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Largest company: asrc alaskaRegional CorporationRevenue: $2.6 billionHeadquarters: Barrow, AKOwnership: PrivateArctic Slope Regional Corporation (ASRC), the largest company by revenue in Alaska, is owned by its roughly 11,000 IÃ±upiaq shareholders.


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The IndustryWeek US 500. The IndustryWeek U.S. 500 is IW's exclusive annual ranking of America's largest public manufacturers, based on revenue. Find the most recent articles about current and former IW U.S. 500 companies below. See and sort the IW U.S. 500 list/database. Track the IW U.S. 500 Stock Index. Follow #IWUS500.


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Largest company: ChevronRevenue: $212.0 billionHeadquarters: San Ramon, CAOwnership: PublicChevron is one of the largest oil companies in the world. With revenues of $212 billion, Chevron is also the largest company in California, beating out the 52 other California-based Fortune 500 companies.


The largest company in every state
The corporation was recently purchased by The Dai-ichi Life Insurance Company, based in Japan. The state is one of seven where the largest company by revenue operates in the insurance industry. The company employs a total of 2,457 people, including 1,437 in its headquarters in Birmingham.


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Largest company: General MotorsRevenue: $155.9 billionHeadquarters: Detroit, MIOwnership: PublicGeneral Motors reported $155.9 billion in net sales in its fiscal 2014, one of the ten largest companies by revenue in the country, and the largest in Michigan.


The IndustryWeek US 500
The IndustryWeek US 500. RSS. The IndustryWeek U.S. 500 is IW's exclusive annual ranking of America's largest public manufacturers, based on revenue. Find the most recent articles about current and former IW U.S. 500 companies below. See and sort the IW U.S. 500 list/database. Track the IW U.S. 500 Stock Index.


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1. Educational Qualification. To be eligible to be a lecturer one should hold at least a Masterâs Degree in any of the relevant subject with at least 55% marks in it. Higher qualifications are always preferred. Lecturer Required Skills. 1  Lecturers should have skills like public speaking in front of audiences.


Lecturer - How to become a Lecturer
To be eligible to be a lecturer one should hold at least a Masterâs Degree in any of the relevant subject with at least 55% marks in it. Higher qualifications are always preferred. Lecturer Required Skills. 1  Lecturers should have skills like public speaking in front of audiences.


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Entry requirements. You will be expected to already hold a minimum of a Level 3 qualification in the subject area you wish to teach. You will also need a teaching qualification that is relevant to the level of teaching responsibility that you have in your job.


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Entry requirements. You will be expected to already hold a minimum of a Level 3 qualification in the subject area you wish to teach. You will also need a teaching qualification that is relevant to the level of teaching responsibility that you have in your job. Employers are free to set their own entry requirements.


Lecturer - How to become a Lecturer
To be eligible to be a lecturer one should hold at least a Masterâs Degree in any of the relevant subject with at least 55% marks in it.


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1 To become a lecturer, you need to have a Masterâs Degree in your chosen field of specialization. 2  License or professional certification may be required for professors teaching future practitioners in certain professionally regulated fields, such as Medicine, Engineering, Architecture, Psychology and/or Law.


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You will also need a teaching qualification that is relevant to the level of teaching responsibility that you have in your job. Employers are free to set their own entry requirements. Teaching qualifications changed in September 2013 and new awards are now available.


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University professors and lecturers are responsible to impart education to graduate and the post graduate students and to carry out research. They specialize in a particular subject, such as Biology, Chemistry, Anatomy, Sociology, Business Administration, and/or Law.


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The minimum educational qualification required to write the exam is Post gradauation, with a minimum of 55%. for lecture job in private collage:-. His minimum qualification for Lecturer post in private sector it is 60% with First class is compulsory in post-graduation for Arts and Sciences.


How to Become a Lecturer
This is also an essential step on the path to becoming a lecturer. You will not be expected to have published a great deal before your PhD is over, but once it is completed you need to build up this side of your CV straight away.


PA: Average age open problems based on Business elapsed time in stead of Actual elapsed time
Dear members, My processmanager Problem has requested a new Widget on his PA dashboard in which the average age of the open problems is shown. There allready is one, but this one is based on Actual elpased time. We do use a schedule in which we state that we only want counters to run on weekdays from 07.00 untill 19.00 hrs (see attachment schedule 7-19 weekdays).


PA: Average age open problems based on Business elapsed time in stead of Actual elapsed time
I assumed that this scheduled should be called in the ootb script Problem.Age.Hours (see attachment Script PA Problem.Age.Hours) that is included in the automated indicator Summed age of open problems.


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Re: PA: Average age open problems based on Business elapsed time in stead of Actual elapsed time Hi Jeroen, The ootb script problem.age.hours does only a substraction between the opened datetime and the last score datetime.


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The typical physician assistant graduated from PA school at around age 30. A wide range of ages represented (about 50 % of PAs are between 25 and 33). If this seems high to you, remember that most PA schools require several years of medical experience, so going to PA school straight out of college is not the norm.


PA Demographics: Who is the Typical Physician Assistant?
The typical physician assistant (who works at least 32 hours/wk) sees 70 patients per week, an average of 14 per day if working 5 days per week. Compare this with physicians, who may see twice this number.


PA Demographics: Who is the Typical Physician Assistant?
The typical physician assistant graduated from PA school at around age 30 A wide range of ages represented (about 50 % of PAs are between 25 and 33). If this seems high to you, remember that most PA schools require several years of medical experience, so going to PA school straight out of college is not the norm.


PA Demographics: Who is the Typical Physician Assistant?
The typical physician assistant is female (About 65% are women). To give you some perspective, about 50% of physicians are female, and more than 95% of nurse practitioners are female. The typical physician assistant graduated from PA school at around age 30 . A wide range of ages represented (about 50 % of PAs are between 25 and 33).


PA Demographics: Who is the Typical Physician Assistant?
1 The typical physician assistant is female. 2  The typical physician assistant graduated from PA school at around age 30. 3  The typical physician assistant has a bachelorâs degree or more education. 4  The typical physician assistant is white. 5  The typical physician assistant has been out of school for 11 years, and is therefore about 41. What can I say â on the whole, we are a middle aged profession. The is probably a reflection of the time it takes to accrue medically-related experience. The typical physician assistant practices in a group practice (29.5%)


How much experience do you need to become a physician's assistant?
Generally speaking, all PA programs require applicants to have several hours (ranging from 200 to 2000 hours) of patient-care experience in order to be competitive. The average age of matriculants into PA programs nationwide is 27 years old.


Reading, Pennsylvania
For population 25 years and over in Reading: 1  High school or higher: 70.0%. 2  Bachelor's degree or higher: 11.5%. 3  Graduate or professional degree: 3.4%. 4  Unemployed: 9.2%. 5  Mean travel time to work (commute): 25.4 minutes.


How to cook beef brisket in a pressure cooker?
Best Answer: Beef, brisket, fresh or corned; 2-3 lbs. cover completely with liquid (beef broth will work fine.) 45-50 minutes and pressure release naturally (don't speed up the process by water or anything.) Beef, brisket, fresh or corned; 4-5 lbs. cover completely with liquid (beef broth will work fine.)


Pressure Cooker Tex Mex Brisket
Pressure cook the beef for 1 hour at stabilized pressure. Release the pressure and carefully remove the Pressure cooker lid. Check to see that the meat is tender; it should be after that cooking time. If not, close the appliance, bring it up to temperature at high pressure, and cook for another 10 minutes.


How to make Corned Beef brisket in the pressure cooker
Remove the rack and brisket from the pressure cooking pot. Set aside the corned beef and wrap aluminum foil on top until ready to serve. Add the potatoes, carrots and cabbage to the broth in the pressure cooking pot. Lock the lid in place and select High Pressure and set the timer for 4 minutes.


Pressure Cooker Corned Beef and Cabbage
Rinse the corned beef under cold water. First put the seasoning packet, beef broth, onion and garlic in to the pressure cooking pot. Put a rack in the pressure cooking pot. Place corned beef on rack. Lock the lid in place. Select High Pressure and set the timer for 75 minutes. When beep sounds, turn off pressure cooker.


Wolfgang Puckâs recipe: Pressure Cooker Corned Beef and Cabbage
â When cooking is done, be sure to unplug your cooker, too, while pressure releases slowly; that way, if your model of cooker includes a warming function, it wonât affect the pressure change. Give my recipe a try, and youâll never want to cook your corned beef â or other braised meats â any other way.


How to cook beef brisket in a pressure cooker?
Report Abuse. 1  Brisket Pressure Cooker. 2  Pressure Cooker Brisket. 3  Here's what the Presto pressure cooker book says:Do not fill the pressure cooker over 2/3 full.  Cut a whole onion in quarters, season the brisket with garlic, salt, and 1  pepper. How do I slow cook a brisket in a pressure cooker.


Wolfgang Puckâs recipe: Pressure Cooker Corned Beef and Cabbage
To add vegetables and beer: Arrange cabbage wedges on their sides evenly around corned beef. Evenly place potato halves, carrot chunks, onion quarters and garlic cloves among cabbage wedges. Pour in beer and broth. To cook meat: Secure lid of pressure cooker, locking it in place following manufacturerâs instructions.


Wolfgang Puckâs recipe: Pressure Cooker Corned Beef and Cabbage
Cooking corned beef and cabbage can have its challenges, the biggest being how long it can take to simmer that big piece of meat to absolute tenderness â generally, at least three hours for a 3-pound brisket.


Astroturfing: what is it and why does it matter?
However the use of so-called astroturf groups is widespread across all nations and walks of life, from China to Britain, from book reviews to online surveys, and from big business to local politics.


Astroturfing: what is it and why does it matter?
The development of these new astroturf tools is both a response and a result of the openness inherent online. Twitter and blogging have given a voice to millions and allowed genuine opposition movements to take their case to the masses.


AstroTurf
The original AstroTurf brand product was co-invented in 1965 by Donald L. Elbert, James M. Faria and Robert T. Wright. It was re-branded as AstroTurf by a company employee named John A. Wortmann after its first well-publicized use at the Houston Astrodome stadium in 1966.


Synthetic Lawns
Synthetic Turf Lawns. Synthetic Turf Northwest has been the Seattle and Puget Sound areaâs leader in residential synthetic lawns and turfs for over 20 years. We carry top quality American Made Synthetic Grass products and provide industry leading installation and design work.


AstroTurf
AstroTurf installation at Boston College's Alumni Stadium. The original AstroTurf brand product was co-invented in 1965 by Donald L. Elbert, James M. Faria and Robert T. Wright. It was patented in 1965 and originally sold under the name ChemGrass..


Astroturfing: what is it and why does it matter?
Astroturfing is the attempt to create an impression of widespread grassroots support for a policy, individual, or product, where little such support exists. Multiple online identities and fake pressure groups are used to mislead the public into believing that the position of the astroturfer is the commonly held view.


Jupiter
Jupiter's Atmosphere. Heat from the interior of Jupiter causes circulation patterns in the atmosphere, with warm gas rising and cooling, before sinking back into the depths of the planet. This process is called convection, and it causes the different colored bands in Jupiter's atmosphere.


An Overview of Jupiter's Atmospheric Composition
Jupiter's atmospheric environment is one of strong gravity, high pressure, strong winds, from 225 miles per hour to 1000 miles per hour, and cold temperatures of -270 degrees to +32 degrees (freezing temperature).


Jupiter
Jupiter, the King of the Planets, is a gas giant, which means that it's made mostly of gases like hydrogen and helium, and that it doesn't have a solid surface in the way that rocky planets like Earth do.


The Atmosphere of Europa
The Galileo mission discovered something amazing! Europa has its own atmosphere, although it is very, very thin. This atmosphere is created when fast moving molecules in Jupiter's magnetosphere hit the surface of Europa and knock out a water molecule. These molecules may float around Europa for awhile, but because of Europa's weak gravity, the atmosphere rapidly drifts away. Because Europa has an atmosphere with molecules that can escape, there is a donut-shaped belt of material inside Jupiter's magnetosphere that is called the Europa torus. Jupiter's moon Io also has a torus.


An Overview of Jupiter's Atmospheric Composition
An Overview of Jupiter's Atmospheric Composition. Sulfur is present there, as well as nitrogen and oxygen. Nitrogen and oxygen make up the air that we breath every day on Earth. These molecules combine to make clouds of complex molecules, such as clouds of water and smog.


What is Jupiter made up of?
Report Abuse. Jupiter has an outer atmosphere made up of a variety of different gasses. Inside that is a very thick layer of dense hydrogen. Then at the center there's a molten rocky core.


Darren McFadden, Dallas Cowboys reach contract
The Dallas Cowboys have added a veteran running back in the wake of losing DeMarco Murray. Jerry Jones' squad agreed to a two-year deal with Darren McFadden on Friday worth up to $5.85 million, NFL Media Insider Ian Rapoport reported. (Up to indicating the contract will likely be heavily incentive-based.) Charean Williams of the Fort Worth Star-Telegram first reported the deal.


D-Mac Net Worth
Darren Mcfadden. Darren Mcfadden Net Worth is $20 Million. Darren McFadden is an American football running back; he has a net worth of $20 million. Darren McFadden has earned his net worth playing professional football for the Oakland Raiders of the National Football. Darren McFadden (born August...


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Darren McFadden. Darren McFadden (born August 27, 1987) is an American football running back for the Dallas Cowboys of the National Football League (NFL). He played college football for the University of Arkansas, and was picked fourth overall by the Oakland Raiders in the 2008 NFL Draft. 1 Early life.


Is Darren McFadden Worth the Fantasy Football Draft Day Risk?
Is Darren McFadden Worth the Fantasy Football Draft Day Risk? Drafted fourth overall in the 2008 draft by the Oakland Raiders, the expectations on Darren McFadden have been extremely high.


Darren McFadden Net Worth
About Darren McFadden. Professional American football player Darren McFadden has an estimated net worth of $20 million. In 2012, he received an annual salary amounting to $5.65 million. He currently plays in the National Football League for the Oakland Raiders as the teamâs running back.


Is Darren McFadden Worth the Fantasy Football Draft Day Risk?
August 10, 2010. Drafted fourth overall in the 2008 draft by the Oakland Raiders, the expectations on Darren McFadden have been extremely high. What would you expect? He was coming off a junior year where he rushed for 1,830 yards and 16 TD in just 13 games at the University of Arkansas.


D-Mac Net Worth
Darren Mcfadden Net Worth. Darren Mcfadden Net Worth is $20 Million. Darren McFadden is an American football running back; he has a net worth of $20 million. Darren McFadden has earned his net worth playing...[read more]


Darren Mcfadden Net Worth
Darren Mcfadden Net Worth is $20 Million. Darren McFadden is an American football running back; he has a net worth of $20 million. Darren McFadden has earned his net worth playing professional football for the Oakland Raiders of the National Football League (NFL).


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The Fort Worth Star-Telegram reports the Cowboys hope to re-sign free agents Darren McFadden and Lance Dunbar. Per reporter Clarence Hill, the Cowboys want to keep McFadden and Dunbar while getting rid of Alfred Morris. A two-down grinder, Morris is a nonsensical change-of-pace behind Ezekiel Elliott.


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Recent News. Cowboys re-signed RB Darren McFadden to a one-year, $980,000 contract. NFL.com's Ian Rapoport reports McFadden had interest from elsewhere, but no visits or supposedly-interested teams leaked. McFadden missed most of 2016 as he recovered from a mysterious, freak arm injury.


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It has been claimed that as a result of the information gained through this device, hostilities between Germany and the Allied forces were curtailed by two years. Photo: A four-rotor German Enigma cipher machine made during WW2.


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The Enigma War, 1939-1942. See this modern map for the site, close to Bletchley railway station. Between 4 September 1939 and the summer of 1944, Alan Turing lodged at The Crown Inn, at Shenley Brook End, a village to the west of Bletchley.


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play How an Enigma machine works. Peter Westcombe, founder of the Bletchley Park Trust, explains in detail how the Enigma machine works and how its codes were broken by the code-breakers at Bletchley Park. Fiona Bruce talks to Jean Valentine, a Wren who worked as a code-breaker at Bletchley Park during the war.


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The Enigma machine is a piece of spook hardware invented by a German and used by Britain's codebreakers as a way of deciphering German signals traffic during World War Two.


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The Enigma has become an icon and a cult object in its own way. This is explored in a book by Dominik Landwehr (in German): Mythos Enigma. In late 1939, Alan Turing and another Cambridge mathematician, Gordon Welchman, designed a new machine, the British Bombe.


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Most German communications were enciphered on the Enigma cipher machine. It was based on rotors whose movement produced ever-changing alphabetic substitutions. In its military use, the basic machine was greatly enhanced by a plugboard, visible on the front of the machine.


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When I was a young bride (30 years ago), I left my husband about once a week and went home to my parents. My mom gave me tea, listened to my concerns and then after about an hour would put my tea cup in the dishwasher and send me home. For all my talk anout my husband not knowing how to sort laundry or put away dishes, my mom knew that I was just frightened about my new life. She never said m...


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Hut Eight, where Alan Turing worked on the naval Enigma, is in the centre of the picture. To the left is Hut Six (Army and Air Force signals). To the right is Hut One. This is where, in March 1940, the machine that defeated the Enigma was first installed.


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Everything to do with intelligence was dominated by the technicalities of the Enigma cipher machine, the key to German communications. Alan Turing's wartime life was spent mainly in the Huts erected in the grounds of Bletchley Park, where the technical work of codebreaking was done.


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The original Enigma was invented by German engineer Arthur Scherbius at the end of World War I. Written Jan 19, 2012 Â· View Upvotes.


North Dakota
North Dakota-Location, size, and extent. Located in the western north-central US, North Dakota ranks 17th in size among the 50 states.The total area of North Dakota is 70,703 sq mi (183,121 sq km), comprising 69,300 sq mi (179,487 sq km) of land and 1,403 sq mi (3,634 sq km) of inland water.haped roughly like a rectangle, North Dakota has three straight sides and one irregular border on the E. Its maximum length E-W is about 360 mi (580 km), its extreme width N-S about 210 mi (340 km).


North Carolina
North Carolina-Location, size, and extent. Located in the southeastern US, North Carolina ranks 28th in size among the 50 states.The total area of North Carolina is 52,669 sq mi (136,413 sq km), of which land accounts for 48,843 sq mi (126,504 sq km) and inland water 3,826 sq mi (9,909 sq km).North Carolina extends 503 mi (810 km) E-W; the state's maximum N-S extension is 187 mi (301 km).North Carolina is bordered on the N by Virginia; on the E by the Atlantic Ocean; on the S by South Carolina and Georgia; and on the W by Tennessee.orth Carolina extends 503 mi (810 km) E-W; the state's maximum N-S extension is 187 mi (301 km). North Carolina is bordered on the N by Virginia; on the E by the Atlantic Ocean; on the S by South Carolina and Georgia; and on the W by Tennessee.


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How does North Dakota rank in size among the states? North Dakota has 70, 704 square miles of land, and is the 19th largest state It is the 19th largest US State.evada is the 7th largest state by area of the 50 US states. It is 7th in size among US states with an area of 109,806 sq. mi. (284,398 sq km). 11 people found this useful.


North Dakota Facts and Trivia
1 The town is the home of the annual United States Turtle Racing Championship. 2  Of the 50 states North Dakota is 17th in size, with 70,665 square miles. 3  North Dakota is 212 miles long north to south and 360 miles wide east to west. Of the 50 states North Dakota is 17th in size, with 70,665 square miles. 2  North Dakota is 212 miles long north to south and 360 miles wide east to west. 3  Lawrence Welk left his home in Strasburg on his birthday in 1924 to pursue his musical career. 4  On July 2, 1955, he made his debut on national television.


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North Dakota has 70, 704 square miles of land, and is the 19th largest state.It is the 19th largest US State.evada is the 7th largest state by area of the 50 US states. It is 7th in size among US states with an area of 109,806 sq. mi.


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It is located in the Upper Midwestern region of the United States, bordered by the Canadian provinces of Saskatchewan and Manitoba to the north, the states of Minnesota to the east, South Dakota to the south, and Montana to the west. The state capital is Bismarck, and the largest city is Fargo.orth Dakota has the most churches per capita of any state. A 2001 survey indicated that 35% of North Dakota's population was Lutheran, and 30% was Catholic. Other religious groups represented were Methodists (7%), Baptists (6%), the Assemblies of God (3%), Presbyterians (1.27%), and Jehovah's Witnesses (1%).


Vermont
In United States of America. North Dakota has 70, 704 square miles of land, and is the 19th largest state It is the 19th largest US State.evada is the 7th largest state by area of the 50 US states. It is 7th in size among US states with an area of 109,806 sq. mi. (284,398 sq km). 11 people found this useful.


North Dakota
North Dakota is bordered on the N by the Canadian provinces of Saskatchewan and Manitoba; on the E by Minnesota (with the line formed by the Red River of the North); on the S by South Dakota; and on the W by Montana. The total boundary length is 1,312 mi (2,111 km).haped roughly like a rectangle, North Dakota has three straight sides and one irregular border on the E. Its maximum length E-W is about 360 mi (580 km), its extreme width N-S about 210 mi (340 km).


North Dakota Facts and Trivia
1 Of the 50 states North Dakota is 17th in size, with 70,665 square miles. 2  North Dakota is 212 miles long north to south and 360 miles wide east to west.3  Lawrence Welk left his home in Strasburg on his birthday in 1924 to pursue his musical career. 4  On July 2, 1955, he made his debut on national television. Of the 50 states North Dakota is 17th in size, with 70,665 square miles. 2  North Dakota is 212 miles long north to south and 360 miles wide east to west. 3  Lawrence Welk left his home in Strasburg on his birthday in 1924 to pursue his musical career. 4  On July 2, 1955, he made his debut on national television.


North Dakota
Fargo is the largest city in North Dakota and is the economic hub for the region. Bismarck, located in south-central North Dakota along the banks of the Missouri River, has been North Dakota's capital city since 1883, first as capital of the Dakota Territory, and then as state capital since 1889.orth Dakota has the most churches per capita of any state. A 2001 survey indicated that 35% of North Dakota's population was Lutheran, and 30% was Catholic. Other religious groups represented were Methodists (7%), Baptists (6%), the Assemblies of God (3%), Presbyterians (1.27%), and Jehovah's Witnesses (1%).


Imaging of Benign Breast Calcifications
Distribution modifiers (grouped or clustered, linear, segmental, regional, diffuse) are used to describe the arrangement of the calcifications. Historically, the terms grouped or clustered were used to describe suspicious calcification.


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Punctate calcifications usually measure less than 0.5 mm in diameter. Round calcifications are benign spherical calcifications that may vary in size. When less than 1 mm, round calcifications are frequently formed in the acini of the lobules.


Nike Air Pegasus 31 Review
Skin receptors are not evenly distributed amongst a body. There are more in some places like the hands than there are in say somewhere, like, an elbow. The reason for this is â¦ different body parts need that extra bit of sensation. JD Heyl.


What is punctate distribution in human biology?
Best Answer: In dermatology, punctate refers not to the distribution, but the fact that there are small individual lesions that may be found in groups. The location(s)/clustering of the small lesions is the distribution. Source(s): novangelis Â· 8 years ago.


Imaging of Benign Breast Calcifications
Regionally distributed calcifications are most likely due to benign processes. These calcifications are scattered in a large volume of the breast and do not necessarily conform to a ductal distribution. Diffusely distributed calcifications are scattered randomly throughout the breast.


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For calcifications presumed to be in the upper part of the breast, a CC approach is used with the fenestration device in the region of the calcifications. For calcifications thought to be in the inferior part of the breast, a caudocranial approach is used.


What is punctuate distribution of cutaneous receptors?
Making the world better, one answer at a time. Cutaneous Sensory Receptors are clustered in certain spots instead of being uniformly distributed. This clustering is called punctate distribution.


What is punctate distribution in human biology?
I understand punctate is having spots, points, or punctures but what is punctate distribution in human anatomy/biology? Source(s): punctate distribution human biology: https://trimurl.im/j90/what-is-punctate-...


Imaging of Benign Breast Calcifications
Calcifications that are linearly distributed are arranged in a line and may have branch points. Segmentally distributed calcifications suggest deposition of calcification in a duct and its branches. This type of calcification may be secondary to benign or malignant processes.


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1 It's a way to get the music from the musician to the public. 2  The companies peddle the music and incâ¦. 3  The Top Music Distribution Companies in America Music distribution is the process by which a compact disc goes from its manufacturing location to the location where it is sold.


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Firstly, I want to have the user to input 7 int and store it in the first array. Second array will be a const[] == {2765432}; The question is how do I multiply each of the element in both array. (i.e.) If the user input = 6192354, this will store first in an array then I want it to multiply with the second array.So it will be. 6 * 2.. 1 * 7.. 9 * 6..etc..he question is how do I multiply each of the element in both array. (i.e.) If the user input = 6192354, this will store first in an array then I want it to multiply with the second array. So it will be. 6 * 2.. 1 * 7.. 9 * 6.. etc..


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Doing multiplication using numbers in arrays. This is a discussion on Doing multiplication using numbers in arrays within the C++ Programming forums, part of the General Programming Boards category; I'm writing a class that can handle integers up to 40 characters long, I have been able to get add ...11-03-2004 #1.oing multiplication using numbers in arrays. This is a discussion on Doing multiplication using numbers in arrays within the C++ Programming forums, part of the General Programming Boards category; I'm writing a class that can handle integers up to 40 characters long, I have been able to get add ...


C program to perform addition, subtraction, multiplication and division
Download Arithmetic operations program. Output of program: In c language when we divide two integers we get integer result for example 5/2 evaluates to 2. As a general rule integer/integer = integer and float/integer = float or integer/float = float.So we convert denominator to float in our program, you may also write float in numerator.n c language when we divide two integers we get integer result for example 5/2 evaluates to 2. As a general rule integer/integer = integer and float/integer = float or integer/float = float. So we convert denominator to float in our program, you may also write float in numerator.


Calculate Moving Average
are you trying to get each element in the c array to be the product of each same element in the a and b arrays? if so just use c[0] = a[0]*b[0], c[1] = a[1]*b[1], etc.his is homework. I am trying to multiply the a and b array together using this formula: and so on... But this code seems to only run through the a array but never through the b array. The results I get look this: Any pointers would be greatly appreciated.


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967854*89968 = 87075888672. finalNum = {....0,0,0,0,0,0,0,8,7,0,7,5,8,8,8,6,7,2}. My program already asks the user to enter both numbers and stores them in two separate arrays in the right to left format with every empty space being 0.Now I need to actually multiply them and store the results in the finalNum array.67854*89968 = 87075888672. finalNum = {....0,0,0,0,0,0,0,8,7,0,7,5,8,8,8,6,7,2}. My program already asks the user to enter both numbers and stores them in two separate arrays in the right to left format with every empty space being 0.


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The numbers can be up to 72 digits in length and so each array is of length 72 with the numbers stored from right to left (meaning firstNum[71] would store a 3 if the number was 4543 and every other space would to the left of the first digit would be a zero).2. I'm writing a C++ program where I have two arrays (firstNum and secondNum) which store two separate large numbers with each array space storing one digit.


Thread: How to multiply two integer arrays in C++?
The numbers can be up to 72 digits in length and so each array is of length 72 with the numbers stored from right to left (meaning firstNum[71] would store a 3 if the number was 4543 and every other space would to the left of the first digit would be a zero).67854*89968 = 87075888672. finalNum = {....0,0,0,0,0,0,0,8,7,0,7,5,8,8,8,6,7,2}. My program already asks the user to enter both numbers and stores them in two separate arrays in the right to left format with every empty space being 0.


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32. I'm writing a C++ program where I have two arrays (firstNum and secondNum) which store two separate large numbers with each array space storing one digit.2. I'm writing a C++ program where I have two arrays (firstNum and secondNum) which store two separate large numbers with each array space storing one digit.


Thread: How to multiply two integer arrays in C++?
dmitriylm (2). I'm writing a C++ program where I have two arrays (firstNum and secondNum) which store two separate large numbers with each array space storing one digit.67854*89968 = 87075888672. finalNum = {....0,0,0,0,0,0,0,8,7,0,7,5,8,8,8,6,7,2}. My program already asks the user to enter both numbers and stores them in two separate arrays in the right to left format with every empty space being 0.


Thread: How to multiply two integer arrays in C++?
Now I need to actually multiply them and store the results in the finalNum array. I believe this can be done with a nested loop but I haven't been able to figure out how. (I've got the addition function working without issue using the same arrays).2. I'm writing a C++ program where I have two arrays (firstNum and secondNum) which store two separate large numbers with each array space storing one digit.


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The Fibre Channel Industry Association (FCIA) is a mutual benefit non-profit international organization of manufacturers, system integrators, developers, vendors, industry professionals and end users.


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Fibre Channel Facts ... â¢ 11+ million Fibre Channel ports shipped per year. â¢ 11+ Exabytes of Fibre Channel storage shipped per year. â¢ $11B+ of Fibre Channel Enterprise storage systems sold per year.


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Fibre Channel Arbitrated Loop (FC-AL) A Fibre Channel Arbitrated Loop (FC-AL) is a high-speed Fibre Channel (FC) topology that can connect up to 126 ports on one ... host bus adapter (HBA) A host bus adapter (HBA) provides physical connectivity and input/output between a server and a network and/or storage device.


Fibre Channel
1 Storage Efficiency: Mixing Gigabit Ethernet and 10 Gigabit Ethernet in a ... âDell, Inc.  Fibre Channel is a technology for transmitting data between computer devices at data rates of up to 4 Gbps (and 10 Gbps in the near future). Fibre Channel is especially suited for connecting computer servers to shared storage devices and for interconnecting storage controllers and drives.


As FCoE has come onto the scene, the FC vs. iSCSI fire has been reignited. A balanced perspective will save you time and money
In the beginning there was Fibre Channel (FC), and it was good. If you wanted a true SAN -- versus shared direct-attached SCSI storage -- FC is what you got. But FC was terribly expensive, requiring dedicated switches and host bus adapters, and it was difficult to support in geographically distributed environments.


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Getting a handle on the Fibre Channel protocol is key to understanding the modern SAN. By Charlie Schluting | Posted Jul 11, 2007. Page of | Back to Page 1. As we dive deeper into SAN technology, it's Fibre Channel's turn to be examined.


Storage Networking 101: Understanding Fibre Channel
Getting a handle on the Fibre Channel protocol is key to understanding the modern SAN. As we dive deeper into SAN technology, it's Fibre Channel's turn to be examined. Fibre Channel, or FC, is the underpinning of all SAN technologies these days, as it won the protocol war roughly 25 years ago. FC wouldn't be much use without something on top of it, namely SCSI. FC is the low-level transport that ships data, but hosts are normally communicating via SCSI as far as they're concerned.


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In Fibre Channel terms the switch connecting the devices is called Fabric. The link is the two unidirectional fibres transmitting to opposite directions with their associated transmitter and receiver. Each fibre is attached to a transmitter of a port at one end and a receiver of another port at the other end.


As FCoE has come onto the scene, the FC vs. iSCSI fire has been reignited. A balanced perspective will save you time and money
Fibre Channel over Ethernet. FCoE (Fibre Channel over Ethernet) is the newest storage networking protocol of the bunch. Ratified as a standard in June of last year, FCoE is the Fibre Channel community's answer to the benefits of iSCSI. Like iSCSI, FCoE uses standard multipurpose Ethernet networks to connect servers with storage.


Fibre Channel
Since Fibre Channel is three times as fast, it has begun to replace the Small Computer System Interface (SCSI) as the transmission interface between servers and clustered storage devices.


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Many custom WordPress design and development work falls within the following price ranges: 1  Custom WordPress Theme: $3,000-$6,000 (for design and development) 2  Custom WordPress Website: $6,000-$15,000 (for design and development, with custom plugin functionality.) 3  Custom WordPress eCommerce Site: $6,000-$20,000.


Wix Pricing Guide: Pros and Cons of Each Premium Plan
Combo comes with a domain name if you pick a yearly subscription. You can get .com, .net, .org, .biz and a few other extensions (see screenshot). Please note that itâs only free for the first year, the regular price is around $10 per year. Basically Combo has everything except an online store option.


How To Launch A Membership Site â Part 4: Content and Pricing
Iâve seen membership sites offering subscriptions at $3.95 a month all the way up to $50,000 a year. Strangely enough, although the price might differ dramatically, the gap between the content offered isnât nearly as large.


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While WordPress itself is free, getting a WordPress website up and running is not. For one, it requires a domain and hosting. Then there is a theme and plugins for custom functionality. All of which can start to add up quickly.


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Upgrading plans is always possible and existing funds will be credited. For average sites, Comboâs data limits are more than enough. The Wix eCommerce is the only premium plan that includes an online store. While Wix is a decent tool to create a website, we donât necessarily recommend using it to build an online store.


How much do dating sites cost?
Match.com, $35/month (depending on plan) Match.com is the most known dating site out there -- and you can create a profile for free. (We all love that price!) If you want to send and receive messages, you'll have to sign up for a paid subscription, which is $34.99 the first month. For three months you'll pay $19.99 a month and six months at a time cost $16.99 a month.


How much do dating sites cost?
If you see someone you're interested in, you'll have to subscribe to the service to contact them. The first two weeks are free, but after that you'll have to pay $49.95 for one month, about $30 a month for three months or about $25 a month for six months of service.


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Our data shows that the type of model may influence the cost of a digital subscription. The average weekly price of a digital subscription for newspapers using a meter model is $2.97. For freemium models, the price increases to $3.52. And for newspapers using a hard model, the average price jumps to $4.43. RELATED ARTICLE.


Groupon Headquarters Information
jglasspoole 2001-03-06 15:29:19 UTC #1. Does anyone know the average cost of a Web site for a small business and/or nonprofit organization. I am trying to do some research but am finding trouble finding stats. If you know of any online resources with this type of information, I would appreciate hearing from you. Thanks. mjames 2001-03-06 16:37:20 UTC #2.


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A typical breakdown of expenses required to get up and running might look something like this: 1  Domain: $12/year. 2  Hosting: $10/month â $30/month. 3  Premium Theme: $50-$200.  Premium Plugins: $15-$200 (each; some are one-time purchases, others are monthly/annual 1  licenses.) Rough Totals: $200-$1,000+.


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Bolivia: Introduction. Bolivia is a landlocked country in South America that borders the countries of Argentina, Brazil, Chile, Paraguay, and Peru. Bolivia is located in the rugged Andes Mountain with highland plateau and lowland plains of the Amazon basin.Bolivia shares control of Lago Titicaca, the worldâs highest navigable lake.olivia is located in the rugged Andes Mountain with highland plateau and lowland plains of the Amazon basin. Bolivia shares control of Lago Titicaca, the worldâs highest navigable lake.


Bolivia: Introduction
Bolivia is a landlocked country in South America that borders the countries of Argentina, Brazil, Chile, Paraguay, and Peru.Bolivia is located in the rugged Andes Mountain with highland plateau and lowland plains of the Amazon basin. Bolivia shares control of Lago Titicaca, the worldâs highest navigable lake.olivia is located in the rugged Andes Mountain with highland plateau and lowland plains of the Amazon basin. Bolivia shares control of Lago Titicaca, the worldâs highest navigable lake.


What is the economic system is Bolivia?
Best Answer: The current government of Bolivia, that started its mandate in January 2006, has the fight against poverty, inequality and exclusion as one of its main priorities, by increasing the citizenâs participation in decision making processes and with a significant state participation in the economy.n 2002, the United States exported $283 million of merchandise to Bolivia and imported $162 million. Bolivia's major exports to the United States are tin, gold, jewelry, and wood products. Its major imports from the United States are computers, vehicles, wheat, and machinery.


Economy of Bolivia
Boliviaâs most lucrative agricultural product continues to be coca, of which Bolivia is currently the worldâs third largest cultivator (after Colombia and Peru), with an estimated 29,500 hectares under cultivation in 2007, increased slightly when compared to 2006.olivia 's 2012 gross domestic product referred to PPP totaled $54.36 billion and in the official exchange $27.12 billion. Its standard of living, as measured in GDP in PPP per capita was US $5,100. Economic growth is about 5.2% a year and inflation was 4.5% in 2012.


Bolivia: Introduction
Bolivia has a mixed economic system in which the economy includes a variety of private freedom, combined with centralized economic planning and government regulation. Bolivia is a member of the Andean Community (CAN) and the Latin American Integration Association (LAIA).olivia is located in the rugged Andes Mountain with highland plateau and lowland plains of the Amazon basin. Bolivia shares control of Lago Titicaca, the worldâs highest navigable lake.


BOLIVIA
The State of Bolivia has been a remarkably unsuccessful state. Bolivia is now poor and backward but this was not always the case for the area that is now Bolivia.he State of Bolivia has been a remarkably unsuccessful state. Bolivia is now poor and backward but this was not always the case for the area that is now Bolivia.


Variance & Standard Deviation
The standard deviation (Ï) is simply the (positive) square root of the variance. In order to write the equation that defines the variance, it is simplest to use the summation operator, Ï. The summation operator is just a shorthand way to write, Take the sum of a set of numbers..


How to Calculate Standard Deviation, Variance - Definition, Formula, Example
How to Calculate Standard Deviation, Variance - Definition, Formula, Example. How to Calculate Standard Deviation, Variance - Tutorial. Standard Deviation Definition: Standard deviation is a statistical measure of spread or variability.The standard deviation is the root mean square (RMS) deviation of the values from their arithmetic mean. Variance Definition: The square of the standard deviation. A measure of the degree of spread among a set of values; a measure of the tendency of individual values to vary from the mean value.


What is 'Standard Deviation'
Standard deviation is simply the square root of the variance. Calculating a Standard Deviation. The formula for standard deviation uses three variables. The first variable is to be the value of each point within the data set, traditionally listed as x, with a sub-number denoting each additional variable (x, x1, x2, x3, etc.).


Variance & Standard Deviation
Variance & Standard Deviation. It would be useful to have a measure of scatter that has the following properties: The measure should be proportional to the scatter of the data (small when the data are clustered together, and large when the data are widely scattered).


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Standard Deviation Method2 Example: To find the Standard deviation of 1,2,3,4,5. s = square root of[(sum of Xsquared -((sum of X)*(sum of X)/N))/(N-1)] = square root of[(55-((15)*(15)/5))/(5-1)] = square root of[(55-(225/5))/4] = square root of[(55-45)/4] = square root of[10/4] = square root of[2.5] s = 1.58113.


What Is the Difference Between Sample & Population Standard Deviation?
The standard deviation of a population gives researchers the amount of dispersion of data for an entire population of survey respondents. A population standard deviation represents a parameter, not a statistic. Parameters refer to a numerical property of a population.


How to Calculate Standard Deviation, Variance - Definition, Formula, Example
Step 4: Now find Standard Deviation using the formula â10/â4 = 1.58113 . Standard Deviation Method2 Example: To find the Standard deviation of 1,2,3,4,5. Step 1: First, square each of the scores


How to Calculate Standard Deviation, Variance - Definition, Formula, Example
Population Standard Deviation Example: To find the Population Standard deviation of 1,2,3,4,5. Perform the steps 1 and 2 as seen in above example. Step 3: Now find the population standard deviation using the formula. â10/â5 = 1.414 . Variance Example: To find the Variance of 1,2,3,4,5. After finding the standard deviation square the values. (1.58113) 2 = 2.4999 Same for Population standard deviation


Variance & Standard Deviation
Subtract the mean from each value in the data. This gives you a measure of the distance of each value from the mean. Square each of these distances (so that they are all positive values), and add all of the squares together. Divide the sum of the squares by the number of values in the data set.


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Lesson 2-2: Data Transmission. At a Glance. In this lesson, the process of transmitting data is examined. Computers. encode and transmit data, voice, and video over networks via various. transmission media. Encoding is the process of transforming information. into digital and analog signals. This lesson covers the basics of how data is. encoded, decoded, and transmitted. Data packet structure and its. relationship to the OSI layers is also cover ed.


Definitions &Translations
In electronics and telecommunications a transmitter or radio transmitter is an electronic device which, with the aid of an antenna, produces radio waves. The transmitter itself generates a radio frequency alternating current, which is applied to the antenna.


Transmitter
1 The information is provided to the transmitter either in the form of an audio signal, which represents sound, a video signal, or for data in the form of a binary digital signal.  In an AM (amplitude modulation) transmitter the amplitude (strength) of the carrier wave is varied in proportion to the modulation signal.


set 1
radio transmitter - transmitter that is the part of a radio system that transmits signals. satellite transmitter - a transmitter on a communications satellite. set - any electronic equipment that receives or transmits radio or tv signals; the early sets ran on storage batteries.


transmitter
A device that generates radio or microwave signals, changes their amplitude or frequency so that they can carry information (such as spoken words), and radiates the resulting wave by means of an antenna.


Transmitter
The information is provided to the transmitter in the form of an electronic signal, such as an audio (sound) signal from a microphone, a video (TV) signal from a video camera, or in wireless networking devices a digital signal from a computer.


transmitter
1. one that transmits. 2. a device for sending radio waves; the part of a broadcasting apparatus that generates and modulates radiofrequency current, conveying it to the antenna. 3. the part of a telephonic or telegraphic apparatus that converts sound waves or mechanical movements into corresponding electric waves.


Definitions &Translations
One that transmits: a transmitter of disease. 2. a. An electronic device that generates and amplifies a carrier wave, modulates it with a meaningful signal derived from speech or other sources, and radiates the resulting signal from an antenna. b.


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âmackey arena was named after him. also moose skowron famous yankee baseball player was on purdue's team. home coming game vs. illinois oct. 22, 1949.â... read more


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details about 1949 purdue university vs. illinois football program / homecoming gus mackey 1949 purdue university vs. illinois football program / homecoming gus mackey Email to friends Share on Facebook - opens in a new window or tab Share on Twitter - opens in a new window or tab Share on Pinterest - opens in a new window or tab


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On Nov. 10, 2011, Mackey Arena was formally rededicated, with subsequent rededication games for the men's and women's basketball teams Nov. 11 and 13. Purdue teams have won nearly 80 percent of the games played in Mackey, and through the 2016-17 season, the men's program boasted a 606-138 record (.815 winning percentage) and the women's program a 431-143 record (.751 winning percentage).


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In March of 1972, the facility was renamed in honor of Guy Red Mackey, who was part of the Purdue Athletics scene for 45 years, including 29 as athletics director, before passing away in 1971. On Dec. 12, 1997, the floor of Mackey Arena was named Keady Court in honor of legendary men's basketball coach Gene Keady. On Dec. 2, 1975, the women's basketball program played its first game at Mackey, defeating Illinois 78-74 in overtime.


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For Mackey Arena, Holloway Gymnasium, Lambert Fieldhouse and Mollenkopf Athletic Center: Follow Northwestern Avenue for approximately 0.5 mile. Parking for Mackey Arena, Holloway Gymnasium, Lambert Fieldhouse and Mollenkopf Athletic Center is on the right. From Chicago. Take I-65 South to State Road 43 (exit 178).


OUR HOUSE
Purdue rededicates Mackey Arena after a $99 million renovation. 25 | #MackeyMoments Women's basketball stages the largest comeback in its history, overcoming a 21-point deficit.


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MACKEY ARENA â¢ Guest Guide. Directions Mackey Arena (900 John R. Wooden Drive) From Indianapolis Take I-65 North to State Road 25 (exit 175). Take a left on State Road 25, towards Lafayette, for approximately 1 mile. Turn right on Sagamore Parkway. Stay on Sagamore for approximately 2 miles to Yeager Road (fourth stoplight). Turn left on Yeager Road.


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Mackey Arena is situated between Northwestern Avenue and John R. Wooden Drive, north of Stadium Avenue. Mackey has a seating capacity of 14,264, with a total capacity (including non-ticketed individuals) of 14,804.


Mackey Family History | Find Genealogy Records & Family Crest
Mackey Family History | Find Genealogy Records & Family Crest Mackey Genealogy & History. The surname Mackey is derived from the Gaelic prefix Mac, which means a male descendent of, and the anglicized form of the Gaelic Aodh, meaning fire. Mackey family history shows many alternate spellings, including MacKey, McKee, McKay, McCay, and McCoy. Mackey genealogy shows that the earliest recorded spelling of this name was made in 1098 and belongs to a Cucail Mac Aedha. Well-known people with the surname Mackey include Iditarod champion father-and-sons mushers Dick, Lance, and Rick Mackey, as well as long-time Purdue University athletic director, Guy Red Mackey, after whom the school's indoor sports arena was named. Mackey Birth Records


1949 PURDUE UNIVERSITY vs. ILLINOIS FOOTBALL PROGRAM / HOMECOMING GUS MACKEY
mackey arena was named after him. also moose skowron famous yankee baseball player was on purdue's team. home coming game vs. illinois oct. 22, 1949. | ebay!


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Keep your boat in place with boat anchoring equipment from Cabela's. Shop anchors, ropes, rope floats, anchor lifts and winches, shallow-water anchors and more from brands like Cabela's, Anchormate, JL Marine, Minn Kota, Maurice Sporting and others. Get ready to drop anchor with anchoring equipment from Cabela's. You have no recently viewed items.


Anchors
This information is for general knowledge. I don't suggest that this is the only way or the best way to anchor a boat. Use your head and do your research. Anchoring depends on the conditions as well as the type of anchor.


Anchors
To set an anchor it is dropped to the bottom, then the boat is allowed to slowly drift or slowly powers downwind or downcurrent feeding out line. Once the line is out, the boat is allowed to drag the anchor to set it. Sometimes this is done when half of the line is fed out then the rest of the line is played out.


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In this article, Karl Pentin, Director of Safety Marine, looks at the differences between anchor types, their relative advantages, where they can be used, and what you should be aware of. Use Local Knowledge. There are many types of anchor available and each model will have its own features and benefits.


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Anchors work in 2 ways, either they are massive and use their weight to keep the boat from drifting, OR as in most modern sailing yacht anchors types, they are relatively lightweight and bury themselves in the bottom to stop the boat from moving.


Anchors
If the bottom does not allow for digging in such as hard or rocky, or weedy, then the flukes can't bury and the anchor will not set. Mostly high strength steel but 1 - Fortress FX-7 4lb Anchor f/16-27' Boats by Fortress Marine Anchors is an aluminium model.


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â¢ On soft ground it is important that the anchor has large flukes. Even with large flukes, it has less holding power to weight ratio than more modern anchors. â¢ This is a good all around anchor when you need to anchor on all types of seabed.


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Most boats owners usually love chatting about what they find works best for them. As every boat should really have a main anchor and a secondary or kedge anchor on board, it may be a useful to have two different types. Then if one does is not holding well in one particular cruising area, the other one might!


Anchors
Anchor Types for Keel Boats. There are several tests comparing different styles of anchors and they offer valuable information for comparison. Keep in mind that testing conditions are very different and various anchors are better in different conditions. Sea floor material, how the anchor is set and the depth of the anchor all come in play.


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For example, if you're eligible for Medicare when you turn 65, you can sign up during the 7-month period that begins 3 months before the month you turn 65, includes the month you turn 65, and ends 3 months after the month you turn 65.ote. You can sign up for free Part A (if youâre eligible) any time during or after your Initial Enrollment Period starts. Your coverage start date will depend on when you sign up. If you have to buy Part A and/or Part B, you can only sign up during a valid enrollment period.


Part A & Part B sign up periods
Example. For example, if you're eligible for Medicare when you turn 65, you can sign up during the 7-month period that begins 3 months before the month you turn 65, includes the month you turn 65, and ends 3 months after the month you turn 65. Note.ote. You can sign up for free Part A (if youâre eligible) any time during or after your Initial Enrollment Period starts. Your coverage start date will depend on when you sign up. If you have to buy Part A and/or Part B, you can only sign up during a valid enrollment period.


Part A & Part B sign up periods
Note. You can sign up for free Part A (if youâre eligible) any time during or after your Initial Enrollment Period starts. Your coverage start date will depend on when you sign up. If you have to buy Part A and/or Part B, you can only sign up during a valid enrollment period.In most cases, if you donât sign up for Medicare Part B when youâre first eligible, youâll have to pay a late enrollment penalty for as long as you have Part B and could have a gap in your health coverage.ote. You can sign up for free Part A (if youâre eligible) any time during or after your Initial Enrollment Period starts. Your coverage start date will depend on when you sign up. If you have to buy Part A and/or Part B, you can only sign up during a valid enrollment period.


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You will be automatically enrolled in Medicare Parts A and B effective the month you turn 65. If you do not receive Social Security benefits, then you will need to sign up for Medicare by calling the Social Security Administration at 800-772-1213 or online at http://www.socialsecurity.gov/medicareonly/ .hat You Need to Know about Signing up for Medicare. The first of the 78 million baby boomers turned 65 on January 1, 2011, and some 10,000 boomers a day will reportedly be turning 65 between now and 2030. If you are about to turn 65, then it is time to think about Medicare.


9 Medicare Enrollment Facts You Need to Know
1 Initial enrollment period under age 65: If you qualify for Medicare through disability, the fourth month of your IEP is usually the one in which you receive your 25th disability payment. 2  Social Security will let you know when your Medicare coverage starts.f you're already receiving Social Security retirement or disability benefits when you become eligible for Medicare, SSA will automatically sign you up for Medicare Parts A and B, and you'll receive your ID card through the mail. Otherwise, you must apply.


Learn More About Turning Age 65 and Medicare
A) If you or your spouse is disabled, contact Social Security about Medicare eligibility. If eligible for Medicare for Part A for free, enroll in Part A and B and contact the GIC at 617-727-2310 Ext 6 to begin the enrollment process.) If you or your spouse is disabled, contact Social Security about Medicare eligibility. If eligible for Medicare for Part A for free, enroll in Part A and B and contact the GIC at 617-727-2310 Ext 6 to begin the enrollment process.


Signing up for Medicare
They must elect this benefit. If youâre not already getting benefits, you should contact Social Security about three months before your 65th birthday to sign up for Medicare. You can sign up for Medicare even if you donât plan to retire at age 65.OTE: Even though Social Securityâs full retirement age is no longer 65, you should sign up for Medicare three months before your 65th birthday. You can apply on our website at www.socialsecurity.gov.


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I'm using a Excel 2011 on a Mac. I can't find a way to reuse the saved template. The help instructs me to. 1  Click the chart. 2  On the Charts tab, under Change Chart Type, click Other, and then under Templates, click the chart template that you created.


How to make a Gantt chart in Excel
On the left side of Excel's Data Source window you will see a table named Legend Entries (Series) . Click on the Add button to bring up Excel's Edit Series window and here you will begin adding Task data to your Gantt chart.


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1 You won't see the Excel file-it is part of the Word document or template. 2  You can double-click on the Excel element (a table or a chart) and edit the data in an Excel user interface. 3  The other way to do it, is to create the Excel file and link it to a Word document.


Insert Excel chart into Word template [closed]
1 You can double-click on the Excel element (a table or a chart) and edit the data in an Excel user interface. 2  The other way to do it, is to create the Excel file and link it to a Word document. 3  Every update of the Excel file is reflected in the Word document, once it is opened or printed.


How to make a Gantt chart in Excel
You probably also see that the tasks on your Gantt chart are listed in reverse order with the oldest on top of the Gantt chart and the first Task listed at the bottom. This is easy to change in Excel. i. To do so click on the list of tasks along the vertical axis of your Gantt chart.


Insert Excel chart into Word template [closed]
You can go two ways with Microsoft Office here. 1  You can embed the Excel file inside the Word document. 2  The other way to do it, is to create the Excel file and link it to a Word document.


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You have to scroll down the chart type list (toolbar Charts/button Other) The saved templates are hidden at the very end of the list. Yes, on the other side to save a chart as template you just need to: - Right click on the finished chart or-Select the menu Chart/Save as template... share | improve this answer.


Insert Excel chart into Word template [closed]
1 You can embed the Excel file inside the Word document. 2  You won't see the Excel file-it is part of the Word document or template. 3  You can double-click on the Excel element (a table or a chart) and edit the data in an Excel user interface. 4  The other way to do it, is to create the Excel file and link it to a Word document.


How to make a Gantt chart in Excel
Staying in the Select Data Source window, click on the Add button again to bring up Excel's Edit Series window. From here you will adding your Task durations to the Gantt chart by following the exact process in Step 3 above.


How to make a Gantt chart in Excel
2. Begin your Excel Gantt by setting it up as a Stacked Bar chart. On the same worksheet that your Excel table is on, click in any blank cell. Then from the Excel ribbon, select the INSERT tab. In the Charts section of the ribbon, drop down the Bar Chart selection menu. Select Stacked Bar which will insert a large blank white chart space onto your Excel worksheet (do not select 100% Stacked Bar).


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Since Magnesium has two extra electrons it bonds with elements that could use them, such as chlorine. report this answer.Updated on Sunday, February 05 2012 at 02:16PM EST. Source: www.chem4kids.com/...ince Magnesium has two extra electrons it bonds with elements that could use them, such as chlorine. report this answer. Updated on Sunday, February 05 2012 at 02:16PM EST. Source: www.chem4kids.com/...


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Magnesium is a metal (group 2/alkaline earth metals), while chlorine is a nonmetal (group 7/halogen). Therefore, because magnesium and chlorine do not share electrons, they do not form a covalent bond. 2) Ionic bonds are very polar because of the difference in electronegativity between magnesium and chlorine.agnesium forms a positive ion (cation) with a 2+ charge and chlorine forms a negative ion (anion) with a 1- charge. So two chlorine anions form an ionic bond with one magnesium cation for form MgCl2, a neutral chemical compound.


What type of bond (ionic or covalent) does magnesium chloride form? Why?
Recall that in an ionic bond, there is a TRANSFER of electrons. Metals, in general, tend to LOSE their electrons when they form bonds. Nonmetals, on the other hand, tend to GAIN electrons when they form bonds. Mg then gives off its 2 electrons to 2 Cl atoms.Therefore, an ionic bond is formed.ecall that in an ionic bond, there is a TRANSFER of electrons. Metals, in general, tend to LOSE their electrons when they form bonds. Nonmetals, on the other hand, tend to GAIN electrons when they form bonds. Mg then gives off its 2 electrons to 2 Cl atoms. Therefore, an ionic bond is formed.


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(Answer #1). 1) Magnesium and chlorine form an ionic bond. Covalent bonds are formed when two or more atoms share electrons between them. Ionic bonds are when atoms gain or lose electrons to become charged species (ions) that share an electrostatic interaction called an ionic bond.agnesium forms a positive ion (cation) with a 2+ charge and chlorine forms a negative ion (anion) with a 1- charge. So two chlorine anions form an ionic bond with one magnesium cation for form MgCl2, a neutral chemical compound.


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In addition, we can also look at the two elements on the periodic table and notice that chlorine is a non-metal with a charge of -1 and magnesium is a metal with a charge of +2. This means that the two combine to form an ionic bond, specifically giving us the compound MgCl2. 2.agnesium forms a positive ion (cation) with a 2+ charge and chlorine forms a negative ion (anion) with a 1- charge. So two chlorine anions form an ionic bond with one magnesium cation for form MgCl2, a neutral chemical compound.


What type of bonds are in magnesium metal?
The bonding in magnesium metal is known as metallic bond. Metallic bonding is the electromagnetic interaction between delocalized electrons and metallic nuclei within metals. The electrons and the positive ions in the metal have a strong attractive force between them.Therefore metals often have high melting or boiling points. The principle is similar to that of ionic bonds. Magnesium can also do ionic and covalent bonding.e.g. MgO (Magnesium oxide), is an example for ionic bonding and MgCl (Magnesium Chloride), is an example for covalent bonding.he principle is similar to that of ionic bonds. Magnesium can also do ionic and covalent bonding. e.g. MgO (Magnesium oxide), is an example for ionic bonding and MgCl (Magnesium Chloride), is an example for covalent bonding.


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Overview. Magnesium is the second element in Group 2 (IIA) of the periodic table a chart that shows how chemical elements are related to each other. The elements in Group 2 are known as the alkaline earth elements. Other elements in that group include beryllium, calcium, strontium, barium, and radium.agnesium also combines easily with many non-metals, including nitrogen, sulfur, phosphorus, chlorine, fluorine, bromine, and iodine. It also reacts readily with a number of compounds, such as carbon monoxide (CO), carbon dioxide (CO 2, sulfur dioxide (SO 2, and nitric oxide (NO).


MAGNESIUM
Magnesium is the second element in Group 2 (IIA) of the periodic table a chart that shows how chemical elements are related to each other. The elements in Group 2 are known as the alkaline earth elements.Other elements in that group include beryllium, calcium, strontium, barium, and radium.agnesium also combines easily with many non-metals, including nitrogen, sulfur, phosphorus, chlorine, fluorine, bromine, and iodine. It also reacts readily with a number of compounds, such as carbon monoxide (CO), carbon dioxide (CO 2, sulfur dioxide (SO 2, and nitric oxide (NO).


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No because they both are positively charged ions. Ionic bonds form between an ion with a positive charge and one with a negative charge (a metal and a nonmetal). This happens â¦ because opposite charges attract, and two positive charges won't bond together.agnesium can also do ionic and covalent bonding. e.g. MgO (Magnesium oxide), is an example for ionic bonding and MgCl (Magnesium Chloride), is an example for covalent bonding.


Valence electron
In chemistry, a valence electron is an electron that is associated with an atom, and that can participate in the formation of a chemical bond; in a single covalent bond, both atoms in the bond contribute one valence electron in order to form a shared pair.he presence of valence electrons can determine the element's chemical properties and whether it may bond with other elements: For a main group element, a valence electron can only be in the outermost electron shell. In a transition metal, a valence electron can also be in an inner shell.


How to Better Prepare for your Math Exam
Memorize the key formulas you will need for your exam. Write down the information in numbers and mathematical symbols, but speak it aloud and memorize it using words. Commit Pi equals three point one four instead of Pi = 3.14 to memory.


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1 You will not be able to skip questions. Read each question carefully and work it out in steps before answering.  Allow plenty of time to complete the testing without rushing. Estimate 45 minutes for the math portion and 1.5 hours overall.


Study Guide
Your COMPASSÂ® Test Success Starts Here. Studying the material on this site will help you improve your score on the COMPASS Math Assessment Test. A higher score will let you skip the most basic university math classes, saving you money and time. This site will help you learn about test strategy, review test material, and practice for the exam; all for free!


How to Better Prepare for your Math Exam
Seeking help for areas of difficulty is also important. As you sit for your exam, you should feel confident you've done all you can to earn a high grade. Set up a study schedule and stick to it. Begin your schedule several weeks before your math exam, so you have time to identify areas in which you have trouble.


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1 Allow plenty of time to complete the testing without rushing. Estimate 45 minutes for the math portion and 1.5 hours overall. 2  Prepare for the exam using the materials listed below under the Study section.  Get enough rest the night before.


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Preparing for ACCUPLACERâ¢. ACCUPLACERâ¢ is a standardized test, used across the country. It is an adaptive learning assessment, which means that it will customize the next question depending on how you answer the questions.


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1 Allow plenty of time to complete the testing without rushing. Estimate 45 minutes for the math portion and 1.5 hours overall.  Prepare for the exam using the materials listed below under the Study section.


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ACCUPLACERâ¢ was designed to help you succeed in college, but do prepare before you take it. 1  Prepare for the exam using the materials listed below under the Study section. 2  Get enough rest the night before.  Eat a light meal in advance of testing.


How to Better Prepare for your Math Exam
As you sit for your exam, you should feel confident you've done all you can to earn a high grade. Step 1. Set up a study schedule and stick to it. Begin your schedule several weeks before your math exam, so you have time to identify areas in which you have trouble. Choose a schedule that provides for regular work but does not require so much attention that you become burnt out. Step 2. Work through classroom and homework problems and practice tests.


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Our free study guide contains lessons and practice questions that will help you succeed on the Pre-Algebra and Algebra portions of the COMPASSÂ® Math Test.


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The once and future king of the worldâs oil fields, Ghawar, in Saudi Arabia, ranks first on our list. It is thought to have had more than 100 billion barrels of recoverable oil in place. At 160 miles long and 16 miles wide it confounds even the most experienced geologists.


Middle East to be worldâs largest offshore producer
The latest surge of interest from investors is the Middle East, and with due cause as the region is home of the worldâs largest oil and gas reserves and is a recipient of vast income from its export.


5 Most Coveted Offshore Petroleum Reserves
If you could gaze back throÂugh 500 million years of history, you'd find the oceans of prÂehistory swarming with microscopic life.


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to develop some of its biggest oil fields. These giants are among the worldâs last remaining pockets of so-called âeasy oil.â They donât require ultradeep drilling or innovative production techniques, just the application of Big Oil know-how.


5 Most Coveted Offshore Petroleum Reserves
Sealed off from oxygen, heat and pressure very slowly cooked this dead matter into subterranean reservoirs of petroleum in the form of liquid oil, natural gas and oil shale. ÂToday, Earth's petroleum reservoirs are buried under massive layers of rock. And on a planet that's 71 percent water, much of that petroleum is also underwater. Humans have spent the last centurÂy developing better ways to extract these precious deposits, but we're still discovering new offshore petroleum reserves. ÂPlus, environmental laws, treaties and the limits of human technology continue to keep some of these reservoirs just out of the reach of the global oil industry.


Middle East to be worldâs largest offshore producer
MENA is home to seven of the top 10 worldâs largest oil companies measured by reserves. Leader of the pack is Saudi Arabia with its Saudi Aramco company, followed by Iraq NOC, Kuwait Petroleum, Abu Dhabi NOC, National Iran Oil Co., Libyan NOC, and Qatar NOC.


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Itâs tough to make the case that the two biggest oil companies from the countries that invaded Iraq in 2003 are getting a sweetheart deal. The contract calls for the government of Iraq to retain ownership of the field and the oil. Exxon and Shell, as contractors, are to be paid just $1.90 for each a barrel they produce.


5 Most Coveted Offshore Petroleum Reserves
ÂOil companies are frothing at the mouth to sink their drills into the ocean's untapped fossil fuel riches. In this article, we'll look at the five offshore petroleum reserves they'd most like to drain dry.


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The world gets its daily ration of 85 million barrels of oil from more than 4,000 fields. Most of these are small, less than 20,000 barrels per day. Giants, producing more than 100,000 bpd, account for just 3%. Then thereâs the megafields that gush out 1 million bpd.


Middle East to be worldâs largest offshore producer
Offshore production. The Persian Gulf is the most significant area of offshore production in the Middle East. Here Saudi Arabia, the UAE, Iran, Qatar, and Kuwait are the main producers of both oil and gas, while Bahrain also produces offshore oil.


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Brain plasticityâ also called neuroplasticity-is an odd term for most people, with the word plastic causing images of Tupperware or Saran Wrap to pop into your head. However, brain plasticity is a common term used by neuroscientists, referring to the brain's ability to change at any age â for better or worse.


Introduction
The term Neuroplasticity is derived from the root words Neuron and Plastic. A neuron refers to the nerve cells in our brain. Each individual neural cell is made up of an axon, dendrites, and is linked to one another by a small space called the synapses. The word plastic means to mold, sculpt, or modify.


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Neuroplasticity refers to the potential that the brain has to reorganize by creating new neural pathways to adapt, as it needs. Think of the neurological changes being made in the brain as the brain's way of tuning itself to meet your needs.


Introduction
The word plastic means to mold, sculpt, or modify. Neuroplasticity refers to the potential that the brain has to reorganize by creating new neural pathways to adapt, as it needs. Think of the neurological changes being made in the brain as the brain's way of tuning itself to meet your needs.


What is Brain Plasticity?
You are here. Brain plasticityâ also called neuroplasticity-is an odd term for most people, with the word plastic causing images of Tupperware or Saran Wrap to pop into your head.


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One of the most popular areas of research in psychology these days is neuroplasticity. Neuroplasticity refers to the brainâs ability to restructure itself after training or practice. In many ways, neuroplasticity is what makes personal growth and development possible at its most basic level.


What is Brain Plasticity?
However, brain plasticity is a common term used by neuroscientists, referring to the brain's ability to change at any age â for better or worse. As you would imagine, this flexibility plays an incredibly important role in our brain development (or decline) and in shaping our distinct personalities.


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How would you like to be better at problem solving, learning a new language, increasing your ability to focus, regaining body function due to a stroke, or recapturing some lost brain function from a brain trauma such as an auto accident?


Adult neurogenesis
Neurogenesis is considered a prominent part of a wider process called neuroplasticity; it is part of the continuous, far-reaching process of neuroplasticity. The two neurogenic regions in the adult mammalian brain are: the olfactory bulb and the hippocampus.


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Your skin was sterile only once in your lifeâwhen you were in the womb. Minutes after you were born, bacteria began to colonize it. Your body relies on some of these bacteria as part of its first line of defense. Many bacteria on the skin defend themselves by secreting antimicrobial peptides, or small proteins that kill harmful invaders.


Armpits, Belly Buttons & Chronic Wounds: The ABCs of Body Bacteria
Minutes after you were born, bacteria moved in. Since then, their populations have exploded, diversified and spread on your skin and eyes and in your mouth and gut, not to mention other places. News


Armpits, Belly Buttons & Chronic Wounds: The ABCs of Body Bacteria
1 Methicillin-resistant Staphylococcus aureus (MRSA) infections occur frequently among persons in hospitals and health care facilities. 2  Bacteria from human skin grown on agar in the laboratory. 3  There are tremendous similarities and differences among the bacterial species found at different sites on the body.


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Like plants, bacteria don't all fare well in the same environment. Some are better suited to moist, humid folds like the armpit or navel. Others colonize dry expanses like the forearm or oily nooks like the side of the nostril.


Armpits, Belly Buttons & Chronic Wounds: The ABCs of Body Bacteria
Understanding how and why bacteria colonize particular places on the body could point to ways of treating skin and other conditions. Chronic wounds and bacteria Bacteria from human skin grown on agar in the laboratory.


Armpits, Belly Buttons & Chronic Wounds: The ABCs of Body Bacteria
For instance, Staphylococcus epidermidis protects us by taking up space that a more harmful bacterium would otherwise occupy. Understanding how and why bacteria colonize particular places on the body could point to ways of treating skin and other conditions. Chronic wounds and bacteria. Bacteria from human skin grown on agar in the laboratory.


Bacterial Colonization: Can We Live With It?
In the context of this new world, O'Fallon et al. [2] offer the promise of data that will help in the âdevelopment of effective guidelines for the prevention of MDRGNB spread in the health care settingâ [2, p. 1376].


Bacterial Colonization: Can We Live With It?
Collaboration with researchers working to explore the human intestinal microenvironment may ultimately reveal novel ways to preserve and protect the vibrant community within, to the benefit of both humans and the billions of organisms that live there.


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Our skin is home to about a trillion microscopic organisms like bacteria and fungi. Together, these creatures and their genetic materialâtheir genomesâmake up the microbiome of human skin. Grice studies the skin microbiome to learn how and why bacteria colonize particular places on the body. Already, she's found that the bacterial communities on healthy skin are different from those on diseased skin. She hopes her work will point to ways of treating certain skin diseases, especially chronic wounds.


Armpits, Belly Buttons & Chronic Wounds: The ABCs of Body Bacteria
Some bacteria on your skin can cause infections, including infections of antibiotic-resistant bacteria like methicillin-resistant Staphylococcus aureus (commonly known as MRSA). Preventing such illnesses is the reason for those restroom signs about proper hand-washing. But most bacteria on your skin are harmless, and some are actually very helpful.


How many calories do teenagers need?
18 13,200kJ /3155kcal 10,300kJ /2462kcal. However, these figures are only a guide. Young people might need more or less energy depending on a number of factors, including how physically active they are. While the amount of energy teenagers need is important, they should also eat a healthy balanced diet. Healthy balanced diet. Teenagers shouldnât fill up on too many sugary or fatty foods, such as crisps, sweets, cakes, biscuits, and sugary fizzy drinks. These foods tend to be high in calories but contain few nutrients.


Minimum Calorie Intake for a Teenage Girl
Although 1,600 calories is the minimum required for teen girls, active girls should consume additional. According to the Dietary Guidelines for Americans 2010, sedentary teen girls between the ages of 13 and 18 need 1,600 to 1,800 calories per day, while active girls require 2,200 to 2,400 calories each day (Page 78).


Minimum Calorie Intake for a Teenage Girl
A USDA 1,800-calorie, healthy meal plan includes the following: 2.5 cups of vegetables 1.5 cups of fruits 5 ounces of high-protein foods 6 ounces of grains 3 cups of dairy foods 5 teaspoons of oils 161 extra calories each day (See Reference 1, Page 79) This plan may be suitable for a sedentary teen girl.


Daily Calorie Intake for Teenage Girls Trying to Lose Weight
For example, if the body requires 2,000 calories each day to maintain its weight, a teenage girl will lose 1 pound of body fat each week by consuming 1,500 calories each day. Dieting or not, your teenage girl needs to consume an optimal balance of the three macronutrients: carbohydrates, fat and protein. For a teenage girl, about 45 to 65 percent of total caloric intake should come from carbohydrates, 25 to 35 percent from fat and 10 to 30 percent from protein. If she follows a 1,500-calorie diet, she should consume about 750 calories from carbohydrates, 450 from fat and 300 from protein.


HOw many calories should my teen daughter be eating?
Caloric intake varies for each person based on age, gender, and activity level, but for the most part, women between 23 and 50 should eat about 2,200 calories per day to maintain their current weight, while older women need fewer calories.


HOw many calories should my teen daughter be eating?
They burn calories quickly, and they burn alot of them, so they need more calorie intake. They should eat healthy things though. Not a 2,000-3,000 calorie intake of junk food. I think each time she eats, she should write down how many calories she consumed, just to keep her in the normal range.


How many calories do teenagers need?
How many calories do teenagers need? Teenagers need lots of energy and nutrients because theyâre still growing. The amount of energy that food and drink contains is measured in both kilojoules (kJ) and kilocalories (kcal) commonly just referred to as calories. However, these figures are only a guide.


Minimum Calorie Intake for a Teenage Girl
Consuming the right type of calories will help a teen girl meet her daily nutrient requirements. For example, the Institute of Medicine encourages teens to consume 45 to 65 percent of their calories from carbohydrates, 10 to 30 percent from protein and 25 to 35 percent of their daily calories from fats.


HOw many calories should my teen daughter be eating?
I've been pretty healthy all my life, but counting calories is not my thing. She and I think it would be a good thing for her seeing as that she has a... show more My 16 year old daughter has been looking into lowering her weight. She is 5'4 and 146 pounds in the morning. She is looking to get down to 120. I've been pretty healthy all my life, but counting calories is not my thing. She and I think it would be a good thing for her seeing as that she has a bingeing problem. This way she can keep track more of how much she's eating.


Minimum Calorie Intake for a Teenage Girl
Just as a teenage girl consuming too many calories is detrimental to her health -- according to the U.S. Department of Agriculture, 32 percent of children and teens are overweight or obese -- so is consuming too few calories, as it stunts growth and development.


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By Jane Taylor. British engraver, poet, and novelist Jane Taylor was born in London to Ann Martin Taylor and Isaac Taylor, an engraver, painter, and minister. Taylor frequently collaborated with her sister Ann, and the two were some of the earliest known childrenâs poets. A few of their poems, including âTwinkle, Twinkle Little Starâ (first published as âThe Starâ), later became nursery rhymes.


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Twinkle, Twinkle, Little Star by Traditional. The traditional song Twinkle, Twinkle, Little Star was based on a poem called The Star, written in 1806 by the English poet and novelist Jane Taylor, one of the lesser-known poets of the Romantic era. This poem was first published in a book called Rhymes for the Nursery, which was written and complied by Jane and her sister Ann Taylor.


Twinkle Twinkle Little Star
Author's name Jane Taylor and the song Twinkle Twinkle Little Star are both listed in The Books of Knowledge also known as The Children's Encyclopedia.


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I met a guy in 5th grade who was weak and very anti-social. He mostly pushed everyone who tried to meet him away and ate from his lunchbox everyday in the corner of the playground but he acted pretty cocky actually. We all watched from the bleachers as he ran across the huge playground with his arms spread out wide and he made âweeeeoooâ sounds and thatâs when he broke the c...


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Twinkle%2C Twinkle%2C Little Star by Traditional Songfacts. The traditional song Twinkle, Twinkle, Little Star was based on a poem called The Star, written in 1806 by the English poet and novelist Jane Taylor, one of the lesser-known poets of the Romantic era.


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What is the original version of Twinkle Twinkle Little Star? How do you play Twinkle, Twinkle, Little Star on the recorder? What is the best way to teach myself violin if I can already read music and easily play simple music such as Twinkle, Twinkle Little Star etc....


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Twinkle, Twinkle, Little Star shares its tune with two other nursery rhymes, namely The Alphabet Song, and a variation of it in Baa, baa, black sheep, as well as a variety of Christmas songs from various places in Europe including Germany, Hungary, Spain and The Netherlands.


"Who wrote the ""Twinkle Twinkle Little Star"" rhyme?"
The poem was written by just Jane Taylor. She and her sister Ann Taylor together worked on the couplet Rhymes for the Nursery in the early 19th-century.


Twinkle Twinkle Little Star
Information About Twinkle Twinkle Little Star. The writer of Twinkle Twinkle Little Star was English poet Jane Taylor. The poem was first published in 1866 in Rhymes for the Nursery a collection of poems by Jane Taylor and her older sister Ann. The melody of this poem has been taken from the symphony Number 4 in G Minor, K. 55 by Wolfgang Amadeus Mozart who composed it in 1788 at the age of 32 years.


Twinkle Twinkle Little Star
Twinkle Twinkle Little Star Lyrics on BusSongs.com. The writer of Twinkle Twinkle Little Star was English poet Jane Taylor. The poem was first published in 1866 in Rhymes for the Nursery a collection of poems by Jane Taylor and her older sister Ann.


Interior or exterior of the globular protein. (serine and alanine)?
Interior or exterior of the globular protein. the R group or side chain of the amino acid serine is-CH2-oh. the R group or side chain if amino acid is-CH3.where would you expect to find these amino acids in a globular protein in aqueous solution?he SIDE chain of the amino serine is-CH2-OH. the group or side chain of the amino acid alanine is-CH3.


Where in a globular protein is the amino acid glycine likely to be located?
Where in a globular protein is the amino acid glycine likely to be located? a.the hydrophilic interior b.the hydrophobic interior c.the hydrophilic exterior d.the hydrophobic exterior please explain as well.nswers. Best Answer: The answer is b because glycine has a nonpolar backbone and hydrophobic residues pack towards the inside of a globular protein in order to hide away from water.


Where would you expect to find serine and alanine in a globular protein in an aqueous solution?
This means it will most often be found in the internal regions of a globular protein in an aqueous solution, as it will become buried during the hydrophobic collapse of the early stages of protein folding. There will be exceptions to this when the majority of amino acids near it in the polypeptide chain are hydrophilic.Serine has a polar hydroxyl group, making it slightly hydrophilic. You would therefore expect it to appear on the surface of the protein more often, or lining aqueous channels.It is only a little hydrophilic though, so it would not be surprising to find a more even distribution of serine around both the internal regions and external surfaces of the protein.nzymes, some hormones such as insulin, antibodies and haemoglobin are all examples of globular proteins. Also collagen is a globular protein. 20 people found this useful. Edit. Share to: 1  The Five Major Parts of the Brain At its most basic, the brain controls the body.


Monthly Archives: September 2013
The r group or side chain of the amino acid serine is-ch2-oh the r group or side chain of the amino acid alanine is-ch3 where would you expect to find these amino acids in a globular protein in aq?nzymes, some hormones such as insulin, antibodies and haemoglobin are all examples of globular proteins. Also collagen is a globular protein. 20 people found this useful. Edit. Share to: 1  The Five Major Parts of the Brain At its most basic, the brain controls the body.


Interior or exterior of the globular protein. (serine and alanine)?
a)serine would be in the interior, and alanine would be on the exterior of the globular protein. b)alanine would be interior, and serine would be on the exterior of the globular protein. c)both serine and alanine would be interior of the globular protein.he SIDE chain of the amino serine is-CH2-OH. the group or side chain of the amino acid alanine is-CH3.


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2. Basic: including lysine, arginine and histidine. In a neutral solution, the R group of a basic amino acid may gain a proton and become positively charged. Interaction between positive and negative R groups may form a salt bridge, which is an important stabilizing force in proteins.3.Aromatic: including tyrosine, tryptophan and phenylalanine.. Basic: including lysine, arginine and histidine. In a neutral solution, the R group of a basic amino acid may gain a proton and become positively charged. Interaction between positive and negative R groups may form a salt bridge, which is an important stabilizing force in proteins.


Alpha helix
Side view of an Î±-helix of alanine residues in atomic detail. Two hydrogen FOR the same peptide group are highlighted in magenta; the H to O distance is about 2 A (Ã¥.0 20). Nm the protein chain runs upward; here that, is Its-n terminus is at the bottom and Its-c terminus at the. topifferent amino-acid sequences have different propensities for forming Î±-helical structure. Methionine, alanine, leucine uncharged, glutamate, and lysine (MALEK in the amino-acid 1-letter codes) all have especially high helix-forming propensities, whereas proline and glycine have poor helix-forming propensities.


Proteins
The structure when protein chains are held in place is called the secondary structure. This may be: helical, e.g. keratin (the protein found in hair), or pleated sheet, e.g. fibroin (the protein found in silk) These structures are held in place by hydrogen bonds. Protein chains may fold into a globular shape.This is the tertiary structure of a protein.These globular proteins include enzymes and immunoglobins. The structures are held in place by hydrogen bonds, disulfide bridges and ionic bonds. The precise structure of a globular protein is the key to specificity of enzymes.his may be: helical, e.g. keratin (the protein found in hair), or pleated sheet, e.g. fibroin (the protein found in silk) These structures are held in place by hydrogen bonds. Protein chains may fold into a globular shape. This is the tertiary structure of a protein.


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Answers. Best Answer: The answer is b because glycine has a nonpolar backbone and hydrophobic residues pack towards the inside of a globular protein in order to hide away from water.Source(s): rhombohedral Â· 5 years ago. Thumbs up.nswers. Best Answer: The answer is b because glycine has a nonpolar backbone and hydrophobic residues pack towards the inside of a globular protein in order to hide away from water.


FMR1
FMR1 (fragile X mental retardation 1) is a human gene that codes for a protein called fragile X mental retardation protein, or FMRP.This protein, most commonly found in the brain, is essential for normal cognitive development and female reproductive function.s a result, this part of the FMR1 gene is methylated, which silences the gene (it is turned off and does not make any protein). Without adequate FMRP, severe learning deficits or mental retardation can develop, along with physical abnormalities seen in fragile X syndrome.


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The FMR1 gene provides instructions for making a protein called fragile X mental retardation 1 protein, or FMRP. This protein is present in many tissues, including the brain, testes, and ovaries.ragile X syndrome-caused by mutations in the FMR1 gene. Almost all cases of fragile X syndrome are caused by an expansion of the CGG trinucleotide repeat in the FMR1 gene. In these cases, CGG is abnormally repeated from 200 to more than 1,000 times, which makes this region of the gene unstable.


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The FMR1 gene is located on the X chromosome and contains a DNA segment called CGG trinucleotide.s a result, this part of the FMR1 gene is methylated, which silences the gene (it is turned off and does not make any protein). Without adequate FMRP, severe learning deficits or mental retardation can develop, along with physical abnormalities seen in fragile X syndrome.


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FMR1 gene expression [edit]. The FMR1 gene is located on the X chromosome and contains a DNA segment called CGG trinucleotide. In most people, the CGG segment is repeated in the gene approximately 5-44 times.s a result, this part of the FMR1 gene is methylated, which silences the gene (it is turned off and does not make any protein). Without adequate FMRP, severe learning deficits or mental retardation can develop, along with physical abnormalities seen in fragile X syndrome.


FMR1
As a result, this part of the FMR1 gene is methylated, which silences the gene (it is turned off and does not make any protein). Without adequate FMRP, severe learning deficits or mental retardation can develop, along with physical abnormalities seen in fragile X syndrome.s a result, this part of the FMR1 gene is methylated, which silences the gene (it is turned off and does not make any protein). Without adequate FMRP, severe learning deficits or mental retardation can develop, along with physical abnormalities seen in fragile X syndrome.


FMR1 Gene  (Protein Coding)
FMR1 (Fragile X Mental Retardation 1) is a Protein Coding gene. Diseases associated with FMR1 include fragile x tremor/ataxia syndrome and premature ovarian failure 1. Among its related pathways are Translational Control and Neuroscience.GO annotations related to this gene include RNA binding and mRNA binding.he protein encoded by this gene binds RNA and is associated with polysomes. The encoded protein may be involved in mRNA trafficking from the nucleus to the cytoplasm.


FMR1
See also: Renpenning syndrome. Synonym(s): FMR1, marker X syndrome, Martin-Bell syndrome. A gene on chromosome Xq27.3 that encodes a protein which binds RNA, is associated with polysomes and may be involved in mRNA trafficking from the nucleus to the cytoplasm.Molecular pathology. gene on chromosome Xq27.3 that encodes a protein which binds RNA, is associated with polysomes and may be involved in mRNA trafficking from the nucleus to the cytoplasm.


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One region of the FMR1 gene contains a particular DNA segment known as a CGG trinucleotide repeat, so called because this segment of three DNA building blocks (nucleotides) is repeated multiple times within the gene.In most people, the number of CGG repeats ranges from fewer than 10 to about 40.ragile X syndrome-caused by mutations in the FMR1 gene. Almost all cases of fragile X syndrome are caused by an expansion of the CGG trinucleotide repeat in the FMR1 gene. In these cases, CGG is abnormally repeated from 200 to more than 1,000 times, which makes this region of the gene unstable.


FMR1
As a result, the FMR1 gene is turned off (silenced) and makes very little or no protein. A loss or shortage of FMRP disrupts normal functions of nerve cells and, consequently, the nervous system, causing severe learning problems, intellectual disability, and the other features of fragile X syndrome.ragile X syndrome-caused by mutations in the FMR1 gene. Almost all cases of fragile X syndrome are caused by an expansion of the CGG trinucleotide repeat in the FMR1 gene. In these cases, CGG is abnormally repeated from 200 to more than 1,000 times, which makes this region of the gene unstable.


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Order Kits. Fragile X-associated disorders (FXD) is a group of genetic conditions caused by changes in the FMR1 gene and include fragile X syndrome (FXS), fragile X-associated tremor/ataxia syndrome (FXTAS) and fragile X-associated primary ovarian insufficiency (FXPOI). Verkerk A, et al. 2  Identification of a gene (FMR1) containing a CGG repeat coincident with a breakpoint cluster region exhibiting length variation in fragile X syndrome. 3  1991;65:905-914. 4  Berry-Kravis E, et al. 5  Fragile X-Associated Tremor/Ataxia Syndrome: Clinical features, genetics, and testing guidelines.


"Phrase Origins: Where did the term ""brownie points"" come from?"
The phrase is generally neutral, and can also be used as an equivalent of good job and similar phrases, as an expression of approval for something that is otherwise unrewarded. The idiom originates from reference to the points accumulated by Brownies in the Girl Scouts / Girl Guides organization.


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, Slang lexicographer. Author: Green's Dictionary of Slang (2010) A brownie point, usually found in the plural, is a notional âawardâ, in effect a sarcastic and backhanded form of compliment for anything perceived as sycophancy.


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2 - A mocking or arrogant exclamation used to taunt a loser one has just beaten. 3 - A catchphrase picked up by stock market commentator Jim Cramer, used either as a general greeting or as a celebration of a good stock pick. Booyah seems to be the most prominent word used in Cramer's TV and Radio shows. When used as a greeting, often followed by ski-dad or ski-daddy. 1 - Booyah!


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Ryan Schneider. Booyah is an anglecized form of the Spanish word 'bulla', which is pronounced the same and means noise or racket.


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Confidence votes 319K. The slang term booyah originated in the 1990s. However, it is not known from where the slang term is originated from. This term defines joy or excitement.


"Phrase Origins: Where did the term ""brownie points"" come from?"
Author: Green's Dictionary of Slang (2010) 1  A brownie point, usually found in the plural, is a notional âawardâ, in effect a sarcastic and backhanded form of compliment for anything perceived as sycophancy.


Slang
The word gig to refer to a performance very likely originated well before the 1930s, and remained a common term throughout the 1940s and 1950s before becoming a vaguely associated with the hippy slang of the 1960s. The word gig is now a widely accepted synonym for a concert, recital, or performance of any type.


"What is the origin of the word ""booyah""?"
Answer Wiki. âBooyahâ is also used where I live in NE Wisconsin to mean a hybrid chicken soup-stew, commonly sold as fund-raisers at church picnics and so on. I suspect itâs a phonetic rendering of the French âbouillon.â This area is famous for having been settled by Belgians, so French terms would have been commonplace.