netherlands, Norway, Poland, Portugal, Slovakia, Slovenia, Spain, Sweden, Switzerland.All Schengen countries are in Europe.he Schengen Visa has made traveling between its 26 member countries much easier and less bureaucratic. Traveling on a Schengen Visa means that the visa holder can travel to any (or all) member countries using one single visa, thus avoiding the hassle and expense of obtaining individual visas for each country.


Schengen Area
The Area is named after the Schengen Agreement. Countries in the Schengen Area have eliminated internal border controls with the other Schengen members and strengthened external border controls with non-Schengen states.Twenty-two of the twenty-eight European Union (EU) member states participate in the Schengen Area. Schengen state is permitted to reinstate border controls with another Schengen country for a short period where there is a serious threat to that state's public policy or internal security or when the control of an external border is no longer ensured due to exceptional circumstances.


Schengen Area Countries List
Schengen Area is comprised of twenty-two European Union member states as well as four European Free Trade Association member states (EFTA is an association of ten Fair Trade importers in nine European countries (Austria, Belgium, France, Germany, Italy, The Netherlands, Spain, Switzerland and the United Kingdom).nder the Schengen agreement, travelling from one Schengen country to another is done without any passport and immigration controls or any other formalities previously required. However, the Schengen Area and the European Union are two completely different zones that shall not be misinterpreted.


Schengen Area
The Schengen Area (English pronunciation: /ËÊÉÅÉn/) is the area comprising 26 European countries that have abolished passport and any other type of border control at their common borders, also referred to as internal borders. Schengen state is permitted to reinstate border controls with another Schengen country for a short period where there is a serious threat to that state's public policy or internal security or when the control of an external border is no longer ensured due to exceptional circumstances.


Schengen Area
The Schengen Area consists of 22 European Union member states and four non-members: Iceland, Liechtenstein, Norway and Switzerland. Bulgaria, Croatia, Cyprus and Romania are not yet part of the Schengen Area, but nonetheless have a visa policy that is based on the Schengen acquis.he table below includes Romania (which applies implements the Schengen Area's visa list), but excludes states which do not allow any Annex II nationals to work during their visa-free stay, namely: Austria, Bulgaria, Cyprus, the Czech Republic, Estonia, Finland, Latvia, Malta and Portugal.


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In â Countries that enjoy visa-free travel to Greece â and â Countries that need a visa to Greece ,â I mention in both that anyone with an unexpired residence permit issued by an EU or Schengen member state may visit Greece/Schengen zone for 90 days in any 180-day period.ote that the term âSchengen countriesâ does not refer to all EU member states and includes non-EU countries, such as Liechtenstein that joined December 19, 2011. Schengen visas allow travel within the entire Schengen zone, unless exceptions or exclusions are noted.


Schengen: Controversial EU free movement deal explained
Schengen took effect in 1995, the first members being: Belgium, France, Germany, Luxembourg, the Netherlands, Portugal and Spain. They were followed by Italy and Austria in 1997, Greece in 2000, and the Nordic countries in 2001.Nine more EU countries joined in 2007, after the EU's eastward enlargement in 2004.They are: the Czech Republic, Estonia, Hungary, Lithuania, Latvia, Malta, Poland, Slovakia and Slovenia.hey were followed by Italy and Austria in 1997, Greece in 2000, and the Nordic countries in 2001. Nine more EU countries joined in 2007, after the EU's eastward enlargement in 2004. They are: the Czech Republic, Estonia, Hungary, Lithuania, Latvia, Malta, Poland, Slovakia and Slovenia.


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One of the countries you visit should be the country that issued you the Schengen visa, i.e., If the Greek consulate/embassy issued you a Schengen visa, then you should enter through Greece as the first country of your trip OR Greece should be on the itinerary of main countries youâre visiting.ote that the term âSchengen countriesâ does not refer to all EU member states and includes non-EU countries, such as Liechtenstein that joined December 19, 2011. Schengen visas allow travel within the entire Schengen zone, unless exceptions or exclusions are noted.


Schengen countries
In fact, the Schengen visa makes it possible to visit all the countries in the Schengen area and to cross internal borders without further formalities.But be careful, the European Union and the Schengen area are two different zones!n fact, the Schengen visa makes it possible to visit all the countries in the Schengen area and to cross internal borders without further formalities.


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For example, American and Australian citizens have been granted visa-free travel to the Schengen zone for up to 90 days as explained in â Countries that enjoy visa-free travel to Greece ,â but the USA and Australia are not in Schengen and never will be because these countries are not on the European continent.ote that the term âSchengen countriesâ does not refer to all EU member states and includes non-EU countries, such as Liechtenstein that joined December 19, 2011. Schengen visas allow travel within the entire Schengen zone, unless exceptions or exclusions are noted.


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Performance Specification Guide SD-15 18 Specification Requirements Performance Specification Detail Specification Section 3 - Requirements The biggest differences between performance and detail specifications are in Section 3. 1. General States what is required, but not how to do it.


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In softened technical terms, PRS are specifications that use quantified quality characteristics and life cycle cost relationships correlated to product performance. In management terms, a PRS is the bridge between design, construction quality, and long-term product performance.


United States Military Standard
TYPES OF PERFORMANCE SPECIFICATIONS. While the emphasis in this guide is primarily on defense and program-unique specifications covered by MIL-STD-961, Defense and Program-Unique Specifications Format and Content, there are other types of performances specifications that will be addressed in this chapter.


How to write Performance Requirements with Example
Workload Profile. The performance of the system is dependent on how the load is delivered to the system. For example it is easier to achieve faster response times for a system that receive an regular arrival of work throughout the day compared to one that receive burst of traffic.


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This process is the reverse of the PRS process, in which the transportation agency makes the decisions on material type, layer requirements, etc. Not surprisingly, however, both parties need a working knowledge of what drives performance.


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When future performance of a product can be estimated using key construction tests and measurements linked to the original design via modeling and life cycle costs, the specification structure is commonly described as performance-related or performance-based.


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Following is a step-by-step process for developing a warranty: 1  Establish what gain is expected and how success of the program will be measured. 2  Define the product service life. 3  Establish a warranty period and describe the condition of the product at the end of the warranty, including expected remaining service life. 4  Describe the sampling and 5  ... El


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Performance Specification Guide SD-15 30 MIL-L-25370E, Valve, Pneumatic Inflator, (Life Preserver â M1-A) MIL-PRF-25370F, Valve, Pneumatic Inflator, (Life Preserver â M1-A) cadmium plated hardened steel, having a case depth of 0.010 inch.


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data or information. Performance Specification Guide SD-15 44 Item specification. A type of program-unique specification that describes the form, fit, and function and method for acceptance of parts, components, and other items that are elements of a system. Non-Government standard.


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The comparison between performance-related specifications and warranties is a natural. Both address product performance and improvement in contractor end product compliance and innovation, and both have an impact on the interrelated issues mentioned previously.


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Why you should learn a dead language. Learning a dead language might not be as useless as it sounds. Josephine Livingstone. Monday 16 September 2013 04.47 EDT First published on Monday 16 September 2013 04.47 EDT. Fancy a grown man saying hujus hujus hujus as if he were proud of it, it is not english and do not make SENSE..


Romance languages
Romance languages. The Romance languages (also sometimes called Romanic languages) are a language family in the Indo-European languages. They started from Vulgar Latin (In the Latin Language, vulgar is the word for common, so Vulgar Latin means Common Latin).


Why you should learn a dead language
On that note of Britishness, however, the case for dead languages hits a specific bump in the road. Thus far I've been discussing vernacular languages, but the arguments stand for the classical languages â Latin and Greek.


Why is Latin a dead language?
Latin is no longer the native language of any particular place and as such is not a developing language like the other modern languages. All the same, it is an established fact that Latin is the root for more popular languages used today.


The Latin Language: Dead or Alive?
October 2003. Latin is a dead language. No one speaks Latin as his native language, and this has been the case for more than a millennium. In fact most teachers of Latin, even very good ones, cannot say more than a few sentences of Latin in succession. Latin has not been required for admissions into American universities for more than a century.


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Why is Latin a dead language? A language is called a dead language when it is no longer spoken by people as their main language. In contrast to extinct languages that cease to have any speakers, dead languages may continue to be used in legal, scientific and religious fields.


Why is Latin a dead language?
Why is Latin a dead language? PrintEmailSave. A language is called a dead language when it is no longer spoken by people as their main language. In contrast to extinct languages that cease to have any speakers, dead languages may continue to be used in legal, scientific and religious fields.


Romance languages
The area where the Romance languages are spoken in Europe, corresponds well with the extent of the Western Roman Empire. The Greek language superseded Latin in the Eastern Roman Empire, but Latin survived in Romania, whose language, Romanian, is a Romance language.


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The History of the Latin Language. Latin, the language of science, at one time the lingua franca of the western world, a language shaped by culture and spread by conquest, is now considered a dead language.. It is no longer spoken as a native tongue by any group or culture but is rather left to classicists who study the world of classical antiquity.


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Latin is a member of the Indo-European Language family. It is descended from the Italic branch and is considered to be one of the oldest branches of Indo-European after Greek and Sanskrit. The Italic branch broke off into two main branches: the Osco-Umbrian branch and the Latino-Falisco branch.


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Acres to Square Kilometer Conversion Example. 1  Task: Convert 5,000 acres to square kilometers (show work) Formula: acres x 0.00404685642 = km2 Calculations: 5,000 acres x 0.00404685642 = 20.2342821 km2 Result: 5,000 acres is equal to 20.2342821 km2.


Convert acres to square km - Area Conversions
How to convert acres to km 2: Use the conversion calculator titled Convert acres to km 2. Enter a value in the acres field and click on the Calculate square km button. Your answer will appear in the km 2 field. How to convert km 2 to acres : Use the conversion calculator titled Convert km 2 to acres. Enter a value in the km 2 field and click on the Calculate acres button. Your answer will appear in the acres field.


Convert acres to square km - Area Conversions
Conversion Definitions. 1  The following is a list of definitions relating to conversions between acres and square kilometers. 2  Let's take a closer look at the conversion formulas so that you can do these conversions yourself with a calculator or with an old-fashioned pencil and paper.


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1 acÂ² = 0.0040469 Square Kilometer Example for 100 Acre: 100 Acre = 100 (Acre) 100 Acre = 100 x (0.0040469 Square Kilometer) 100 Acre = 0.40469 Square Kilometer Example for 1000 Acre: 1000 Acre = 1000 (Acre) 1000 Acre = 1000 x (0.0040469 Square Kilometer) 1000 Acre = 4.0469 Square Kilometer Example for 20 Acre: 20 Acre = 20 (Acre) 20 Acre = 20 x ( ...


Acre to Square Kilometer Conversion (acÂ² to kmÂ²)
In order to understand what one square kilometer is one can imagine the area of the Jerusalem Old City or the area of Rio de Los Angeles State Park in California. This unit is equal to 100 hectares and has an internationally accepted symbol of km 2.


Acre to Square Kilometer Conversion (acÂ² to kmÂ²)
Acre Definition. Used widely in the US customary system and the Imperial system, an acre is a unit of area equal to 1/640 of a square mile, or 0.4047 of a hectare, or 43,560 square feet. To imagine what an acre is, one can imagine the area which is equal to approximately 3/4 of the common football field.


Convert acres to square km - Area Conversions
Online calculators to convert acres to square kilometers (ac to km 2) and square kilometers to acres (km 2 to ac) with formulas, examples, and tables. Our conversions provide a quick and easy way to convert between Area units.


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1 Acre = 0.00404685642 Square Kilometers. Acre is used in imperial, U.S. customary systems for land measurement , agriculture and forestry. The abbreviation is ac. Square kilometer is a metric system unit, used mostly in measuring land.


Convert acres to square km - Area Conversions
There are 247.10538161 acres in a square kilometer. What is a square kilometer (km 2)? A square kilometer is a unit of area in the Metric System. The symbol for square kilometer is km 2. There are 0.00404685642 square kilometers in an acre. A square kilometer is calculated as the area of a square that has 1 kilometer on each side.


Convert acres to square km - Area Conversions
A square kilometer is a unit of area in the Metric System. The symbol for square kilometer is km2. There are 0.00404685642 square kilometers in an acre. A square kilometer is calculated as the area of a square that has 1 kilometer on each side. The International spelling for this unit is square kilometre.


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Authentic Italian Mid Century furniture directly outsourced from Italy, one of a kind collector pieces from the big 'Maestri' of the Post War Italian period and beyond, from the 1930s to the 1970s. Italian storage pieces, sofas, and home decor accessories.


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Browse our collection of modern Italian living room and bedroom furniture. Specialized in high end Italian modern sofas, sofa beds, dining tables and chairs, Italian bedroom furniture and accessories.Exclusively made in northern Italy and highly customizable in sizes and colors.


Wholesale and Distributors of Modern and Contemporary Furniture in the USA
Wholesale and Distributors of Modern and Contemporary Furniture in the USA VIG Furniture, Inc. is a wholesale center for home furniture inspired by European design. Our stylish merchandise combines timeless elegance, competitive pricing and quality craftsmanship.


5 Chic Italian Furniture Manufacturers
The modern style. The top-notch materials. The versatility. These are three of the many reasons we love Italian furniture. Do you need a few of your own reasons? How about the fact that many Italian pieces can be customized to meet the needs of your space?! Check out the furnishings below for design-fabulous ideas and inspirational decor. Chic Italian furniture from some of the best manufacturers. Today we spotlight 5 Italian furniture manufacturers and their stellar offerings. Need a modular sofa?


Italian Furniture
Italian Furniture When we address to Interni for a furnishing project , not only you invest on the extremely quality of the furnitures made in Italy , of a particular brand or designer, but you invest on a series of âplusâ: the creativity of a tailored project, the quality of materials, technological innovation.


Italy Furniture
Galliani - Italian interior design & furniture shop provides dining room, bathroom, bedroom, desks, living room, carpets and rugs. Gamma Bross - Specialist in the design and manufacturing of furniture and equipment for upscale beauty salons.


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About Cassoni. Cassoni is an important reference when it comes to Luxury Italian Furniture, Lighting & Outdoor Designs, having a large and exclusive selection with over 100 Italian companies. Our trendy and constantly updated Italian Collections are offered in different styles like Modern, Contemporary, Transitional, Glamour & Traditional, meeting every need for your Design Projects.


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italydesign.com offers one of the USA's most original and inspired collections of architecturally designed home furnishings hand-selected from Italy's most prestigious brand names and artisan producers including Alivar, Bonaldo, Cattelan Italia, Fasem, Formenti Divani, Il Loft, Interiors by Aston Martin, Kristalia, Lapalma, NAOS, Reflex, Tonino ...


"Discounts of up to20%on all collections**excluding new 2018 productsE-SHOPCUMULATIVE PROMOTION WITH ONGOING PROMOTIONSTOSCANA CONRAD CLASSIQUEMINERVA MELISSA SOLAIRETOSCANAE-SHOPCONRAD E-SHOP CLASSIQUE E-SHOP MINERVA E-SHOP MELISSA E-SHOP SOLAIRE E-SHOP ""> Catalogue 2018 Available in all our stores and on our website, leaf through it whilst comfortably seated on a sofa at home or download the digital version online and enjoy it page by page.  New-look graphics, many enchanting images and interesting content set the scene for a series of new products born from the creativity of famous international designers.  This year we are excited to show situations which encourage incentives, stimulation and original ideas to create your own special style with products that inspire everyday life and can be appreciated in any season with those you love. Catalogue 2018"
UnopiÃ¹âs Tweed collection, designed by Marco Paolelli and Sandro Meneghello, has won the Lazio Premio Eccellenze del Design. This award was established by the Lazio ADI delegation (Associazione per il Disegno Industriale).


Milan Fair SaleSave on instock and custom order itemsClick here for details
italydesign offers one of the USA's most original and inspired collections of architecturally designed home furnishings hand-selected from Italy's most prestigious brand names and artisan producers including Cattelan Italia, Fasem, Formenti Divani, Il Loft, Interiors by Aston Martin, Kristalia, Lapalma, NAOS, Reflex, Tonino Lamborghini Casa Collection & Tonon.


Comparison of SQL Server and Oracle terminology
An instance is a set of memory structures used to administer data files. You can have several instances in one server. In Oracle an instance and a database are closely related. One database has at least one instance. An instance is a service that runs as an operating system service. It handles the system and user databases. You can have several instances in one server.


Comparison of SQL Server and Oracle terminology
Physically, the data is stored in data files. There are also other files used called control files used to operate the databases. You also have the Redo log to register database activities. In SQL Server the primary Datafiles have the mdf extensions and are used to store data.


Database Terminology â A Dictionary of the Top Database Terms
In-process â When referring to a DBMS, it is in-process when the DBMS code resides in the process space of the application program that is using it. If the process is single threaded, then this is a single-user usage of the database(s).


Comparison of SQL Server and Oracle terminology
There are several terms that are similar in SQL Server and Oracle. However, there are other terms that are different and require some clarification. This tip was written to clarify terms in Oracle and SQL Server for users who need to work in both worlds.


Database Terminology â A Dictionary of the Top Database Terms
BLOB â An abbreviation for Binary Large OBject. In SQL, BLOB can be a general term for any data of type long varbinary, long varchar, or long wvarchar. It is also a specific term (and synonym) for data of type long varbinary.


Comparison of SQL Server and Oracle terminology
In Oracle they are called the OBIEE (Oracle Business Intelligence Enterprise Edition) products: 1  BI Server (the server for BI). 2  BI Answers (a tool for queries) 3  BI Interactive Dashboards (to create dashboards). 4  BI Delivers (to monitor and create alerts). 5  BI Publisher (for reports and distribution). 6  Office Plug-in (to create reports in MS Office).


Database Terminology â A Dictionary of the Top Database Terms
Database Terminology â A Dictionary of the Top 145 Database Terms. ACID â The acronym standing for the properties maintained by standard database management systems, standing for Atomicity, Consistency, Isolation, and Durability.


Database Terminology â A Dictionary of the Top Database Terms
Database Instance - An independent database that shares the same schema as another database. Used only in RDM. db_VISTA - Original name from 1984 for the Raima DBMS product now called RDM. DBMS - An acronym for Database Management System. DDL - Database Definition Language.