Abilene, Kansas: The Boyhood Home of President Dwight D. Eisenhower
âThe proudest thing I can claim is that I am from Abilene.â â President Dwight D. Eisenhower The 34th president of the United States and 5-Star General was born and raised in Abilene, Kansas. Founded in 1857, the town grew when the railroad and the Chisholm Trail intersected causing it to become the first cowtown [â¦]


Abilene, Kansas
Abilene (pronounced / Ë Ã¦ b Éª l iË n /) is a city in and the county seat of Dickinson County, Kansas, United States. As of the 2010 census, the city population was 6,844. The Dwight D. Eisenhower Presidential Library and Museum is located in Abilene.


Abilene, Kansas
Abilene is a city in and the county seat of Dickinson County, Kansas, United States. As of the 2010 census, the city population was 6,844. The Dwight D. Eisenhower Presidential Library and Museum is located in Abilene.


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In 1948, Eisenhower left active duty and became president of New York Cityâs Columbia University. His brief return to civilian life ended in 1950, however, when President Harry S. Truman asked him to take command of the new North Atlantic Treaty Organization (NATO) forces in Europe.


Who was the president who grew up not speaking English?
Who were the presidents that grew up in Tennessee? U.S. Presidents Andrew Jackson, James Polk and Andrew Johnson all came from Tennessee. Andrew Jackson was born in Waxhaw, North Carolina.


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Actually, his horse wasn't named Dark Horse.. Polk was considered to be the first presidential dark horse, meaning that he was elected as president despite not being considerâ¦ed a forerunner for the position.


Why was James K. Polk called the dark horse?
Why was James K. Polks horse named the dark horse? Actually, his horse wasn't named Dark Horse. Polk was considered to be the first presidential dark horse, meaning that he was elected as president despite not being consider â¦ ed a forerunner for the position. Where did James K. Polk married? James K. Polk was married in Murfreesboro, Tennessee at the bride's home Sarah Childress.


Dark Horse: The Surprise Election and Political Murder of President James A. Garfield
Sep 21, 2008 rated it liked it. 1  I would hardly guess that 1 out of 100 Americans could even recognize the name James A Garfield as an American President, much less recall that he's notable for his assassination.


Nicknames for the President of the United States
â Food Stamp President - Coined by Newt Gingrich. As of June 25, 2012, Google estimates about 350,000 search results for this term â Teleprompter-in-chief â As of June 25, 2012, Google estimates that the Google search Teleprompter in chief and Obama has over 860,000 search results


List of nicknames of Presidents of the United States
The Era of Good Feelings President John Quincy Adams: Old Man Eloquent Andrew Jackson: Old Hickory; King Andrew; The Hero of New Orleans; Sharp Knife. Martin Van Buren: Old Kinderhook; The American Talleyrand; The Careful Dutchman William Henry Harrison: Tippecanoe John Tyler: His Accidency James Knox Polk: Young Hickory; Napoleon of the Stump Zachary Taylor


Dark horse
American folk band Bowerbirds released an album titled Hymns for a Dark Horse, featuring a song titled Dark Horse.. Switchfoot's song Dark Horses was inspired by an organization called StandUp for Kids, which aids homeless and street children (the Dark Horses) across America.


Woodrow Wilson
Thomas Woodrow Wilson was an American statesman and academic who served as the 28th President of the United States from 1913 to 1921. A member of the Democratic Party, Wilson served as the President of Princeton University from 1902 to 1910 before winning the 1912 presidential election. As president, he oversaw the passage of progressive legislative policies unparalleled until the New Deal in 1933. He also led the United States during World War I, establishing an activist foreign policy known as


Dark Horse Candidate
James K. Polk, The First Dark Horse Candidate. The first dark horse candidate to receive a party nomination was James K. Polk, who emerged from relative obscurity to become the nominee of the Democratic Party at its convention in 1844.


Woodrow Wilson
Historian Edmund Morris called Wilson in the Governor's race a dark horse. He attributed his and others' success against the Taft Republicans in 1910 in part to the emergent national progressive message enunciated by Theodore Roosevelt after his presidency.


APUSH Presidential Matters
-nominated by the republican party as a dark horse candidate -represented opposition to the league of nations, low taxes, high tariffs, immigration restriction, and aid to farmers -harding won the election, repudiating wilson's domestic policies toward civil rights


Earth Science Chapter 17 (Tyler Johnson)
What is being described, when air pressure increases, the mercury in the tube rises. When air pressure decreases, so does the height of the mercury column


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What's Hot.  1 Difference Between 1st, 2nd & 3rd Level Consumers in a Food Web. 2  The Combustion of Propane to Make Carbon Dioxide and Water Vapor. 3  Biomes of the Tundra: Food Chains & Webs. 4  Ecological Concerns That Affect the Tundra.


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Pressure system. A pressure system is a relative peak or lull in the sea level pressure distribution. The surface pressure at sea level varies minimally, with the lowest value measured 87 kilopascals (26 inHg) and the highest recorded 108.57 kilopascals (32.06 inHg).


Compare & Contrast High & Low Pressure Systems
Stormy Conditions. High and low pressure systems produce opposing weather conditions. High pressure systems are generally associated with fair weather, while low pressure systems bring clouds, precipitation and sometimes stormy conditions. While just sunshine and fair-weather clouds typically accompany high pressure systems, a range of conditions, ranging from mild drizzle to heavy snow to intense lightening, occur under areas of low pressure. Additionally, high pressure systems usually produce only light winds, while the storminess associated with low pressure systems can produce strong, sometimes even damaging winds.


Earth Science Chapter 17 (Tyler Johnson)
High air pressure are usually associated with All of these (Divergent winds, Descending, Clear weather, Relatively dry conditions) Low air pressure systems are usually associated with All of these (Diverging winds, Descending air, Clouds and possible precipitation, Clear weather) In the Southern Hemisphere, the winds associated with a low-pressure system blow Clockwise toward the center If fair weather is approaching, the pressure tendency would probably be


Earth Science Chapter 17 (Tyler Johnson)
Pressure data on a map are shown using lines that connect places of equal air pressure are called Isobars The greater the pressure differences between two places, the slower the wind speed


Pressure system
Pressure systems cause weather to be experienced locally. Low-pressure systems are associated with clouds and precipitation that minimize temperature changes throughout the day, whereas high-pressure systems normally associate with dry weather and mostly clear skies with larger diurnal temperature changes due to greater radiation at night and greater sunshine during the day.


Pressure system
A pressure system is a relative peak or lull in the sea level pressure distribution. The surface pressure at sea level varies minimally, with the lowest value measured 87 kilopascals and the highest recorded 108.57 kilopascals. High- and low-pressure systems evolve due to interactions of temperature differentials in the atmosphere, temperature differences between the atmosphere and water within oceans and lakes, the influence of upper-level disturbances, as well as the amount of solar heating or


Learn About High and Low Air Pressure Systems
An important characteristic of the Earth's atmosphere is its air pressure as it often determines wind and weather patterns across the globe. By definition, atmospheric or air pressure is the force per unit of area exerted on the Earthâs surface by the weight of the air above the surface.


5 Home Frizzy Hair Remedies
5 Home Frizzy Hair Remedies. Simple, homemade, frizzy hair remedies to spruce up your curls. Summer weather brings along humidity. In the natural hair community we know that humidity equates to frizzy hair. No bueno. Here are 5 of my incredibly easy DIY recipes to avoid frizz! Check them out below. 1. Carbonated Coconut Water Hair Rinse. Carbonated water is a simple solution to this common frizz issue because it has a low pH, which helps the cuticle layer of the hair lay flat. Coconut water is a fantastic natural moisturizer (although this recipe can be done with regular distilled water instead).


5 Home Frizzy Hair Remedies
Directions. 1  Add water, beer and peppermint oil to a spray bottle or bowl and mix it well. 2  Spray the rinse directly on hair or pour over it and allow it to sit for 2 minutes. 3  Rinse with lukewarm water and rinse again with cool water.


How To Prevent Frizzy Hair
Damaged Hair. Your straightener may save you from a frizzy hair day, but it also may be the cause of one later down the road. The more styling you do, the more damaged your hair will be. Split ends and broken hairs tend to spring outward, resulting in frizz.


How to Get Rid of Frizzy Hair
Do this: 1  Wash your hair with shampoo and water. 2  Now rinse the hair simply with any carbonated water. 3  Do this after every session of washing hair with shampoo. 4  Keep on doing this regularly for quite some time till you feel the problem of your frizzy hair has been solved.


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6 Frizz Mistakes to Avoid. Silky-smooth (or not!) hair takes shape before you even shampoo. Discover the hair products and styling techniques to useâand steer clear ofâfor frizz-free strands. Sodium lauryl sulfate, the key ingredient in most traditional shampoos, is an effective cleanser, but can leave hair dry and frizzy.


How to Get Rid of Frizzy Hair
Beer can replenish the lost moisture in your hair. If you remember, lack of moisture is the main cause of frizzy hair. Various minerals and nutrients including vitamin B and natural sugars present in beer also add volume and shine to your hair. If you want this remedy to be more effective, use darker beer.


5 Home Frizzy Hair Remedies
You can put some on your damp hair after a shower and it'll fix your hair all day long, it's really good for breakage, frizz, dryness and to prevent hair loss and split ends. July 10, 2012 at 12:24 PM HiyaMaddie said... Try Aussie 3 minute miracle. But leave it in for an hour or so. Do this once a week. It helps a lot. Also it makes it smell good


15 Life-Changing Ways To Tame Frizzy Hair
Washing too frequently strips hair of those oils, making it drier than the Mojave, which causes frizz. If you have naturally oily hair, use a dry shampoo to stretch the time between washes. 3. But when you DO wash your hair, finish off with a deep-conditioning treatment.


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3 Responses to 6 Tips for Controlling Frizz in Natural Hair. 1  I agree with you Dana its naturally frizzy when curls arenât present. 2  I always believed that my hair was frizzy because itâs dry.


Damage Control: Frizzy Natural Hair Remedies
Damage Control: Frizzy Natural Hair Remedies by Shelli of Hairscapades In the last week or so, Iâve been asked a couple of times about products that I use to control frizz.


ASA Cabin Atmosphere Control sys.
B- Negative pressure relief valve. 34 (8530) - If the liquid level gauge in a vapor-cycle cooling system indicates a low freon charge, the system should. B- be operated for a period of time to reach a stable condition and then the freon level rechecked.


M3-Airframe Systems & Application
In a high-pressure oxygen system, if the pressure reducer fails, what prevents high pressure oxygen from entering the system downstream? *


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Then when those blood cells move to a different part of the body where the cells have relatively low concentrations of oxygen, the oxygen leaves the hemoglobin molecule and diffuses into the cells.The problem with carbon monoxide (CO) is that hemoglobin actually has a much higher affinity for CO than for oxygen.


How to Prevent Dry Nose, Throat, and Mouth on Oxygen
How to Prevent Dry Nose, Throat, and Mouth on Oxygen This entry was posted on December 6, 2016 by Danielle Jason. If you or a loved one is on Oxygen Therapy, you may have noticed some uncomfortable dryness in the throat, nose, or mouth. This is a common side-effect for first time oxygen users that most people grow accustom to over time.


Oxygen and Cancer Low Levels Of Oxygen Can Breed Cancer...
When addressing the oxygen and cancer link, It is also important to repair the mitochondria in cells, which is the part of the cell that uses oxygen to make energy. Cancer, at the most fundamental level, develops in cells that cannot produce energy using oxygen because their mitochondria is not working properly.


Oxygen and Cancer Low Levels Of Oxygen Can Breed Cancer...
Oxy Life Force Elixir works in several ways. 1  It signals cells to uptake more oxygen. 2  Oxy Life Force Elixir influences your red blood cells; improving their ability to carry more oxygen to your cells. 3  It improves the ability of the mitochondria to utilize the oxygen that gets into your cells. 4  It increases the life force energy in your cells and body.


Rational Use of Oxygen
Diffusion impairment (thickened alveolar septa or decreased transit time of blood through pulmonary capillaries prevents equilibration of oxygen between alveolus and blood [pulmonary edema, pulmonary fibrosis])


Redistricting
Possible redistricting reforms include: 1  Criteria-Driven Civil Servant Approach: Based on the approach taken in Iowa, this reform would have district maps drawn by a nonpartisan body of civil servants according to criteria set by statute.


Redistricting
The âCongressional Redistricting Forecastâ section provides a national overview of the process, as well as a state-by-state guide to redistricting. Other Resources The following resources provide additional information about state redistricting processes, redistricting litigation, and other matters related to reapportionment and redistricting reform.


Redistricting
Gerrymander: Drawing a district with boundaries that favor one or more groups of voters and/or some candidates over others. 1  Partisan gerrymandering: Drawing a district to favor one political party over others. 2  Racial gerrymandering: Drawing a district to favor one racial group over others.


Redistricting
The redistricting reforms considered have all been put forward as solutions to either the Republican bias of current district maps, the lack of competition in those districts, the lack of compactness in those districts, or the insufficient representation of racial minorities:


Redistricting
This report examines different options for how redistricting in the South could be reformed through the creation of sample maps. These maps illustrate the fundamental trade-offs inherent in different reform options â especially those options that continue to use the single-member, winner-take-all district system.


Redistricting
Nesting: Redistricting method of creating two or more state lower legislative chamber districts that are completely contained within the boundaries of a state upper legislative chamber district. One person, one vote: Constitutional principle based on Article I, Section 2 and the 14th Amendment which holds that each person's vote should count the same as every other person's vote.


National Overview of Redistricting: Who draws the lines?
Independent Commissions. 1  Six states (AK, AZ, CA, ID, MT, WA) currently conduct state redistricting through independent commissions, in which no individual drawing the lines can be a legislator or public official.


Redistricting
Many ways exist for electing congressional delegations and state legislatures, but every state currently does so by dividing the state into legislative districts that must be redrawn every decade after a new census. Because states create districts, they must decide how district lines will be drawn. In many states, the state legislature draws the districts and openly does so in order to influence the likely partisan makeup of the legislature, discourage electoral competition and/or generally hurt their political enemies and help their friends.


Redistricting
Redistricting: Process of redrawing the districts within a jurisdiction to reflect the results of the reapportioning process as well as the results of the Census; for example, congressional district boundaries may be changed to account for population shifts within a state.


Redistricting
Criteria-Driven Legislative Redistricting with Judicial Approval: Based on the approach taken in Florida, this reform would continue to allow the state legislature to adopt district maps, but it would require it to do so according to criteria set by statute.


Former LSU and pro QB legend Y.A. Tittle passes away
Tittle led the league in touchdown passes in 1955 and was named Player of the Year in 1957. Tittle was later traded to the New York Giants, which he led to the championship game three straight times. He was inducted into the Pro Football Hall of Fame in 1971. Copyright 2017 WAFB. All rights reserved.


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LSU has confirmed the passing of LSU and pro football legend Y.A. Tittle. He was 90 years old.


Former LSU, NFL star Y.A. Tittle dead at age 90
Pro Football Hall of Fame member and former LSU star Y.A. Tittle has died, LSU announced on Monday. Tittle, who died on Sunday night, would have been 91 years old on Oct. 24. #LSU mourns the loss of one of the game's all-time greats, as Hall of Famer Y.A. Tittle passed away Sunday night at the age of 90. pic.twitter.com/7k0fvfgLyd-- LSU Football (@LSUfootball) October 9, 2017


Y. A. Tittle
Yelberton Abraham Tittle Jr., better known as Y. A. Tittle, was a professional American football quarterback. He played in the National Football League for the San Francisco 49ers, New York Giants, and Baltimore Colts, after spending two seasons with the Colts in the All-America Football Conference. Known for his competitiveness, leadership, and striking profile, Tittle was the centerpiece of several prolific offenses throughout his seventeen-year professional career from 1948 to 1964. Tittle pl


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Y. A. Tittle. Yelberton Abraham Tittle Jr. (born October 24, 1926), better known as Y. A. Tittle, is a former professional American football quarterback. He played in the National Football League (NFL) for the San Francisco 49ers, New York Giants, and Baltimore Colts, after spending two seasons with the Colts in the All-America Football Conference (AAFC).


Y. A. Tittle
Y. A. Tittle - Notes. ^ 1  Not to be confused with the better-known Baltimore Colts of the NFL, founded in 1953. ^ 2  a b Y.A Tittle Bio. Pro Football Hall of Fame. ^ 3  a b c d e f g h i j k l m Tiger Den Archives â IX. goldenrankings.com. ^ 4  a b c Vincent, Herb (2008). ^ 5  a b Finney, Peter (November 18, 2009). ^ 6  a b Calhoun, Jim (1971).


Y. A. Tittle
Yelberton Abraham Tittle Jr. (October 24, 1926 â October 8, 2017), better known as Y. A. Tittle, was a professional American football quarterback. He played in the National Football League (NFL) for the San Francisco 49ers, New York Giants, and Baltimore Colts, after spending two seasons with the Colts in the All-America Football Conference (AAFC).


Y. A. Tittle
Y. A. Tittle - Notes. ^ 1  Not to be confused with the better-known Baltimore Colts of the NFL, founded in 1953. ^ 2  a b Y.A Tittle Bio. ^ 3  a b c d e f g h i j k l m Tiger Den Archives â IX. ^ 4  a b c Vincent, Herb (2008). ^ 5  a b Finney, Peter (November 18, 2009). ^ 6  a b Calhoun, Jim (1971). ^ 7  a b Tittle Named Rookie of Year in AAC.


Y. A. Tittle
Tittle played college football for Louisiana State University, where he was a two-time All-Southeastern Conference (SEC) quarterback for the LSU Tigers football team. As a junior, he was named the most valuable player (MVP) of the infamous 1947 Cotton Bowl Classicâalso known as the Ice Bowlâa scoreless tie between the Tigers and Arkansas Razorbacks in a snowstorm.


Former LSU and pro QB legend Y.A. Tittle passes away
LSU has confirmed the passing of LSU and pro football legendary quarterback Y.A. Tittle. Officials said he died Sunday night. He was 90 years old. NFL Hall of Famer Yelberton Abraham Tittle Jr., better known as Y.A., was a two-time All SEC quarterback while at LSU.


ago
Usage: Although since can be used as a synonym of ago in certain contexts, the use of ago and since together, as in it's ten years ago since he wrote that novel, is redundant. Instead, it would be correct to use it is ten years since he wrote that novel, or it is ten years ago that he wrote that novel.Â·go. adv. & adj. 1. Gone by; past: two years ago. 2. In the past: It happened ages ago. [Middle English, past participle of. , to go away, from Old English. :


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4 3 2 1 90% or more students met goal 80% or more students met goal 70% or more students met the goal Less than 70% of students met goal Some teachers may identify a specific standard in their curriculum that all their students have a weakness in, or that they deem particularly important for students to know.ncludes large proportion of curriculum standards. Covers all students in a teacherâs Algebra I classes and aligned comprehensively with course standards. General-tiered goal Same as above, but with student goals tiered by preparation levels Same as above, but with student goals tiered by preparation levels.


What are function of SGOT , SGPT and BILIRUBIN ?
SGOT: Serum glutamic oxaloacetic transaminase, an enzyme that is normally present in liver and heart cells. SGOT is released into blood when the liver or heart is damaged.he blood SGOT levels are thus elevated with liver damage (for example, from viral hepatitis) or with an insult to the heart (for example, from a heart attack). Some medications can also raise SGOT levels.


What are function of SGOT , SGPT and BILIRUBIN ?
The blood SGOT levels are thus elevated with liver damage (for example, from viral hepatitis) or with an insult to the heart (for example, from a heart attack). Some medications can also raise SGOT levels.SGOT is also called aspartate aminotransferase (AST).he blood SGOT levels are thus elevated with liver damage (for example, from viral hepatitis) or with an insult to the heart (for example, from a heart attack). Some medications can also raise SGOT levels.


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SGOT. n. Serum glutamic aminotransferase; an enzyme that catalyzes the transfer of the amino group from glutamic acid to oxaloacetic acid forming alpha-ketoglutaric acid and aspartic acid, used to measure liver function.Also called aspartate transaminase, AST, GOT, glutamic-oxaloacetic transaminase.erum glutamic aminotransferase; an enzyme that catalyzes the transfer of the amino group from glutamic acid to oxaloacetic acid forming alpha-ketoglutaric acid and aspartic acid, used to measure liver function.


so 1
1. in the way or manner indicated: Do it so. 2. in that or this manner or fashion; thus: So it turned out. 3. in the aforesaid state or condition: It is broken and has long been so. 4. to the extent or degree indicated or suggested: Do not walk so fast.he change was so gradual that nobody noticed it. This can be such a gradual process that you are not aware of it. You can use so, and so, or so that to introduce the result of a situation that you have just mentioned.


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Example 1: studentsteach the students up to May 1, the week before the final assessment In some cases, perhaps because you have multiple levels or types of classes, setting one General SGO for all students will be impractical. In this case, you will set two General SGOs, as in Example 2 that follows.lease visit the SGO Section of the AchieveNJ website for updates to this resource and to access individual forms found in the Appendix. 1.1 Measures of Student Growth With the signing of the TEACHNJ Act, 2 the evaluation of teachers in New Jersey must include multiple measures of student growth.


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Her end of yea Alternatively, you and your evaluator may decide that a Specific SGO is more appropriate for your situation, as outlined in the next section. Example 2: An 11 th-grade life science teacher teaches three sections of biology and two of anatomy and physiology.She sets one General SGO for all of her biology students and one General SGO for all of her anatomy and physiology students.lease visit the SGO Section of the AchieveNJ website for updates to this resource and to access individual forms found in the Appendix. 1.1 Measures of Student Growth With the signing of the TEACHNJ Act, 2 the evaluation of teachers in New Jersey must include multiple measures of student growth.


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4 Basic Steps to Creating an SGO In setting SGOs, teachers should take the following steps: 1. Choose or develop a quality measurement tool (examples follow) that is aligned to applicable standards. 2. Determine studentsâ starting points based in available data.ncludes large proportion of curriculum standards. Covers all students in a teacherâs Algebra I classes and aligned comprehensively with course standards. General-tiered goal Same as above, but with student goals tiered by preparation levels Same as above, but with student goals tiered by preparation levels.


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Here are some possibilities: 1  Fun with friends. 2  A childâs birthday party. 3  An adultâs birthday party! 4  Some Christmas fun for after the big meal. 5  Raising money for a particular cause.


Bingo Fundraiser
Fundraising With Bingo Games. Bingo Fundraiser â Getting started A bingo fundraiser is very easy to put together. All you need is a large room with lots of tables, bingo supplies, and a caller. Select a night, publicize your event, and youâre in business. You can purchase bingo supplies from party stores or you can make your own.


How to Host a Bingo Fundraiser for Charity in Swansea, MA
You can usually find a very affordable Bingo game set at most party stores or game stores that wonât cost a lot of money. Make sure you speak with the social event coordinators at the banquet hall in Swansea, MA to make sure itâs okay to host a Bingo night at their location. How It Works Once your guests start arriving at the banquets and restaurant locations for your Bingo fundraiser, they have a chance to purchase a Bingo card and other opportunities to win prizes.


Bingo Night
Eyes down for a fantastic Bingo Night Fundraiser. All you need to know to make your event go Clickety Click! Find this Pin and more on PTO by havi2878. Bingo Night Fundraiser? See More


How To Hold A Successful Basket Bingo Fundraiser
The Elements of a Typical Basket Bingo Fundraiser Are: 1  Admission Tickets Admission tickets are usually sold for $20.00 at the door or $18.00 in advance. 2  Raffle Prizes In addition to prizes for each bingo game, you can also hold a raffle of a special prize. 3  Door Prizes You can also have door prizes that you hold drawings for during the event.


How to Host a Bingo Fundraiser for Charity in Swansea, MA
The tools you need to host a Bingo fundraiser include: a large banquet hall with lots of space for tables and chairs. Bingo supplies, including cards, daubers and a ping pong ball number picker. a Bingo caller to pick the numbers one at a time, mark them on a list and call them.


Bingo Books: How To Host A Bingo Event
Bingo Caller â One final thing you will need to do when hosting a bingo event is to find someone to call out the numbers on each game played! You will be best off getting someone who has a bubbly personality to do this task as they will be able to keep the players amused and entertained as they are playing bingo.


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Church halls or school halls make ideal venues for bingo, and many are happy to loan the use of the hall for charity events or fundraisers for school or church supplies. One thing to consider is that many bingo players may smoke, however this is now illegal in clubs and regular halls.


How to raise funds at your bingo event
How to raise funds at your bingo event. Here we shall provide a theoretical demo to show how you can use a Fundeo Bingo pack for fundraising and raise over Â£800 in just a couple of hours. There are at least three direct sources of funds from a Fundeo Bingo event: - Sponsorship for the Prizes. - Sale of admission tickets.


Wyoming Equality to host Drag Queen Bingo fundraiser
Wyoming Equality is hosting a bingo fundraiser next week with a slight twist. Instead of your average bingo callers, this particular event will be hosted by drag queens. Drag Queen Bingo will be held at the Radisson on Jan. 28.


LeBron James Facing Biggest Challenge of Career with These Cleveland Cavaliers
Cleveland averages 39.5 assist opportunities per game, the fifth-worst mark in the league. Instead of letting the ball flow freely, LeBron James and Kyrie Irving dominate it and often take contested pull up shots. They rank No. 11 and No. 14 in touches per game and 12th and eighth on pull up field goal attempts per game, respectively.


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James is an active supporter of the Boys & Girls Club of America, Children's Defense Fund, and ONEXONE. He also has his own charity foundation, the LeBron James Family Foundation, which is based in Akron. Since 2005, the foundation has held an annual bike-a-thon in Akron to raise money for various causes.


LeBron James
He also has his own charity foundation, the LeBron James Family Foundation, which is based in Akron. Since 2005, the foundation has held an annual bike-a-thon to raise money for various causes.


LeBron James Facing Biggest Challenge of Career with These Cleveland Cavaliers
LeBron James Facing Biggest Challenge of Career with These Cleveland Cavaliers. Heâs been touted and lauded, the hype so hot it would sear a weaker man to ash. Heâs been doubted and derided, his name dragged through mud thickened by insolent ink. No matter how many feats he meets, itâll be the blunders from a decade ago that keep the cameras rolling. Over an unparalleled 11-year career, LeBron James has faced a battery of tests that would make Hercules head for the hills. And none will prove tougher than leading these Cleveland Cavaliers to the Promised Land.


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LeBron Raymone James (/ l É Ë b r É n /; born December 30, 1984) is an American professional basketball player for the Cleveland Cavaliers of the National Basketball Association (NBA).


LeBron James Facing Biggest Challenge of Career with These Cleveland Cavaliers
That, for LeBron, is the harder hardwood high-wire act. James has been down this road before, of course. Four years ago, in the midst of a 9-8 start, it was the King being brought to court, forced to answer for the Miami Heatâs lackadaisical play.


What was the Three-Fifths Compromise?
After much debate, it would be James Madison that would suggest the Three-Fifths Compromise. However, the Three-Fifths Compromise would not be adopted until the Constitutional Convention because the Compromise was not approved by all of the states and the Articles of Federation required a unanimous vote.


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A: The Three-Fifths Compromise settled the disagreement at the U.S. Constitutional Convention in 1787 over how to count slaves when determining a state's population for taxation and representation purposes. This compromise is in Article 1, Section 2, Paragraph 3 of the United States Constitution. Continue Reading


The Three-Fifths Compromise: Definition & Summary
Video: The Three-Fifths Compromise: Definition & Summary While drafting the Constitution, the Founding Fathers argued about how slavery and representation could coexist. Learn here why the Founders decided to allow some, but not all, slaves to count toward states' population.


What Did the Great Compromise Establish?
The Great Compromise resolved the issue of representation in the United States legislature. Large states wanted greater representation because of their larger population, and smaller states wanted... The Great Compromise resolved the issue of representation in the United States legislature. Large states wanted greater representation because of their larger population, and smaller states wanted all states to be represented equally. On July 16, 1787, the Great Compromise, also commonly known as the Connecticut Compromise, resolved this issue.


What problem did the Three-fifths Compromise solve?
a disagreement between slave state and free states over whether slaves should be counted as part of the population.


What problem did the Three-fifths Compromise solve?
exists and is an alternate of . Because of slavery in the south sometimes the slave population outnumbered the whites due to the amount of slaves plantation owners had and the number of plantations and farms.


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The Great Compromise Resolved the Controversial Issue of; The Three Fifths Compromise Resolved the Issue of; The Great Compromise of the Constitution; Explain the Great Compromise; A Summary of the Great Compromise; Arguments for Ratification of Constitution in 1787


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What was accomplished by the 3/5 Compromise? What were the arguments on both sides of the issue?


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Or the problem of cloning can be either i â¦ f u come out a baby then u have no hope to count on that baby or either if the clone doesnt come out excactly like u because the machine can have problems...


Chapter 20: Biotechnology
Explain how eukaryotic genes are cloned to avoid the problems associated with introns.


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The more pleasure produced and pain reduced, the closer an action is to being right. The problem with utilitarianism is that it is incredibly hard to judge whether an action is right or wrong due to the difficulty in predicting the effects of an action. Take human cloning for example.


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Immigration is mostly caused by the lack of products and clean water in foreign countries. For example, Mexico has horrible living conditions, and America has it much better, â¦so they want to come over here. The problems associated with it are the ones who come over here to sell drugs, kill people, etc. Another problem with immigration is that to be in America you must have a Visa or a Green card, and most people who come over don't want to get one, or can't.


AP Biology Ch.20 Notes
What problems are associated with animal cloning? Often have obesity, pneumonia, liver failure, premature death Dedifferentiation doesn't remove all chromatin modifications


AP Biology Ch.20 Notes
Describe the safety and ethical questions related to recombinant DNA studies and the biotechnology industry. New genes in new combinations can pollute the gene pool Developing the technology to treat genetic disease may allow other manipulations


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So even if the actual cloning of a human does not raise ethical problems, the use of funds to do so, does, unless one thinks that cloning a human would create more pleasure than saving thousands of children from preventable diseases.


AP Biology Ch.20 Notes
DNA ligase heals backbones to make recombinant DNA Outline the procedures for cloning a eukaryotic gene in a bacterial plasmid. Cut plasmid and eukaryotic DNA with the same enzyme


Chapter 20: Biotechnology
Describe two advantages of using yeast cells instead of bacteria as hosts for cloning or expressing eukaryotic genes. Easy to grow and have plasmids Process pre-mRNA


Difference between associated gas and non associated gas?
What are the problems associated with natural gas? Two common problems with the development of gas field are Lack of a local marketInsufficient rates or recoverable markets. Gas is different than oil, because it is not easil â¦ y transported in many places of the world.


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The infection can cause lower back or rectal pain and frequent urination, as well as: painful urination; painful ejaculation; pain around the scrotum and penis; chills; fever; muscular pain; fatigue; Other causes. Other causes of back pain and frequent urination may include: weight gain; hyperparathyroidism; ovarian cysts; bladder or prostate cancer; uterine or ovarian cancer; pyelonephritis; pelvic abscess; Cushing syndrome


Frequent urination: Causes, symptoms, and treatment
Frequent urination can indicate a kidney infection, for example. Untreated, this can permanently damage the kidneys. In addition, the bacteria that cause the infection can potentially enter the bloodstream, infecting other areas of the body.


Frequent urination: Causes, symptoms, and treatment
Often, there is often a simple cause that can be put right through treatment. Frequency is not the same as urinary incontinence, where there is leakage of urine. Sometimes, frequent urination can indicate a more serious condition. Early identification of the problem can lead to a timely and effective treatment and prevent complications. Contents of this article:


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Frequent urination may be a symptom of diabetes or can result from medications, such as diuretics. If urinary frequency occurs at night, it may be referred to as nocturia (having to urinate at night). Many pregnant women also experienced an increased need to urinate. REFERENCE:


Why Do I Always Have To Pee? 8 Causes Of Frequent Urination
Both type 1 and type 2 diabetes lead you to clear glucose from the body through urination, says Mahajan. If your constant urination is a result of diabetes, you'll likely be drinking a lot and seeing a lot of pee come out each time. Your doctor can test your for diabetes using a blood or urine test.


Whatâs Causing My Back Pain and Frequent Urination?
This pain may also radiate to the groin and is often accompanied by painful or frequent urination. An infection in the kidney can also cause back pain and frequent urination. Prostate disease. Prostatitis, or prostate gland inflammation, is when an infection causes your prostate to become sore and irritated. The infection can cause lower back or rectal pain and frequent urination, as well as: painful urination; painful ejaculation


Whatâs Causing My Back Pain and Frequent Urination?
Kidney problems can cause both back pain and frequent urination. Back pain felt near your side or the small of your back may be related to your kidneys. Sometimes the pain will move to the center of your abdomen. Kidney stones or stones in the ureter (the tube that connects the kidney to the bladder) can cause pain in the lower back. This pain may also radiate to the groin and is often accompanied by painful or frequent urination. An infection in the kidney can also cause back pain and frequent urination. Prostate disease


Why Do I Always Have To Pee? 8 Causes Of Frequent Urination
The cause of frequent urination is difficult to identify without having a thorough picture of your habits and health, so you should see a doctor if you're dealing with it, says Mahajan. Sometimes, treating it is as simple as making some changes to your drinking habits, but other times, it indicates a health problem. In either case, taking care of it can save you a lot of annoyance, embarrassment, and discomfort. Here are some of the most common causes of frequent urination, what each mean, and what you can do about it.


During reconstruction, what effect did the crop lien system have on poor southern farmers Pre war finnical institutions went bankrupt Unfair leading
During reconstruction, what effect did the crop lien system have on poor southern farmers Pre war finnical institutions went bankrupt Unfair leading practices placed farmers in a cycle of debt Discrimination against farmer led to racial inequality Destruction from the civil war resulted poor farmland


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In the post-Civil War South, the crop lien system allowed farmers to obtain supplies, such as food and seed, on credit from merchants; the debt was to be repaid after the crop was harvested and brought to market. This excerpt from a 1903 book is a commentary on the dangers of overspending and bankruptcy for farmers who go into debt.


Sharecropping and Tenant Farming
When the weather was poor or prices for the crops were low, profits often did not cover much more than the cost of supplies. Sharecroppers frequently wound up in debt. Sharecroppers who managed to make a profit and save money eventually gained more independence as farmers.


Sharecropping and Tenant Farming
Plantation owners, in exchange for use of their land by tenant farmers, received either a cash payment or a share of the crop as rent. Though tenant farmers faced challenges in their quest for independence, some managed to remain debt-free long enough to save money to buy their own parcels of land.


Sharecropping
At the same time, most of the former slaves had labor but no money and no land - they rejected the kind of gang labor that typified slavery. A solution was the sharecropping system focused on cotton, which was the only crop that could generate cash for the croppers, landowners, merchants and the tax collector.


49c. The Farming Problem
Years of plowing and planting left soil depleted and weak. As a result, clouds of dust fell like brown snow over the Great Plains. Farmers faced tough times. While most Americans enjoyed relative prosperity for most of the 1920s, the Great Depression for the American farmer really began after World War I. Much of the Roaring '20s was a continual cycle of debt for the American farmer, stemming from falling farm prices and the need to purchase expensive machinery.


Crop Lien System
Under the crop lien system, farmers could get fertilizer, farming equipment, groceries, and other goods by giving merchants a lien on their cash crops, the most desirable being cotton and tobacco. By providing credit until crops were harvested, merchants were allowed to charge higher prices for such purchases-usually adding a markup of 20 to 50 percent, but in some cases much higher.


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Thus farmers were driven to the credit merchant in the crop-lien system. Differential Freight Rates The urban, industrial Northeast was the recipient as well of low railroad rates because it was the most overbuilt area of the country.


Sharecropping and Tenant Farming in Alabama
Tenant Farmers Hoeing a Cotton FieldSharecropping and tenant farming were the dominant economic model of Alabama agriculture from the late-nineteenth century through the onset of World War II. Both terms refer to forms of agriculture conducted by people who did not own the land they worked. These landless farmers worked the plots of other landowners. Although the system reached its zenith during the era of Reconstruction, tenancy existed in Alabama prior to the Civil War.


Varicose Veins
Varicose veins usually don't cause medical problems. If your varicose veins cause few signs and symptoms, your doctor may suggest simply making lifestyle changes. In some cases, varicose veins can cause complications, such as pain, blood clots, or skin ulcers. If your condition is more severe, your doctor may recommend one or more medical procedures. Some people choose to have these procedures to improve the appearance of their varicose veins or to relieve pain.


Causes
Varicose veins are usually caused by weak vein walls and valves. Read about the causes of varicose veins. Varicose veins are usually caused by weak vein walls and valves. Inside your veins are tiny one-way valves that open to let the blood through, and then close to prevent it flowing backwards. Sometimes the walls of the veins become stretched and lose their elasticity, causing the valves to weaken.


Varicose Veins
When compared to varicose veins, spider veins are typically smaller in size. While these also tend to twist and turn, the color can range from red to purple to blue, which is not as common with varicose veins. Spider veins are most common on the legs and face, but these can be seen on other parts of the body, such as the arms. Causes of Spider Veins


Varicose veins
Leg muscles pump the veins to return blood to the heart (the skeletal-muscle pump), against the effects of gravity. When veins become varicose, the leaflets of the valves no longer meet properly, and the valves do not work (valvular incompetence).


Varicose Veins
In some cases, varicose veins may be one stage in the continuum of chronic poor vein functioning. Some people may progress from having no symptoms, to the development of varicose veins, and then on to problems with leg swelling, and finally to ulcers caused by stagnant blood flow. A small number of these people will have deep vein clots as a cause for their signs and symptoms, but most will not.


Skin Changes and Varicose Veins: Whatâs the Connection?
Skin Changes and Varicose Veins: Whatâs the Connection? Posted on October 25th, 2017 October 25th, 2017 Posted by CenterForVein in Varicose Veins Varicose veins are unsightly on the surface â and when theyâre left untreated, they could lead to more serious skin conditions.


What is a tortuous vein?
Varicose veins are most common in the superficial veins of the legs, which are subject to high pressure when standing. Besides being a cosmetic problem, varicose veins can be painful, especially when standing.


Veins
What are varicose veins? Varicose veins are veins under the skin of the legs, which have become widened, bulging, and twisted. They are very common and do not cause medical problems in most people. There are two main systems of veins in the legs: 1  Deep veins: The leg muscles squeeze the deep veins during walking, carrying most of the blood back up the legs to the heart. 2  Superficial veins: These occur under the skin which are less important and can form varicose veins.


The Hidden Danger of Varicose Veins
Most people think of varicose veins as a cosmetic concern, but they can lead to other, more serious problems. For example, when blood pools in the vein, it can clot. I use the analogy of a running stream versus a stagnant pond, Anton says.


Dealing with unethical behavior in the workplace
Speak to management. If your colleague blows you off and continues with the unethical behavior, you may have to speak to a supervisor. Unethical behavior eventually gets noticed by upper management and you donât want to be reprimanded for not speaking up.


Dealing with unethical behavior in the workplace
If you work at a startup that doesnât have a handbook, encourage management to put one together. This would be the perfect time to ensure thereâs a policy in place for the bad behavior you are witnessing. Document the unethical behavior. Itâs important to document what your colleague did and when. If your team or department is ever audited, your documentation will come in handy. It will also help create a paper trail that may keep you from getting in trouble with your employer.


Examples of Unethical Behavior
Unethical Behavior Among Individuals. Lying to your spouse about how much money you spent. Lying to your parents about where you were for the evening. Stealing money from the petty cash drawer at work. Lying on your resume in order to get a job. Talking about a friend behind his back. Taking credit for work you did not do.


Examples of Unethical Behavior
Unethical behavior is behavior that falls outside of what is considered morally right or proper. Reviewing the examples of unethical behavior in this article can help clarify whether a certain behavior is right or proper. Unethical behavior is an action that falls outside of what is considered morally right or proper for a person, a profession or an industry. Individuals can behave unethically, as can businesses, professionals and politicians.


Ethical Breakdowns
What can you do to head off rather than exacerbate unethical behavior in your organization? Avoid âforcingâ ethics through surveillance and sanctioning systems. Instead ensure that managers and employees are aware of the biases that can lead to unethical behavior.


Ethical Breakdowns
Part of the problem, of course, is that some leaders are out-and-out crooks, and they direct the malfeasance from the top. But that is rare. Much more often, we believe, employees bend or break ethics rules because those in charge are blind to unethical behavior and may even unknowingly encourage it.


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A version of this article appeared in the April 2011 issue of Harvard Business Review. 1  Max H. Bazerman is the Jesse Isidor Straus Professor of Business Administration at Harvard Business School and a codirector of the Center for Public Leadership at Harvard Kennedy School.


Dealing with unethical behavior in the workplace
If you work at a startup that doesnât have a handbook, encourage management to put one together. This would be the perfect time to ensure thereâs a policy in place for the bad behavior you are witnessing. Document the unethical behavior Itâs important to document what your colleague did and when.


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Companies have poured time and money into ethics training and compliance programs, but unethical behavior in business is nevertheless widespread. Thatâs because cognitive biases and organizational systems blind managers to unethical behavior, whether their own or that of others. All these serve to derail even the best-intentioned managers:


Dealing with unethical behavior in the workplace
Whether your employer is a Silicon Valley giant or an early stage startup, you may encounter colleagues whose behavior may cross the unethical threshold. And while ignoring the bad conduct may seem like the best coping strategy, in the long run, ignoring the negative behavior may hurt your projects and career. Here are a few


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More and more applications can be covered by improving the image quality of digital radiography systems. Digital images offer a lot of advantages in terms of image manipulation and workflow. detectors all have their specific application fields. and to a lesser extent direct digital radiography using flat panels.


Radiography (Plain X-rays)
This results in the familiar contrast seen in X-ray images, with bones shown as clearly defined white areas and darker areas of tissue (Figure 2) 2. This makes conventional X-rays very suitable for scans of bones and tissue dense in calcium such as in dental images and detection of bone fractures.


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Fig. 4 aluminum casting and a slice of the 450 KV cone beam CT scan. 4 Transition from analogue film radiography to digital radiography. Almost anything can be tomographically inspected, the transition from film to digital. radiography is not always smooth and successful.


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focal spot size with slit camera using computed radiography and flat-panel based digital detectors. Med Phys 30 1768-1775. â¢ Total filtration (HVL) and leakage radiation are measured the same. Lesson #1: Tests that rely on the receptor to assess generator performance must be modified. Non-invasive kVp measurement of a DR system Lesson #2.


X-ray (Radiography) - Upper GI Tract
X-ray (Radiography) - Upper GI Tract. Upper gastrointestinal tract radiography or upper GI uses a form of real-time x-ray called fluoroscopy and a barium-based contrast material to produce images of the esophagus, stomach and small intestine.


Digital radiography
For a flat plate detector, the range of signals that can be detected is very much greater and makes full use of the 14-bit depth that is typically available. The pixel size for flat plate detectors is typically about 150 Î¼m, giving high-contrast resolution of about 3 lp mm â1.


PRELIMINARY STEPS IN RADIOGRAPHY
1. Cassette with film: A device that contains special intensifying screens that glow when struck by x-rays and imprints the x-ray image on film. The use of a darkroom, where the film is developed in a processor, is required. Afterward the radiographic film image is ready for viewing on an illuminator (Fig.


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The first issue of âIndustrial Radiographyâ was published by Agfa in the sixties, for. educational and promotional purposes. Some improved editions have been released since, providing information on the latest image forming radiographic techniques. The booklet has been published in a number of languages and has been very much in demand. The latest edition was compiled in the seventies but is now obsolete, because of the large


Radiographic procedure and positioning
Solid-State Detectors. A flat panel thin-film transistor (TFT) detector or a charge-device (CCD) used for direct digital radiography (DR). This type of digital imaging system is called cassetteless because it does not use a cassette or an IP. The flat panel detector or CCD built into the x-ray table or other device captures the x-ray image and converts it directly into digital format. The image is viewed on a computer monitor or printed on film.


By what process do large molecules enter or leave a cell?
large molecules can enter or leave the cell by the process called: well i know its either: active transport carrier protein impermeable or is it none of the above please help! âHome Mail


Cell membrane
Another example of a transmembrane protein is a cell-surface receptor, which allow cell signaling molecules to communicate between cells. 3. Endocytosis: Endocytosis is the process in which cells absorb molecules by engulfing them.


By what process do large molecules enter or leave a cell?
large molecules can enter or leave the cell by the process called: well i know its either: active transport. carrier protein. impermeable. or is it none of the above.


What do carbohydrates do on the cell membrane?
The basic function of the cell membrane is to protect the cell from its surroundings. The cell membrane controls the movement of substances in and out of cells and organelles. In this way, it is selectively permeable to ions and organic molecules.


Cell membrane
The cell membrane has large content of proteins, typically around 50% of membrane volume[19] These proteins are important for cell because they are responsible for various biological activities.


Cell membrane
The cell membrane also plays a role in anchoring the cytoskeleton to provide shape to the cell, and in attaching to the extracellular matrix and other cells to hold them together to form tissues. Fungi, bacteria, most archaea, and plants also have a cell wall, which provides a mechanical support to the cell and precludes the passage of larger molecules. The cell membrane is selectively permeable and able to regulate what enters and exits the cell, thus facilitating the transport of materials needed for survival


Cell membrane
Nutrients, such as sugars or amino acids, must enter the cell, and certain products of metabolism must leave the cell. Such molecules can diffuse passively through protein channels such as aquaporins in facilitated diffusion or are pumped across the membrane by transmembrane transporters.


Not just a painful rash: Shingles can damage the eyes
About 10 to 25 percent of people who get shingles will have it in the face and eye. Shingles is caused by the varicella zoster virus, the same virus that causes chicken pox. About 10 to 25 percent of people who get shingles will have it in the face and eye.


Not just a painful rash: Shingles can damage the eyes
Shingles can also get into the back of the eye and cause inflammation of the retina. Although this is uncommon, it can cause a blockage in blood flow that can cause a stroke-like occurrence and partial loss of vision.


Shingles Causes
Shingles in or around an eye (ophthalmic shingles) can cause painful eye infections that may result in vision loss. Neurological problems. Depending on which nerves are affected, shingles can cause an inflammation of the brain (encephalitis), facial paralysis, or hearing or balance problems. Skin infections.


Overview
Most commonly, the shingles rash develops as a stripe of blisters that wraps around either the left or right side of your torso. Sometimes the shingles rash occurs around one eye or on one side of the neck or face. When to see a doctor. Contact your doctor promptly if you suspect shingles, but especially in the following situations:


Not just a painful rash: Shingles can damage the eyes
If shingles affects any skin around the eye, patients should have an eye exam because shingles can also affect the front, back and inside of the eye. If you see a blistering rash on the forehead, nose or eyelid, that could be just the tip of the iceberg, said Dr. David Liang, director of cornea and external diseases at the Penn State Hershey Eye Center.


Not just a painful rash: Shingles can damage the eyes
Symptoms include scratchiness in the eye, decreased vision and pain. Corneal abrasions may result, which could also cause loss of eyesight. Shingles can also affect the inside of the eye, a condition caused uvititis â a swelling that could cause glaucoma, which is related to pressure in the eye, Chotiner said. This could potentially cause damage to the nerve in the eye and cause loss of peripheral vision..


Overview
Sometimes the shingles rash occurs around one eye or on one side of the neck or face. When to see a doctor Contact your doctor promptly if you suspect shingles, but especially in the following situations:


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Shingles is a painful rash caused by an infection of a nerve underneath the skin with the varicella-zoster virus.


# 63 Transpiration in plants and factors affecting transpiration rate
Second Stage. In the leaves, water molecules leave the xylem vessels and move from cell to cell. They move through the spongy mesophyll layer by osmosis along a concentration gradient. Water then evaporates into spaces behind the stomata and diffuses through the stomata into the surrounding air.


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Transpiration is the process in which a plant releases water vapor from its leaves into the surrounding air. The rate transpiration occurs varies widely based on the weather and soil conditions... Star Gazing


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The transpiration stream is important because: 1  it carries water for photosynthesis to the palisade cells in the leaves. 2  the water carries essential mineral salts in solution. 3  evaporation from the leaves has a cooling effect.


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Singular is stoma] and diffuses through the stomata into the surrounding air. Water rises from the roots to the leaves through the xylem vessels because of two properties of water molecules: Adhesion. Water rises in the narrow vessels partly because water molecules are attracted to the walls of the vessels. Cohesion


What Is the Process Called Where Plants Release Water Vapor Into the Air?
Quick Answer. Transpiration is the process in which a plant releases water vapor from its leaves into the surrounding air. The rate transpiration occurs varies widely based on the weather and soil conditions surrounding the plant. Transpiration occurs after a plant absorbs water from the soil through its roots.


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Water balance in plants. Transpiration stream: First Stage. Water taken up by the roots of a plant is transported through a plant to the leaves and lost into the air. The stages of the process are: Water enters root hair cells by osmosis. The root hair cell is hypertonic to the surrounding soil water.


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The stages of the process are: 1  Water enters root hair cells by osmosis. 2  The root hair cell is hypertonic to the surrounding soil water. 3  Water then moves from cell to cell through the root cortex by osmosis along a concentration gradient; this means that each cell is hypertonic to the one before it.


What Is the Process Called Where Plants Release Water Vapor Into the Air?
Transpiration is the process in which a plant releases water vapor from its leaves into the surrounding air. The rate transpiration occurs varies widely based on the weather and soil conditions... Transpiration is the process in which a plant releases water vapor from its leaves into the surrounding air. The rate transpiration occurs varies widely based on the weather and soil conditions surrounding the plant. Continue Reading


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Water taken up by the roots of a plant is transported through a plant to the leaves and lost into the air. The stages of the process are: Water enters root hair cells [root hair cells: tiny hairs covering the ends of the smallest roots. They give the root a very large surface area through which to absorb water and mineral salts from the soil.] by osmosis. The root hair cell is hypertonic to the surrounding soil water. This means that it has a lower water molecule concentration.


Plants - Ch. 3 and 4
At night, when transpiration is very low or zero, the root cells continue to expend energy while pumping mineral ions into the xylem. The accumulation of minerals in the vascular cylinder _____ water potential there, generating a _____ pressure, called _____, which forces fluid up the xylem.


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Inverted Word Order: Definition & Examples Related Study Materials. Related; Recently Updated; Popular


Is Pacific Asia Returning to Sinocentrism?
For 200 years, world politics would be dominated by Britain, America and the Soviet Union, rendering talk of Sinocentrism redundant (Young, 2010, p. 14). That has changed. This essay will show that Pacific Asia (PA) is making progress towards, but is unlikely to return to, a state of Sinocentrism.


geopolitics
Definition of geopolitics for English Language Learners. : 1  the study of how geography and economics have an influence on politics and on the relations between nations. : 2  the political and geographic parts of something.


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Sinocentrism (uncountable) the belief, held by the ancient Chinese, that China was literally the center of the Earth the practice of viewing the world from a Chinese perspective, with an implied belief, either consciously or subconsciously, in the preeminence of Chinese culture


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Recent Examples of ethnocentric from the Web. 1  The ethnocentric responses reflected by the poll are not unusual. â , Washington Post, For Russians, Stalin is the âmost outstandingâ figure in world history, followed by Putin, 26 June 2017.


Talk:Badge of shame
This article is within the scope of WikiProject Sociology, a collaborative effort to improve the coverage of sociology on Wikipedia. If you would like to participate, please visit the project page, where you can join the discussion and see a list of open tasks.


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Explanations with Sinocentrism Sinocentric (meaning): â¦Sinocentric (comparative more Sinocentric, superlative most Sinocentric) Focused on China or the people and culture of China. Related words & phrases Sinocentrismâ¦ Rate & share


Ethnocentrism
While Sinocentrism tends to be identified as a politically inspired system of international relations, in fact it possessed an important economic aspect. The Sinocentric tribute and trade system provided Northeast and Southeast Asia with a political and economic framework for international trade.


Definitions &Translations
Freebase (0.00 / 0 votes) Rate this definition: Sinocentrism. Sinocentrism refers to the ancient notion that China was the cultural center of the world.


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The first part pretty summed up sinocentrism a inciting Anti-Chinesee sentiment and the last part concluded that sinocentrism is the real deal. I know more than one people wrote it, but can somebody at least try to make it coherent?


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Show that the receiver, shown in figure 3.57 of your book, when operating with the. sender, shown in figure 3.11 of your book, can lead the sender and receiver to enter into a. deadlock state, where each is waiting for an event that will never occur.


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By using parallel TCP sessions, each sending a chunk of the file. If every session gets R/M rate (where R is the capacity of the bottleneck link and M is the number of flows crossing that link), then by using N parallel flows instead of one, an end host can get NR/(N+M).


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a) TCP slowstart is operating in the intervals [1,6] and [23,26] b) TCP congestion avoidance is operating in the intervals [6,16] and [17,22] Problem 8 (Problem 44, Chapter 3 - 4 points) - Consider sending a large file from a host to another over a TCP connection that has no loss. a - Suppose TCP uses AIMD for its congestion control w/o slow start.


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However, the receiver is waiting for a packet with. sequence number 0 and (as shown in the home work problem) always sends a NAK when it. doesn't get a packet with sequence number 0. Hence the sender will always be sending a. packet with sequence number 1, and the receiver will always be NAKing that packet.


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Suppose that Host A sends one segment with sequence number 38 and 4 bytes of data over a TCP connection to Host B. In this same segment the acknowledgement number is necessarily 42. 14. a) false b) false c) true d) false e) true f) false g) false. R16. Consider the Telnet example discussed in the figure below.


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Using A FTP Application, Host Pluto Is Sending Host Neptune A Large File Over A TCP Connection! ...


Question: 1. Using a FTP application, Host Pluto is sending Host Neptune a large file over a TCP connection...
Using a FTP application, Host Pluto is sending Host Neptune a large file over a TCP connection... 1. Using a FTP application, Host Pluto is sending Host Neptune a large file over a TCP connection! Assume that Host Neptune has no data to send back to Host Pluto. Will Host Neptune send acknowledgements to Host Pluto? 2. Assume that host Pinta (client) initiates a Telnet session with host Nina (server).


Question: 1. Using a FTP application, Host Pluto is sending Host Neptune a large file over a TCP connection...
Using a FTP application, Host Pluto is sending Host Neptune a large file over a TCP connection! Let us assume that one of the segments sent from Pluto to Neptune has a sequence number 65. What can you say about the sequence number of the subsequent segment sent from Pluto to Neptune?


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Problem 4 (Problem 26, Chapter 3 - 6 points) - Consider transferring an enormous file of L bytes from Host A to Host B. Assume an MSS of 536 bytes. a - What is the maximum value of L such that TCP sequence numbers are not exhausted? Recall that the TCP sequence number field has four bytes.


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Thus it would take 249 seconds to transmit the file over a 155~Mbps link. Problem 5 (Problem 27, Chapter 3 - 6 points) - Hosts A and B are communicating over a TCP connection, and Host B has already received from A all bytes up through byte 126. Suppose Host A then sends two segments to Host B back-to-back. The first and second segments


Why the Process of Meiosis Creates Better Genetic Diversity than Asexual Reproduction
Given the diversity of life, it should come as no surprise that there are quite a few ways that species reproduce. Despite the variation, nearly all forms of reproduction can be grouped into two categories: asexual or sexual reproduction.


How does genetic diversity play an important role in survival of a species?
Before explaining the statement let me give you the gist of what Genetic diversity is: Each individual species possesses genes which are the source of its own unique features, in human beings, for example, the huge variety of people's faces reflects each person's genetic individuality, the variability in color of roses, etc.


How does genetic diversity play an important role in survival of a species?
Any given colony of bacteria is a heterogeneous one, and has a mixed gene pool: 1  Some bacteria will have a gene ('resistance gene') which codes for proteins that destroy a particular antibiotic. 2  Some bacteria will have many such 'resistance genes'. 3  Some bacteria will have no such 'resistance genes'.


Why the Process of Meiosis Creates Better Genetic Diversity than Asexual Reproduction
If all of the individuals in a population are too genetically similar, then a single disease or change in the environment could drive the species to extinction. Reproduction plays a large role in controlling genetic diversity in populations. Asexual Reproduction Asexual reproduction is the process of creating offspring that are genetically identical to the parent.


Why the Process of Meiosis Creates Better Genetic Diversity than Asexual Reproduction
It is the biological imperative of every organism on Earth to pass on its genes to the next generation. Given the diversity of life, it should come as no surprise that there are quite a few ways that ...


How does genetic diversity play an important role in survival of a species?
I also told that most often these 'resistance genes' will be placed in plasmids. By a curious process of Horizontal gene transfer (HGT), bacteria share the plasmids: Supposing there are five different bacterial strains in a pool which are resistant to five different antibiotics (diversity).


Why the Process of Meiosis Creates Better Genetic Diversity than Asexual Reproduction
Genetic Diversity. Species are populations of individuals that can and do reproduce together. The differences between individuals in a population are more than just skin deep -- they differ in their genes. Genetic variation among individuals in a population is what ensures that the species will be able to survive in a changing environment.


How does genetic diversity play an important role in survival of a species?
Here obviously population of a species (dog) has a very diverse gene pool then there will be more variety in the traits (size) of individuals of that population and consequently more traits for natural selection (ferocious beast out to kill all dogs) to act upon to select the fittest individuals to survive.


How does genetic diversity play an important role in survival of a species?
Evolution (defined as change in the genetic composition of a population) might occur due to the processes of migration, mutation, genetic drift and non-random mating as well. Lets take the case of a flowering plant. Suppose, an insect pollinates this particular species of plant and its only attracted to red colour.


Genetic engineering
Genetic engineering, also called genetic modification, is the direct manipulation of an organism's genes using biotechnology. It is a set of technologies used to change the genetic makeup of cells, including the transfer of genes within and across species boundaries to produce improved or novel organisms. New DNA is obtained by either isolating and copying the genetic material of interest using recombinant DNA methods or by artificially synthesising the DNA. A construct is usually created and us


Genetic engineering
Genetic engineering procedures Genetic engineering requires three elements: the gene to be transferred, a host cell into which the gene is inserted, and a vector to bring about the transfer. Suppose, for example, that one wishes to insert the gene for making insulin into a bacterial cell.


Genetic engineering
Historical developments. 1  The term genetic engineering initially referred to various techniques used for the modification or manipulation of organisms through the processes of heredity and reproduction. As such, the term embraced both artificial selection and all the interventions of biomedical techniques, among them artificial insemination, in vitro fertilization (e.g., âtest-tubeâ babies), cloning, and gene manipulation.


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Myths of genetic engineering. â 1 Biotechnologyâ = transgenics or GMOs. Creating genetically modified organisms is one type of biotechnology but there are many others. 2  DNA is inherently unique to each organism and introduced, therefore âforeignâ DNA, can be identified as being from another organism.


Genetic engineering techniques
Typically, bacteria are transformed to add a plasmid containing a gene of interest, but editing of the chromosome is also used. Genetically modified viruses (such as retroviruses and lentiviruses) can be used as viral vectors to transfer target genes to another organism in gene therapy.


Genetic engineering techniques
See also. 1  Gene gun: a method to deliver genetic modifications to plants. 2  Protoplast: another method to deliver genetic modifications to plants. 3  List of genetic engineering software: software to code the genetic modifications.


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Why is genetic engineering important? â¢ Purify protein â Insulin âGrowth factor â Interferon â¢ Generate more copies of a particular gene: âamplify DNAâ â¢ Research gene function and regulation


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Overview of the Process of Plant Genetic Engineering. The improvement of crops with the use of genetics has been occurring for years. Traditionally, crop improvement was accomplished by selecting the best looking plants/seeds and saving them to plant for the next yearâs crop.


5. THE PROCESS OF GENETIC MODIFICATION
When many copies of the target gene have been generated, the gene is placed in a âconstructâ (see Section 5.4). Once the gene of interest has been ligated enzymatically into the construct, this whole complex is ligated into bacterial plasmids (see Figure 3), which act as âproduction vectorsâ and enable the gene to be replicated many times within the bacterial cells.


Pocket K No. 17: Genetic Engineering and GM Crops
Not all genetic engineering techniques involve inserting DNA from other organisms. Plants may also be modified by removing or switching off their own particular genes. Figure 1. Comparing conventional breeding and genetic engineering. Source: Agricultural Biotechnology (A Lot More than Just GM Crops).


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In the production of proteins, codons refer to the three-base segments in messenger ribonucleic acid or mRNA, while anticodons are the three-base segments in transfer RNA or tRNA. The ribosomes, which are the structural sites for protein synthesis, direct the base pairing of the anticodons in tRNA with the codons in mRNA.


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A codon is a sequence of three nucleotides that comprise the foundation of messenger ribonucleic acid (mRNA). Anticodons are three-sequence nucleotides found in transfer RNA that complement codons in protein production.


Structural Biochemistry/Nucleic Acid/RNA/Transfer RNA (tRNA)
The are 61 out of the 64 codons in mRNA that code for specific amino acids. The tRNA contains complementary anticodons that bind with the codons, which enable the tRNA to transport the correct amino acids to the ribosomes. The codon AAA, with its complementary anticodon UUU, code for the amino acid, lysine.


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The messenger RNA code for methionine is AUG. If you look at the code in the anti-codon for methionine, it is UAC. That is exactly complementary to AUG. The U in the anti-codon will pair with the A in the messenger RNA; the A in the anti-codon pairs with the U in the mRNA; and the C in the anti-codon pairs with the G in the mRNA.


How Many Codons Make up an Amino Acid?
A codon is a sequence of three nucleotides that comprise the foundation of messenger ribonucleic acid (mRNA). Anticodons are three-sequence nucleotides found in transfer RNA that complement codons in...


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It will all make more sense if you start from the beginning of the sequence with the structure of DNA. From messenger RNA to a protein chain A quick overview of the process


Codon Recognition: How tRNA and Anticodons Interpret the Genetic Code
Translation is the process of converting the genetic information in the mRNA strand to the form of a protein. The basic unit of this genetic information is a codon. Earlier, we described a codon as a sequence of three nucleotide bases that specifies a particular amino acid. Codon recognition describes the process of matching codons to the correct amino acids. Codons are read down the length of the mRNA strand and translated into an appropriate polypeptide chain.


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You may find descriptions of this process which imply (although without actually saying so directly) that the messenger RNA starts with the codon AUG - the start codon - at the 5' end. That's not so! There is a length of RNA upstream of the start codon which isn't actually used to build the protein chain.


mRNA Sequence: Call the Messenger!
Messenger RNA or mRNA is also called messenger ribonucleic acid. This is a type of ribonucleic acid or RNA transcribed from a DNA (deoxyribonucleic acid ) template. One strand of mRNA consists of four different base types including uracil, cytosine, guanine and adenine.


Photosynthesis
Light Reactions. The first of two major stages in photosynthesis (preceding the Calvin cycle). These reactions, which occur on the thylakoid membranes of the chloroplast or on membranes of certain prokaryotes, convert solar energy to the chemical energy of ATP and NADPH, releasing oxygen in the process.


Chloroplast Function in Photosynthesis
Stroma: dense fluid within the chloroplast. Site of conversion of carbon dioxide to sugar. Thylakoid: flattened sac-like membrane structures. Site of conversion of light energy to chemical energy. Grana: dense layered stacks of thylakoid sacs. Sites of conversion of light energy to chemical energy. Chlorophyll: a green pigment within the chloroplast. Absorbs light energy. Stages of Photosynthesis. Photosynthesis occurs in two stages.


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For a review of photosynthesis, take the Photosynthesis Quiz. 1  List. 2  Article. 3  Article. 4  Article. 5  Article. 6  Article. 7  Article. 8  List.


Photosynthesis
A flattened membrane sac inside the chloroplast, used to convert light energy to chemical energy. Photosynthesis. The conversion of light energy to chemical energy that is stored in glucose or other organic compounds; occurs in plants, algae, and certain prokaryotes.


Photosynthesis
The process of generating ATP from ADP and phosphate by means of chemiosmosis, using a proton-motive force generated across the thylakoid membrane of the chloroplast or the membrane of certain prokaryotes during the light reactions of photosynthesis.


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Chapter 10 Photosynthesis Vocabulary: photosynthesis, autotroph, heterotroph, chlorophyll, mesophyll, stroma, thylakoid, light reactions, Calvin cycle, NADP+, photophosphorylation, carbon fixation, electromagnetic spectrum, wavelength, photons, spectrophotometer, absorption spectrum, action spectrum, carotenoids, photosytem, reaction-center complex, light harvesting complex, primary electron acceptor, linear electron flow, cyclic electron flow, photorespiration, bundle-sheath cells, C3 ...


Learn the Photosynthesis Formula
Photosynthesis Summary. In summary, photosynthesis is a process in which light energy is converted to chemical energy and used to produce organic compounds. In plants, photosynthesis typically occurs within the chloroplasts located in plant leaves. Photosynthesis consists of two stages, the light reactions and the dark reactions. The light reactions convert light into energy (ATP and NADHP) and the dark reactions use the energy and carbon dioxide to produce sugar.


Chloroplasts and Mitochondria
Name: KEY_____________________________________________Period:__________________. Chloroplasts and Mitochondria. Plant cells and some Algae contain an organelle called the chloroplast. The. chloroplast allows plants to harvest energy from sunlight to carry on a process known as. Photosynthesis.


dialing codes and country codes
AREA CODE This is the code for a part of the country. It is usually a general area or a city. Some countries are not large enough to warrant their own code, so will have the country code 1 and use the area code to define the country. LOCAL NUMBER This is the local number you would like to call.


English Speaking Institutes in Aligarh, Uttar Pradesh
If you are still wondering how to learn English in fast and easy way in Aligarh area of Uttar Pradesh, please browse this website and you will get the answers. Best of luck Aligarh people! English Speaking Institutes in Uttar Pradesh


PRONUNCIATION OF ALIGARH
Definition of Aligarh in the English dictionary The definition of Aligarh in the dictionary is a city in N India, in W Uttar Pradesh, with a famous Muslim university. Pop: 667 732.


Uttar Pradesh
Uttar Pradesh. Uttar Pradesh (/ËÊtÉr prÉËdÉÊ/), abbreviated as UP, is the most populous state in the Republic of India as well as the most populous country subdivision in the world. The densely populated state, located in the northern region of the Indian subcontinent, has over 200 million inhabitants. It was created on 1 April 1937 as the United Provinces during British rule, and was renamed Uttar Pradesh in 1950. Lucknow is the capital city of Uttar Pradesh.


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Area Codes for India are also supplied. Country Code 91 is for India. The dialing code is also described as phone code 91 or dialing code 91 and is sometimes described as a calling code or international dialing code. The dialing code for India is 91. The area code for Aligarh is 571.


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alighting. 1  intransitive verb. 2  1 : to come down from something (such as a vehicle): such asa : dismount They alighted from the bus.b : deplane. 3  2 : to descend from or as if from the air and come to rest : land, settle The bird alighted on a branch. snow alighting on a roof. 4  3 archaic : to come by chance.


Where is Aligarh, India?
Aligarh is a city found in Uttar Pradesh, India. It is located 27.88 latitude and 78.07 longitude and it is situated at 189 meters above sea level


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facilities of urban beggars in Aligarh district. ii to examine the spatial disparities in the quality of life of urban beggars in the study area. Study area Aligarh district, a medium sized district, is spreading over an area of 3700.4 square kilometers in the Western part of Uttar Pradesh. It occupies the north-


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The total geographical area of Aligarh district is 3648.31 sq km. It is 32th largest district of the state of Uttar Pradesh and 38th largest in India in terms of total area. Aligarh is one of the 13 metro cities of the state and is the administrative


National Capital Region (India)
Central National Capital Region. The 2001 regional plan defined the Delhi Metropolitan Area as including Ghaziabad, Noida, Faridabad, Gurgaon, Bahadurgarh and Kondli. The 2021 plan renamed the area as the Central National Capital Region (CNCR), covering about 2,000 km2 in addition to the 1,483 km2 of NCT Delhi.


Water in the Atmosphere
In cold polar regions, there is just a trace amount. Water vapor is extremely important in the atmosphere because: It transforms into both liquid and solid cloud particles that grow and fall to Earth as precipitation. Releases large amounts of heat - called latent heat when it changes from vapor into water or ice. Latent heat is an important source of energy, especially for storms. Water vapor strongly absorbs infrared radiation, making it an important gas in the Earth's heat-energy balance.


The Chemistry of Weather: Condensation and Evaporation
The opposite of condensation is evaporation. Evaporation is the process of changing liquid water into water vapor (a gas). It transports water from the Earth's surface to the atmosphere. (It should be noted that solids, like ice, can also evaporate or be transformed directly into a gas without first becoming a liquid.


The Water Cycle
Describe a water drop in the water cycle that involves evaporation. Water heats up, changes to water vapor and evaporates, rises into the sky. It cools, condenses, turns back into liquid water forming clouds. Then it falls back to earth as precipitation and runs down hills or mountains during runoff and returns to lakes and oceans.


23.1 Fresh Water
A process in which water vapor enters the atmosphere when it is released from the leaves of trees and other plants.


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1. Which two processes release water vapor directly to the atmosphere? Student Response Value Correct Answer A. runoff and infiltration B. precipitation and sublimation C. evaporation and transpiration 100% D. discharge and condensation Score: 1/1 2. An impermeable layer that slows or prevents the movement of groundwater.


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Transpiration is the event in which plants lose water vapor to the atmosphere. It is commonly caused by warm temperatures and wind. Transpiration is the event in which plants lose water vapor to the atmosphere. It is commonly caused by warm temperatures and wind.


The Chemistry of Weather: Condensation and Evaporation
They then escape the surface of the liquid and become a gas (water vapor), which then rises into the atmosphere. This process of water evaporating from the surface of the Earth happens continually and continually transports water vapor into the air. The rate of evaporation depends on air temperature, wind speed, cloudiness.


23.1 Fresh Water
About 90% of the water that evaporates from the oceans falls back into the oceans. Most precipitation that falls on land will quickly return to the atmosphere through evaporation and transpiration. Some water that falls on land flows into streams before it returns to the ocean.


Plants are able to release water back into the atmosphere by a process called _____. evaporation precipitation transpiration sublimation
Transpiration is the process in which plants release water back into the atmosphere in the form of water vapor. In simplest terms, transpiration is the evaporation of water from plant leaves. This process occurs from the roots of the plants that carry moisture to the undersides of the leaves and is then released through the pores of the leaves back into the atmosphere. About 10% of the moisture in the atmosphere is released by plants through this process; while the other 90% come from bodies of water.


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only method used in human experiments up to this time. Techniques of gene repair can replace abnormal segments of DNA in defective genes in their normal chromosomal site. Gene replacement techniques permit excision of the abnormal gene from its chromosome and replacement with a normal gene. These methods have not been developed sufficiently to use in human trials, but will be critical to the eventual deployment of germ-line therapy.


Gene therapy is a commonly used process whereby normal genes are injected to replace abnormal genes. true or false?
Gene therapy is a commonly used process whereby normal genes are injected to replace abnormal genes. true or false? - 1192514


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So if a gene for a protein is faulty, the protein coded would be different. Then when the protein is used to make an enzyme or hormone, or a structure in your body, it would not function properly as the basic structure is different from the original. e.g. Sickle cell anemia. A faulty gene that code for a protein that is a component of hemoglobin in red blood cells results in impaired red blood cells.


Chapter 9
-performed on body cells to fix or replace the defective protein in only the affected cells-using this method, scientists introduce a functional version of a defective gene into an affected individual cell in the laboratory, allow the cell to reproduce, and then place the copies of the cell bearing the corrected gene into the diseased person


Section 8.5 Gene Replacement and Transgenic Animals
By mutating a specific gene in vitro and then replacing the normal copy in the genome with a mutant form, scientists can assess its in vivo function. This technique, referred to as gene-targeted knockout, or simply âknockout,â is in essence the reverse of the approach described in the previous sections.


Basics of Human Gene Therapy
Technical advances occurred to the point that gene therapy could be performed on humans. Gene therapy has now become a relatively simple process. The basics of the process are the identification of the gene in question, duplication of that gene, and insertion of the gene into the human genome needing the gene (CIS) . The gene that needs to be altered or replaced must be identified.


Erasing a genetic mutation
âWhatâs exciting about this approach is that we can actually correct a defective gene in a living adult animal,â says Daniel Anderson, the Samuel A. Goldblith Associate Professor of Chemical Engineering at MIT, a member of the Koch Institute for Integrative Cancer Research, and the senior author of the paper.


Gene therapy
Gene therapy is a way to fix a genetic problem at its source. The polymers are either translated into proteins, interfere with target gene expression, or possibly correct genetic mutations. The most common form uses DNA that encodes a functional, therapeutic gene to replace a mutated gene.


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Mutations also are seen in genes that: 1  Activate and deactivate carcinogens. 2  Govern the cell cyc. 3  Control cell senescence (or aging) 4  Control cell suicide (apoptosis) 5  Control cell signaling. 6  Control cell differentiation. 7  Enable cancer to invade and metastasize to other parts of the body.


Guidance Plan
Guidance Plan. The school guidance plan is a structured document that describes the school guidance programme and specifies how the guidance needs of students are to be addressed. It is an integral part of the school's overall school development plan.uidance Plan. The school guidance plan is a structured document that describes the school guidance programme and specifies how the guidance needs of students are to be addressed. It is an integral part of the school's overall school development plan.


Counseling
By clicking the link below you will be able to access the Guidance Action Plan for Mt. Carmel Elementary. 2015-2016 Closing the Gap Action Plan. School Counselors should have a comprehensive school counseling program to address the academic, personal/social and career needs of all students.One way this is accomplished is through classroom guidance activities with all students.y clicking the link below you will be able to access the Guidance Action Plan for Mt. Carmel Elementary. 2015-2016 Closing the Gap Action Plan. School Counselors should have a comprehensive school counseling program to address the academic, personal/social and career needs of all students.


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Comprehensive Guidance and Counseling. Each school district in Oregon is expected to have a comprehensive guidance and counseling program (CGC) in place to support students' transitions throughout school, achievement of the diploma requirements, and preparation for post-high school next steps.omprehensive Guidance and Counseling. Each school district in Oregon is expected to have a comprehensive guidance and counseling program (CGC) in place to support students' transitions throughout school, achievement of the diploma requirements, and preparation for post-high school next steps.


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A school counseling program reaches EVERY student and focuses on the knowledge, skills, and attitudes needed for an individual's successful academic achievement, career development, and personal & social growth.A counselor's time is spent maximizing the benefits of a program that serves ALL students. school counseling program reaches EVERY student and focuses on the knowledge, skills, and attitudes needed for an individual's successful academic achievement, career development, and personal & social growth.


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1. To help students and parents, new to the high school, gain information and become familiar with the high school educational program. 2. To assist students in program choices consistent with abilities and academic/career goals.3. To offer alternatives for high school students who are struggling academically. 4.o help students and parents, new to the high school, gain information and become familiar with the high school educational program. 2. To assist students in program choices consistent with abilities and academic/career goals. 3. To offer alternatives for high school students who are struggling academically.


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Comprehensive Counseling and Guidance (CCGP): K-12 Programs strive to have every student in the state of Utah graduate from high school with the skills, knowledge and dispositions essential for success.CCGP Program Flyer.he Comprehensive Counseling and Guidance program supports the Career and Technical Education Pathways initiative. 1  CCGP is crucial to the implementation of High School to College and Career Pathways.


Skip to main content About Us Contact Us FAQs Language AssistanceU.S. Department of EducationStudent Loans Grants Laws Data
It is a comprehensive, developmental program designed to assist individuals in making and implementing informed educational and occupational choices. A career guidance and counseling program develops an individual's competencies in self-knowledge, educational and occupational exploration, and career planning.t is a comprehensive, developmental program designed to assist individuals in making and implementing informed educational and occupational choices. A career guidance and counseling program develops an individual's competencies in self-knowledge, educational and occupational exploration, and career planning.


Benefits of School Counseling Programs
Benefits for School Counselors A comprehensive guidance and counseling program: 1. Ensures provision of program content to each student. 2. Enhances the role of the school counselor as a student advocate.3. Provides a clearly defined role and function.enefits for Students A comprehensive guidance and counseling program: 1. Prepares students for the challenges of the future by supporting their academic, career, and personal/social development and community participation.


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Each school is required to develop and implement, as part of its overall plan, a comprehensive guidance planâ¦(Guidelines for Schools on the implications of Section 9(c) of the Education Act 1998, draft document issued by the Department of Education and Science).he School Guidance Planning Folder. When a school is beginning the process of engaging in school guidance planning, it may be helpful to focus on a planning folder rather than a finished plan. The planning folder is a record of work in progress.


Missouri Comprehensive Guidance & Counseling Program Manual
The structure of the Missouri Comprehensive Model Guidance and Counseling Program helps school districts plan, design, implement, evaluate, and enhance comprehensive, developmental, and systematic guidance and counseling programs in kindergarten through grade 12.Content Area: Guidance & Counseling. Career Clusters:he structure of the Missouri Comprehensive Model Guidance and Counseling Program helps school districts plan, design, implement, evaluate, and enhance comprehensive, developmental, and systematic guidance and counseling programs in kindergarten through grade 12. Content Area: Guidance & Counseling. Career Clusters:


Spectre and Meltdown: Details you need on those big chip flaws
More on Meltdown and Spectre. Major Intel, Arm chip security flaw puts your PCs, phones at risk; How to protect yourself from Meltdown and Spectre CPU flaws; Apple says all iOS devices, Macs affected by processor flaws; Nope, no Intel chip recall after Spectre and Meltdown, CEO says


Spectre and Meltdown processor security flaws â explained
Does it only affect Intel processors? Spectre affects all modern processors, including those designed by Intel, AMD and ARM, but Meltdown is currently thought only to affect Intel chips manufactured since 1995, with the exception of the Itanium and Atom chips made before 2013. What can be stolen?


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Gaming performance seems mostly unaffected, and with most GPUs affected in a more limited way or not at all by the exploits and their mitigations, gamers can probably rest easy. Itâs those with older processors that may see a real slowdown â for example, the sixth-gen Core i7 6700K released in mid-2015.


Meltdown, Spectre: The password theft bugs at the heart of Intel CPUs
Meltdown, Spectre: The password theft bugs at the heart of Intel CPUs AMD, Arm also affected by data-leak design blunders, Chipzilla hit hardest


How the Spectre and Meltdown CPU flaws affect phones and tablets
Are the iPad and Apple TV affected? Yes and yes. iOS 11.2 mitigates the risk of Meltdown on iPads and tvOS 11.2 does the same for Apple TV. Spectre mitigations are in the works. What about Apple Watch? Apple says Apple Watch is unaffected by Meltdown. Mitigations are on the way to protect against Spectre. What about my Google Home and WiFi?


âMeltdownâ and âSpectreâ security exploits affect multiple CPUs
Meltdown: The easier and more serious vulnerability. The âMeltdownâ exploit breaks down CPU-level protections and allows a program to access memory that it otherwise would not have access to. âEvery Intel processor which implements out-of-order execution is potentially affected, which is effectively every processor since 1995 (except Intel Itanium and Intel Atom before 2013).â Whether or not this affects AMD and ARM processors has not made clear. The patch for âMeltdownâ incurs the performance penalties.


Spectre and meltdown attacks affected cpus
Re: Spectre and meltdown attacks affected cpus N.Scott.Pearson Jan 5, 2018 9:37 PM (in response to paramountain) Intel is *very* strict when it comes to security issues.


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Spectre and Meltdown: Details you need on those big chip flaws. Design flaws in processors from leading chipmakers could let attackers access sensitive information. How did this happen, and what's the fix?


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Researchers disclosed two kernel side-channel attacks, Meltdown and Spectre, which allow attackers to steal sensitive data from the kernel memory and affect AMD, ARM, and Intel processors. Subscribe to our newsletters


Spectre and Meltdown processor security flaws â explained
4 thoughts on â What Are Meltdown and Spectre, and Which Processors Are Affected? â


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âSo this will be an ongoing effort to promote Fijian Made products for people to be able to understand that if you buy Fijian products you will be creating a lot of jobs.â About Fijian Made When you purchase a Fijian made product or service, youâre helping to create jobs and promote growth.


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Fijian Made. âI use my talent and skills to earn money which makes me really proud and happy. I also got the Fijian Made licensing which has given more recognition to my passion - Ms Volavola has been printing masi & supplying her #FijianCrafted art to the Flea Market and handicraft shops in Suva & Nadi.


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Conjure up an image of the Fiji Islands and you are likely to see golden sun-drenched beaches, gently swaying palm trees, welcoming smiles and world-class hospitality. That is surely true. Equally true is the fact that Fiji boasts a world-class manufacturing base in the Textile, Clothing and Footwear industry. Indeed, we've successfully produced iconic brand-name products for customers in Australia, New Zealand and elsewhere for over two decades.


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A quality product made from Fiji Coconuts growing around coastal communities. Friendâs Fiji Style Â®Desiccated Coconut captures the best of the fresh taste of the tropics. Friendâs Fiji Style Â® Desiccated coconut is crisp, white in colour and has a sweet pleasant and fresh taste of the nut.


Traditional Handicrafts of Fiji Paperback â December 1, 1997
Tabualevu was graduated from Victoria State College, Australia. During twelve years of service in the Curriculum Development Unit of Fiji's Ministry of Education, she helped formulate teachers' handbooks and conducted many seminars and workshops.


Pure Fiji Natural Skin Care Products Made With Virgin Coconut Oil for Natural Beauty
Pure Fiji Natural Skin Care Products Made With Virgin Coconut Oil for Natural Beauty | Pure Fiji natural skin care products are made with virgin coconut oil & certified organic exotic nut oils. Tropical scents, local ingredients made in Fiji.


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Ranjit Garments founded in 1984, has served the Australasian market for over 30 years. With almost 500 staff, the company is today one of Fijiâs leading exporters of high-quality, ready-made garments bearing some of the regionâs best known brand names. Ranjit Garmentsâ manufacturing set-up is geared to provide a âone-stop shopâ solution for all your woven clothing requirements.