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Where a cumulative tax credit certificate is held, any unused tax credits are carried forward on a cumulative basis to subsequent pay periods within the same tax year. Tax credits unused at the end of the tax year, 31 December, are not carried forward to the following year.he cumulative tax liability of â¬150 deducted up to week 7 exceeds the cumulative tax liability of â¬40 at week 8. The difference of â¬110 is therefore refunded to the employee. This is not a refund of the employee's tax credits but rather a refund of excess tax that the employee has paid in the year to date.


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The tax to be deducted in a particular week or month is the cumulative tax due from 1 January to that date, reduced by the amount of tax previously deducted. The cumulative system operates for both tax credits and standard rate cut-off points.he cumulative tax liability of â¬150 deducted up to week 7 exceeds the cumulative tax liability of â¬40 at week 8. The difference of â¬110 is therefore refunded to the employee. This is not a refund of the employee's tax credits but rather a refund of excess tax that the employee has paid in the year to date.


Understanding your tax code
If you start work as an employee part-way through a tax year, you may initially be put on a 1060L Week One, or 1060L Month One code. This may not be clear from your payslips or PAYE coding notice.This code will not always produce the correct answer.f you start work as an employee part-way through a tax year, you may initially be put on a 1060L Week One, or 1060L Month One code. This may not be clear from your payslips or PAYE coding notice.


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For a pay day in week 5 the cumulative tax credits are â¬344.25 and the standard rate cut-off point is â¬3,269.25. If any change occurs which affects the employee's tax credits or standard rate cut-off point Revenue will issue a new tax credit certificate showing the new tax credits/standard rate cut-off point now due.he cumulative tax liability of â¬150 deducted up to week 7 exceeds the cumulative tax liability of â¬40 at week 8. The difference of â¬110 is therefore refunded to the employee. This is not a refund of the employee's tax credits but rather a refund of excess tax that the employee has paid in the year to date.


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When the cumulative basis applies the employee is still entitled to their tax credits and standard rate cut-off point (Refunds of income tax to the employee part 3) even though they have no pay on this pay day.he cumulative tax liability of â¬150 deducted up to week 7 exceeds the cumulative tax liability of â¬40 at week 8. The difference of â¬110 is therefore refunded to the employee. This is not a refund of the employee's tax credits but rather a refund of excess tax that the employee has paid in the year to date.


Fetal development and the reality of abortion
Fetal Development at 11 weeks. At this time, the fetus is about two inches long. Urination occurs. The face has assumed a baby's profile, and muscle movements are becoming more coordinated. The fetus will curve it fingers around an object placed in its hand, can squint, swallow, and wrinkle its forehead.


Prenatal development
In human pregnancy, prenatal development, also known as antenatal development, is the development of the embryo following fertilization, and continued as fetal development. By the end of the tenth week of gestational age the embryo has acquired its basic form and is referred to as a fetus.


Fetal development timeline
3 weeks. Your baby-in-the-making is a ball of cells called a blastocyst. The blastocyst already contains a full set of DNA from you and your partner, which determines sex, eye color, and other traits. 4 weeks. The ball of cells has officially become an embryo and is about the size of a poppy seed.


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Previous studies of early heart development in humans have been largely based on other mammals -- such as mice or pigs -- as well as adult hearts and samples from dead people. The data being collected by the University of Leeds-led team is being used to create a computerized simulation of fetal heart development.


Fetal development timeline
Fetal development timeline. The transformation from a tiny fertilized egg to a fully formed baby is awe-inspiring. Here's a look at the major milestones babies in utero typically reach, from conception to birth, and approximately when they happen.


Fetal development and the reality of abortion
Fetal Development at 22 weeks. The baby is more than 12 inches long by now. The mother has definitely already begun to feel movement. If a sound is especially loud or startling, the fetus may jump in reaction to it. All the parts in the brain are in place for the baby to experience pain.


Prenatal development
Prenatal development is the process in which an embryo and later fetus develops during gestation. Prenatal development starts with fertilization the first stage in embryogenesis which continues in fetal development until birth.


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Boxplots (aka, Box and Whisker Plots). A boxplot, sometimes called a box and whisker plot, is a type of graph used to display patterns of quantitative data.


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1 Interquartile range (IQR). 2  The middle half of a data set falls within the interquartile range. 3  In a boxplot, the interquartile range is represented by the width of the box (Q3 minus Q1). 4  In the chart above, the interquartile range is equal to 600 minus 300 or about 300.


The Five-Number Summary
And different software packages use all different sorts of formulas. Be careful to use the formula from your book when doing your homework! Additionally, the box-and-whisker plot may include a cross or an X marking the mean value of the data, in addition to the line inside the box that marks the median. The difference between the X and the median line can then be used as a measure of skew. Please don't ask me to explain skew.


Create a box and whisker chart
You can use a single data series or multiple data series. Part of the data used to create the example chart above. Click Insert Insert Statistic Chart Box and Whisker. Tip Use the Design and Format tabs to customize the look of your chart. If you don't see these tabs, click anywhere in the box and whisker chart to add the Chart Tools to the ribbon.


Create a box and whisker chart
Box and whisker charts are most commonly used in statistical analysis. For example, you could use a box and whisker chart to compare teachers' test scores or medical trial results.


Create a box and whisker chart
A box and whisker chart shows distribution of data into quartiles, highlighting the mean and outliers. The boxes may have lines extending vertically called âwhiskersâ. These lines indicate variability outside the upper and lower quartiles, and any point outside those lines or whiskers is considered an outlier.


The Five-Number Summary
Box-and-Whisker Plots: Five-Number Summary (page 2 of 3). Sections: Quartiles, boxes, and whiskers, Five-number summary, Interquartile ranges and outliers. More terminology: The top end of your box may also be called the upper hinge; the lower end may also be called the lower hinge.


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Two horizontal lines, called whiskers, extend from the front and back of the box. The front whisker goes from Q1 to the smallest non-outlier in the data set, and the back whisker goes from Q3 to the largest non-outlier.


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A boxplot splits the data set into quartiles. The body of the boxplot consists of a box (hence, the name), which goes from the first quartile (Q1) to the third quartile (Q3). Within the box, a vertical line is drawn at the Q2, the median of the data set.


Create a box and whisker chart
Exclusive median The median is excluded from the calculation if N (the number of values in the data) is odd. Tip To read more about the box and whisker chart and how it helps you visualize statistical data, see this blog post on the histogram, Pareto, and box and whisker chart by the Excel team.


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Palladium jewelry is generally made in 2 different purity levels, 95% and 90% pure. Jewelry made with 95% palladium will be marked 950 and the remaining 5% is made with ruthen â¦ ium. Items made with 90% palladium are marked 900 and will be mixed with 10% ruthenium.


User Contributed Dictionary
Palladium is a soft silver-white metal that resembles platinum. It is the least dense and has the lowest melting point of the platinum group metals. It is soft and ductile when annealed and greatly increases its strength and hardness when it is cold-worked.


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Palladium is a chemical element with symbol Pd and atomic number 46. It is a rare and lustrous silvery-white metal discovered in 1803 by William Hyde Wollaston. He named it after the asteroid Pallas, which was itself named after the epithet of the Greek goddess Athena, acquired by her when she slew Pallas. Palladium, platinum, rhodium, ruthenium, iridium and osmium form a group of elements referred to as the platinum group metals (PGMs).


Richard Heck â discoverer of Heck chemical reaction
Palladium is also used in electronics, dentistry, medicine, hydrogen purification, chemical applications, groundwater treatment and jewelry. Palladium plays a key role in the technology used for fuel cells, which combine hydrogen and oxygen to produce electricity, heat, and water.


Palladium: Exposure, Uses, and Human Health Effects
Fine Jewelry and Optical Instruments. Pd in jewelry is used in two different ways: as a component in some white gold alloys and as a precious metal in the manufacture of palladium jewelry. It is primarily used as an alloy with platinum to optimize the manufacturing characteristics and wear properties of the latter.


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Both palladium and ruthenium are from the PGM family of metals otherwise known as the platinum group. PGM metals are found naturally white and are considered precious. Jewelry that is mass produced in China is alloyed with copper in place of ruthenium and is considered to be of lesser quality.


Palladium: Exposure, Uses, and Human Health Effects
Palladium (Pd) is a precious metal that, together with iridium (Ir), platinum (Pt), rhodium (Rh), ruthenium (Ru), and osmium (Os), belongs to the platinum group elements (PGEs). Pd is one of the rarest elements in the earth's crust and its main ore deposits are found in the Russian Federation and South Africa.


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An Palladium reactor is a mixture of magnetic Electron energy being powered by the palladium compound, to serve as a continuous power source (Electronic) and repeated by the e â¦ lectronic magnet which would be used to continue the pulses of energy being made through the reactor.


Palladium: Exposure, Uses, and Human Health Effects
The use of Pd in dentistry is relatively recent. Palladium alloys with gold or silver as well as copper and zinc can be matched to any dental application (inlays, full-cast crowns, long-span bridges, ceramic metal systems, and removable partial dentures).


What is Salt?
Salt occurs naturally in many parts of the world in mineral form and has been mined for thousands of years. Chemically, sea salt is the same. Gastronomically, itâs very different. Our rather firm views on salt are not shared by everybody. Youâll find some alternative points of view among the sources below, included here in a spirit of salty open mindedness, rather than agreement.


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Salt is a mineral composed of sodium and chlorine. Neither can exist alone in natural form. Together, they form the chemical compound that is sodium chloride. To geologists, salt is known as halite. Salt is a crystal of the isometric system, meaning it is usually cubic and perfectly symmetrical. Pure salt crystals are colorless, although a pile of them will appear to be white. Impurities in the crystals may cause salt to be various shades of yellow, red, blue or purple.


Why is the Ocean Salty?
Two of the most prevalant ions in seawater are chloride and sodium. Together, they make up over 90 percent of all dissolved ions in the ocean. Sodium and Chloride are 'salty.'. The concentration of salt in seawater (salinity) is about 35 parts per thousand. Stated in another way, about 3.5 percent of the weight of seawater comes from the dissolved salts; in a cubic mile of seawater, the weight of the salt (in the form of sodium chloride) would be about 120 million tons.


What is salt made of?
Sodium and chlorine, hence the chemical formula NaCl. Salt is made up of Sodium chloride (NaCl), its solid form is formed by crystallisation that occurs when the NaCl in the water is left behind due to evaporation, this usually happens when water is left on rocks for a while- to every 3.78 litres there is 0.113g of NaCl (salt). I hope my answer has helped :)


Why is the ocean salty?
Salt in the ocean comes from rocks on land. The rain that falls on the land contains some dissolved carbon dioxide from the surrounding air. This causes the rainwater to be slightly acidic due to carbonic acid (which forms from carbon dioxide and water).


What is Salt?
Weâll adopt a schoolmasterly tone at this point. Salt (NaCl) is a natural mineral made up of white cube-shaped crystals composed of two elements, sodium and chlorine. It is translucent, colourless, odourless (officially, though we think you can smell the freshness of the sea in one of our boxes) and has a distinctive and characteristic taste.


Where Corn Grows Throughout the World
A kernel of corn is wrapped in a tough, fibrous outer hull (bran). Inside is the germ, or embryo, from which the new plant develops. Around the germ is a food supply called endosperm.


Where Corn Grows Throughout the World
A kernel of corn is wrapped in a tough, fibrous outer hull (bran). Inside is the germ, or embryo, from which the new plant develops.


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Encyclopaedia EncyclopÃ¦dia, Britannica. Inc a kernel of corn is wrapped in a, tough fibrous outer (hull). Bran inside is the, germ or, embryo from which the new plant. Develops around the germ is a food supply called. endosperm


Where Corn Grows Throughout the World
Encyclopaedia EncyclopÃ¦dia, Britannica. Inc a kernel of corn is wrapped in a, tough fibrous outer (hull). Bran inside is the, germ or, embryo from which the new plant. Develops around the germ is a food supply called. Endosperm this is chiefly. starch


Everyday Foot Problems
Corns cause pain not only on the surface of the foot, where the top of the corn rubs against a shoe, for instance, but also inside the toe, where the root of the corn exerts pressure on sensitive nerves. What's worse, the more friction on the corn, and the more pain you experience, the faster the corn will grow.


What is inside corn that makes it pop?
Popcorn pops because the corn kernels contain water-which turns into steam when heated. Because corn kernels are tightly sealed, the steam can't get through and it creates pressure inside them, which eventually makes them pop.


Where Corn Grows Throughout the World
Encyclopaedia EncyclopÃ¦dia, Britannica. Inc a kernel of corn is wrapped in a, tough fibrous outer (hull). Bran inside is the, germ or, embryo from which the new plant. develops


What Makes Popcorn Pop?
Popcorn is a special kind of corn. Of all the types of corn, popcorn is the only variety that pops. Inside each kernel of popcorn is a tiny droplet of water surrounded by a hard shell called a hull. As the popcorn is heated, the water turns into steam, which builds pressure inside the kernel.


Foot Corns & Callus (hyperkeratosis)
What is a foot corn and callus (hyperkeratosis): A corn or callus are areas of thickened skin that occur in areas of pressure. They are actually a normal and natural way for the body to protect itself. For example, callus develops on the hand when chopping a lot of wood-its a normal way for the skin to protect itself.


Althea Gibson
Althea Gibson (August 25, 1927 â September 28, 2003) was an American tennis player and professional golfer, and the first black athlete to cross the color line of international tennis. In 1956, she became the first person of color to win a Grand Slam title (the French Open).


Althea Gibson
Althea Gibson was a World No. 1 American sportswoman who became the first African-American woman to be a competitor on the world tennis tour and the first to win a Grand Slam title in 1956. She is sometimes referred to as the Jackie Robinson of tennis  for breaking the color barrier.


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Althea Gibson. Althea Gibson was an American athlete and Hall of Fame tennis champion. She was the first African-American to compete in the U.S. tennis championships, in 1950, after winning a series of titles in the all-black American Tennis Association.


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Althea Gibson was an American athlete and Hall of Fame tennis champion. She was the first African-American to compete in the U.S. tennis championships, in 1950, after winning a series of titles in the all-black American Tennis Association. She was also the first black to compete in Wimbledon in 1951.


Black Women in Sports
Althea Gibson. Althea Gibson was an American athlete and Hall of Fame tennis champion. She was the first African-American to compete in the U.S. tennis championships, in 1950, after winning a series of titles in the all-black American Tennis Association. She was also the first black to compete in Wimbledon in 1951.


Althea Gibson
Gibson was born on August 25, 1927, in the town of Silver, in Clarendon County, South Carolina, to Daniel and Annie Bell Gibson, who worked as sharecroppers on a cotton farm.


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EAST ORANGE, N.J. -- Althea Gibson, a sports pioneer who broke the color barrier in tennis in the 1950s as the first black woman to win Wimbledon and U.S. national titles, died on September 28. She was 76. Two-time Wimbledon champ Gibson hit her stride in 1957.


OBITUARIES âHaâ
The oldest of five children, Althea Gibson was born in Silver, South Carolina on April 25, 1927. At the time of her birth, her father was working as a sharecropper on a cotton farm. The crops failed several years in a row, and the impoverished Gibson family moved to New York City.


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Gibson served as model for Williams sisters. ESPN.com news services. EAST ORANGE, N.J. -- Althea Gibson, a sports pioneer who broke the color barrier in tennis in the 1950s as the first black woman to win Wimbledon and U.S. national titles, died on September 28.


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Â» Althea Gibson husband. Althea Neale Gibson was born on August 25, 1927, in Silver, South Carolina. She was born to Daniel and Annie Bell Gibson. Her family moved to Harlem, a neighborhood in the borough of the New York City where they faced hardship meeting the daily needs.


Dark Souls 2 Weapon Scalings and Infusion Calculations
Standard weapons. For every level you upgrade a standard weapon in Dark Souls 2 your weapon will gain 10% of the original base damage per level. Example: The shortsword has 100 base damage. 10% of 100 base damage is 10 damage per level. +1 Shortsword: 110 base damage. +2:Shortsword 120 base damage.


FAQs
You need to talk to the Fire Keeper at Firelink Shrine. She is at the center of the Shrine, which is unlocked after you defeat the first boss in Dark Souls 3. Each level up costs progressively more souls, but they all have exactly the same effect, i.e. increasing one of your attributes by one point.


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40int/40dex is optimal if this is your main weapon. If you want to cast offensive spells you can go 60int/40dex, but honestly if you know how to use the scythe you won't need offensive spells. My build is 40/40 and I have just enough attunement to cast some non-scaling spells (snap freeze, great magic shield, etc). I was using MGS before the DLC came out, the scythe does basically the same damage at 40/40 and has a much greater speed and variety of combos.


FAQs
Souls are a form of currency and experience points in Dark Souls 3. They are collected automatically from enemies when they die (whether you killed them or not), but can also be found as loot items. In the latter case, these need to be used in the inventory screen to obtain usable souls.


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And no you can't lose damage by having one thing higher than another (meaning if you have 40 str and 20 dex on a weapons labeled c,c you don't lose damage for having dex lower you still get the bonus from both) HOWEVER you have to at least meet the requirements of the weapon to do normal damage with it.


FAQs
FAQs or Frequently Asked Questions about Dark Souls 3 will be covered on this page. Below is a list of FAQs from the community with their answers (where known). If you have a question that is not answered in the list below, put it in the comments section for an answer.


Parameter Bonus
Redirected from Parameter bonus. The Parameter Bonus rating, also known as Scaling, is a gameplay mechanic in Dark Souls. It indicates the level of bonus damage one can do with a weapon, based on the associated stats. This rating can be S, A, B, C, D or E (in order from most to least bonus for the associated skill).


Dark Souls 2 Weapon Scalings and Infusion Calculations
For every level you upgrade a boss weapon in Dark Souls 2 your weapon will gain 30% of the original base damage per level. Example: The Pursuers Ultra Greatsword has 156 base damage. 30% of 156 base damage is 46.8 damage per level. +1 Pursuers Ultra Greatsword: 202 base damage.


Dark Souls 2 Weapon Scaling Guide
/ Updates /. This is a tentative guide for weapon scaling for Dark Souls 2. Weapon Scaling, also referred to Parameter Bonus Rating, is a system that determines additional damage a weapon deals out based on your personal stats. From highest to lowest bonus, the ratings run from S, A, B, C, D, and E.


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Basically a higher letter (E-A and S is the highest) increses the scaling. (except in a few cases as said before) Typically Str scales higher than Dex does (I've heard you get roughly 2-3 damage per str and only around 1 per dex) for the same scaling, but the higher the stat the less you get.


Foot swollen on side
My foot and ankle is still swollen and the outside of the side of my foot looks strange and still slightly black and blue. I have recently developed a dull pain that sometimes shoots of the outside on my leg and over my ankle.I think my worst pain is when I drive and need to use my foot on the pedals.y ankle, foot and toes on the affected side have been swelling, turning a little purple, and feeling quite cold. Good in the morning and if I elevate the foot, but makes it difficult for me to walk any distance from mid afternoon on.


Lax Ligaments â Causes, Symptoms, and Treatment
The symptoms of a sprained ankle usually occur after trauma. You may not be able to put any weight on your foot without severe pain. If there is a mild sprain you may be able to walk, but with a limp. Sometimes the foot becomes swollen, red, or bruised.The amount of bruising and swelling does not always tell us the amount of actual injury.ou may not be able to put any weight on your foot without severe pain. If there is a mild sprain you may be able to walk, but with a limp. Sometimes the foot becomes swollen, red, or bruised. The amount of bruising and swelling does not always tell us the amount of actual injury.


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After the surgery, your foot will be put in a cast for 6 to 8 weeks and you will not be able to put any weight on the foot for at least 3 months. As the bones begin to heal, your orthopaedist may order X-rays or a magnetic resonance image (MRI) to see whether blood supply to the bone is returning.ecause a severe sprain can often mask the symptoms of a broken ankle, every injury to the ankle should be examined by a physician. Symptoms of a broken ankle include: 1  Immediate and severe pain. 2  Swelling. 3  Bruising.


Sprains, Strains & Fractures
If you've hurt your foot or ankle, it's best to err on the side of caution. The acronym RICE can help you remember what to do: Rest âRest the affected area. Stay off the injured foot or ankle until it can be fully evaluated. Walking, running, or playing sports on an injured foot or ankle may make the injury worse.he feet and ankles work together to provide support and mobility to the body. A foot or ankle sprain is a soft tissue injury. Most often, a sprain occurs when an injury pulls, stretches, or tears the ligaments that connect bone to bone.


Foot swollen on side
That night the pain was very bad, my foot had swollen slightly (towards the side of the foot) and it was slightly bruised. It was that sore, I couldn't walk the stairs to bed, I had to crawl up on my knees.y ankle, foot and toes on the affected side have been swelling, turning a little purple, and feeling quite cold. Good in the morning and if I elevate the foot, but makes it difficult for me to walk any distance from mid afternoon on.


Toe and Forefoot Fractures
See a doctor as soon as possible if you think that you have a broken bone in your foot or toe. Until your appointment, keep weight off the leg and apply ice to reduce swelling. Use an ice pack or wrap the ice in a towel so it does not come into direct contact with the skin.hese fractures usually result from trauma, such as dropping a heavy object on your foot, or from a twisting injury. If the fractured bone does not break through the skin, it is called a closed fracture. Several types of fractures occur to the forefoot bone on the side of the little toe (fifth metatarsal).


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Because a severe sprain can often mask the symptoms of a broken ankle, every injury to the ankle should be examined by a physician. Symptoms of a broken ankle include: 1  Immediate and severe pain.2  Swelling. 3  Bruising. 4  Tender to the touch. 5  Inability to put any weight on the injured foot.6  Deformity, particularly if there is a dislocation as well as a fracture.ecause a severe sprain can often mask the symptoms of a broken ankle, every injury to the ankle should be examined by a physician. Symptoms of a broken ankle include: 1  Immediate and severe pain. 2  Swelling. 3  Bruising.


Top 30 Doctor insights on: The Top Of My Foot Is Swollen And Sore
Ice skating yesterday, and now the side of my foot is swollen and very sore. 5. Get help from a doctor now âº. Overuse: Make sure to rule out a stress fracture of the for. If it's not a stress fracture, then it's most likely an overuse injury such tendonitis.I recommend that you see a podiatrist and get an x-ray taken.ce skating yesterday, and now the side of my foot is swollen and very sore. 5. Get help from a doctor now âº. Overuse: Make sure to rule out a stress fracture of the for. If it's not a stress fracture, then it's most likely an overuse injury such tendonitis.


Imaging and Tests for Foot Pain
The most common imaging tests to diagnose foot problems are: X-ray (radiography). A standard X-ray is a simple test in which an X-ray beam (a form of electromagnetic radiation) is passed through the foot to create a two-dimensional picture of the bones that form the joint. A doctor can use X-rays to view:1  joint space.he most common imaging tests to diagnose foot problems are: X-ray (radiography). A standard X-ray is a simple test in which an X-ray beam (a form of electromagnetic radiation) is passed through the foot to create a two-dimensional picture of the bones that form the joint. A doctor can use X-rays to view:


Broken Foot: Signs, Symptoms, and Treatment
The symptoms of a broken foot and the symptoms of a sprain are similar. The difference is in the intensity of the pain, swelling, and bruising. It is important not to make assumptions about the severity of an injury.tay off your foot until you can get to a doctor, even if you are able to walk with minimal pain. Your doctor will determine whether it is okay to put weight on your foot. Here is a look at some of the options your doctor may offer to treat your broken foot: 1  Crutches.


Describe the Schlieffen Plan ?
Best Answer: The Schlieffen Plan was the German General Staff's early 20th century overall strategic plan for victory in a possible future war where it might find itself fighting on two fronts: France to the west and Russia to the east.hen Helmuth von Moltke replaced Alfred von Schlieffen as German Army Chief of Staff in 1906, he modified the plan by proposing that Holland was not invaded.


The Schlieffen Plan
The Schlieffen Plan. Count von Schlieffen, the architect of the German war plan activated in 1914. The Schlieffen Plan was a battle plan, drawn up by German tacticians, to secure victory against both France and Russia.he Germans embraced a workaround to this impasse called the Schlieffen Plan. It was named for its inventor, Count von Schlieffen, who constructed the plan in 1905 after studying the Russian militaryâs performance in its ill-fated war with Japan (1904-5).


What was the Schlieffen Plan?
The Schieffen Plan was Germany's key war plan for invading France at the start of World War 1. It involved marching through Belgium in order to knock France out of the war quickly. The plan was devised by Alfred von Schlieffen.It involved attacking France through Belgium in the event of war with France.ue to the failure of the schlieffen plan, Germany was forced to fight World War One on two fronts and Germany's attempt to swiftly move through Belgium also forced Britain to join the war effort against Germany.


The Schlieffen Plan
The Schlieffen Plan. The Schlieffen Plan was created by General Count Alfred von Schlieffen in December 1905. The Schlieffen Plan was the operational plan for a designated attack on France once Russia, in response to international tension, had started to mobilise her forces near the German border.The execution of the Schlieffen Plan led to Britain declaring war on Germany on August 4th, 1914.he Schlieffen Plan was the operational plan for a designated attack on France once Russia, in response to international tension, had started to mobilise her forces near the German border.


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The Schlieffen Plan. Germany had been preparing for war long before 1914. In fact, Germany had started drawing up a plan for war-the Schlieffen Plan-in 1897. It took nine years to finalise, but it was based on the theory that Germany would be at war with France and Russia at the same time.It did not prepare for many of the events that occured in July and August 1914.n fact, Germany had started drawing up a plan for war-the Schlieffen Plan-in 1897. It took nine years to finalise, but it was based on the theory that Germany would be at war with France and Russia at the same time. It did not prepare for many of the events that occured in July and August 1914.


The Schlieffen Plan
In 1905, Schlieffen was chief of the German General Staff. Europe had effectively divided into two camps by this year â Germany, Austria and Italy (the Triple Alliance) on one side and Britain, France and Russia (the Triple Entente) on the other.he Schlieffen Plan was the operational plan for a designated attack on France once Russia, in response to international tension, had started to mobilise her forces near the German border.


Presidency of Theodore Roosevelt
The Schlieffen Plan was the German armyâs plan for war against France and Russia. It was created by the German Chief of Staff Alfred von Schlieffen in 1903 the request of Kaiser Wilhelm II. It was revised in 1905.he Schlieffen Plan was the German armyâs plan for war against France and Russia. It was created by the German Chief of Staff Alfred von Schlieffen in 1903 the request of Kaiser Wilhelm II. It was revised in 1905.


Describe the Schlieffen Plan ?
Schlieffen's plan involved using 90% of Germany's armed forces to attack France. Fearing the French forts on the border with Germany, Schlieffen suggested an attack through Holland, Belgium and Luxembourg into northern France.hen Helmuth von Moltke replaced Alfred von Schlieffen as German Army Chief of Staff in 1906, he modified the plan by proposing that Holland was not invaded.


The Schlieffen Plan
1. The Schlieffen Plan was Germanyâs tactical solution for avoiding a two-front war with France and Russia. 2. Under this plan, drawn up in 1905, France would be forced to a quick surrender by a German invasion in the north.he Germans embraced a workaround to this impasse called the Schlieffen Plan. It was named for its inventor, Count von Schlieffen, who constructed the plan in 1905 after studying the Russian militaryâs performance in its ill-fated war with Japan (1904-5).


Schlieffen Plan
Count Alfred von Schlieffen in 1906. The Schlieffen Plan (German: Schlieffen-Plan, [ÊliËfÉn plaËn]) was adopted as Aufmarsch I (Deployment [Plan] I) in 1905 (later Aufmarsch I West) and modelled a Franco-German war, which would not involve Russia but was expected to include Italy and Austria-Hungary as German allies....] Moltke followed the trajectory of the Schlieffen plan, but only up to the point where it was painfully obvious that he would have needed the army of the Schlieffen plan to proceed any further along these lines.


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The word ceramic comes from the Greek word ÎºÎµÏÎ±Î¼Î¹ÎºÏÏ (keramikos), of pottery or for pottery, from ÎºÎÏÎ±Î¼Î¿Ï (keramos), potter's clay, tile, pottery. The earliest known mention of the root ceram- is the Mycenaean Greek ke-ra-me-we, workers of ceramics, written in Linear B syllabic script.


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American Ceramic Supply Company provides premium low fire, high fire, porcelain and raku clay bodies to potterâs, schools, organizations and clubs. If picking up, call ahead and we can have your clay ready for you. please e-mail us with your full shipping address and if to home, business or school for shipping quote.


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If you multiply all the ingredients in the above recipes by 10, you will get 1000 grams, which will fill about 1/2 of a five gallon bucket. You can then divide this up into five 1 gallon buckets and then mix different stains in each one.


Ceramic
A low magnification SEM micrograph of an advanced ceramic material. The properties of ceramics make fracturing an important inspection method. A ceramic material is an inorganic, non-metallic, often crystalline oxide, nitride or carbide material. Some elements, such as carbon or silicon, may be considered ceramics.


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You can squeeze slip out of a bottle to make designs, which is called slip trailing or use it for sgraffito, which iscoating your pottery or ceramic with slip then you scratch designs in the slip exposing the raw clay underneath. Sometimes decorating slips are called engobes, but they are generally the same thing.


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Finished work using slip: In our studio, we use slip for surface texture techniques and for handbuilding when slipping & scoring. Purchasing pre-made slip is costly and will not produce the best results due to possibly having incompatible shrinkage and / or color relative to the used clay. However, if you wish to use your clay to make slip, make sure that the grog content is not too high to avoid wrestling with it when sieving. If your clay has a lot of grog, fine similar clay to your clay (same shrinkage) but with less grog. To fill 3/4 of a five gallon bucket, we use 35 - 40 lb. clay.


Ford Windshield Replacement Costs and Quotes
With the help of the internet, you can now purchase most if not all of your ceramic and pottery tools and supplies online. We are located far from any well supplied dealers and yet working with reliable ceramic and pottery suppliers online has allowed us to recieve most of our orders within a timely manner.


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American Ceramic Supply Company provides premium low fire, high fire, porcelain and raku clay bodies to potterâs, schools, organizations and clubs. If picking up, call ahead and we can have your clay ready for you. If you would like us to ship clay to you, please e-mail us with your full shipping address and if to home, business or school for shipping quote. Schools requiring a purchase order, please e-mail us info@AmericanCeramics.com.


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When buying ingredients to make this slip, remember that 100g is approximately 1/4 of a pound. For those who don't want the convenience of pre-mixed, pottery and ceramic shops also sell engobes in one pint containers.


Requirements for Interventional Echocardiographers
Requirements for Interventional Echocardiographers Increase in transcatheter structural heart procedures is driving demand for ultrasound, TEE experts in the cath lab Transesophageal echo (TEE) has become an essential part of the new transcatheter structrual heart therapies, giving rise to a new sub-speciality of interventional echocardiography.


How Do I Become an Echocardiographer?
Many of the programs to become an echocardiographer are two years in length and are offered at medical technology schools or at junior colleges. There are an increasing number of four-year programs, too, and these are more appropriate to echocardiographers who want to work in more complex areas of this field.


How Do I Become an Echocardiographer?
Individuals who wish to become an echocardiographer complete two to four years of college training, and they may possibly need licensing or certification. Each region and facility that hires these specialists may differ in what it requires from employees.


Requirements for Interventional Echocardiographers
While interventional echo has been recognized with a growing number of specialty training sessions provided by the American Society of Echocardiography (ASE) and Transcatheter Cardiovascular Therapeutics (TCT) annual meetings, the requirements for these specialists are still evolving.


Requirements for Interventional Echocardiographers
You cannot afford to not have the echocardiographer intimately involved with the procedure every step of the way.â This team approach includes in-service training of the echocardiographer along with the interventionist and the rest of the lab staff on any new devices they will be using so the whole team is on the same page.


Requirements for Interventional Echocardiographers
She said this helps with the flow of the procedure once it is underway and helps the echocardiographer anticipate when they will be needed each step of the way. At Columbia, Hahnâs ultrasound systemâs images are shared live on the overhead screen so the team can see what she is explaining. Orientation of Echo Anatomy Needs to be Standardized


Requirements for Interventional Echocardiographers
Requirements for Interventional Echocardiographers. Increase in transcatheter structural heart procedures is driving demand for ultrasound, TEE experts in the cath lab. Transesophageal echo (TEE) has become an essential part of the new transcatheter structrual heart therapies, giving rise to a new sub-speciality of interventional echocardiography. The latest generation of 3-D/4-D TEE enables highly detailed surgical views of the soft tissue of the cardiac anatomy, allowing easier guidance of catheters and delivery of devices.


Requirements for Interventional Echocardiographers
Requirements for Interventional Echocardiographers. Transesophageal echo (TEE) has become an essential part of the new transcatheter structrual heart therapies, giving rise to a new sub-speciality of interventional echocardiography.


How Do I Become an Echocardiographer?
Where a person lives dictates what steps are needed beyond education to get work. Sometimes a person who wants to become an echocardiographer must obtain a license to practice in the field. Others are encouraged to join registries that certify their skill to a certain level. Echocardiographers can decide which of these steps are necessary as they progress through and finish an education program.


Requirements for Interventional Echocardiographers
Watch the VIDEO âHow to Build An Integrated Heart Team.â Brijeshwar Maini, M.D., and Brian Bethea, M.D., from Tenet Floridaâs structural heart program, explain the importance of building a good heart team and how that team should interact.


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Today's numbers, also called Hindu-Arabic numbers, are a combination of just 10 symbols or digits: 1, 2, 3, 4, 5, 6, 7, 8, 9, and 0. These digits were introduced in Europe within the XII century by Leonardo Pisano (aka Fibonacci), an Italian mathematician.


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Arabic numerals or Hindu-Arabic or Indo-Arabic numerals, are the ten digits: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, based on the HinduâArabic numeral system. Arabic numerals are the most common symbolic representation of numbers in the world today.


Numbers' & Numeral systems' history and curiosities
The graphical origin of the Roman numbers. Today's numbers, also called Hindu-Arabic numbers, are a combination of just 10 symbols or digits: 1, 2, 3, 4, 5, 6, 7, 8, 9, and 0. These digits were introduced in Europe within the XII century by Leonardo Pisano (aka Fibonacci), an Italian mathematician.


Integers
. Negative integers are all the opposites of these whole numbers: -1, -2, -3, -4, -5, â¦. We do not consider zero to be a positive or negative number. For each positive integer, there is a negative integer, and these integers are called opposites.


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The numbers of characters (including spaces and dashes) in the English names (written without trailing ands) for the numbers 1, 2, 3, ... are 3, 3, 5, 4, 4, 3, 5, 5, 4, 3, 6, 6, 8, 8, 7, 7, 9, 8, 8, 6, 10, 10, ...


Numbers' & Numeral systems' history and curiosities
The graphical origin of the Roman numbers. Today's numbers, also called Hindu-Arabic numbers, are a combination of just 10 symbols or digits: 1, 2, 3, 4, 5, 6, 7, 8, 9, and 0.


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The numbers of characters (including spaces and dashes) in the English names (written without trailing ands) for the numbers 1, 2, 3, ... are 3, 3, 5, 4, 4, 3, 5, 5, 4, 3, 6, 6, 8, 8, 7, 7, 9, 8, 8, 6, 10, 10, ... (OEIS A052360), illustrated above.


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Arabic numerals sans-serif. Arabic numerals or Hindu-Arabic or Indo-Arabic numerals, are the ten digits: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, based on the HinduâArabic numeral system.


NUMERATION OF THE WHOLE NUMBERS
(They are also the names of what are called the natural numbers .). The symbols that refer to the numbers are 1, 2, 3, 4, and so on. They are called numerals. The student is no doubt familiar with Roman numerals.


NUMERATION OF THE WHOLE NUMBERS
We call them the counting-names; sometimes the counting-numbers. (They are also the names of what are called the natural numbers .). The symbols that refer to the numbers are 1, 2, 3, 4, and so on. They are called numerals.


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He observed that one could Transform. Rich: I am not entirely certain what you are interested in when you are asking for the molecular formula of 'Human DNA.' The human genome, recently sequenced contains several billion base pairs of DNA, either, and adenine, guanine, cytosine, or thymine.


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Exploring a DNA chain The sugars in the backbone The backbone of DNA is based on a repeated pattern of a sugar group and a phosphate group. The full name of DNA, deoxyribonucleic acid, gives you the name of the sugar present-deoxyribose. Deoxyribose is a modified form of another sugar called ribose. I'm going to give you the structure of that first, because you will need it later anyway. Ribose is the sugar in the backbone of RNA, ribonucleic acid.


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Present in RNA. The University of Southern California does not screen or control the content on this website and thus does not guarantee the accuracy, integrity, or quality of such content.


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Ribose. The University of Southern California does not screen or control the content on this website and thus does not guarantee the accuracy, integrity, or quality of such content.


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All content on this website is provided by and is the sole responsibility of the person from which such content originated, and such content does not necessarily reflect the opinions of the University administration or the Board of Trustees.


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Gene V, VI, or VII, by Benjamin Lewin is a good place to start. Human DNA is dynamic, however, and its molecular formula is constantly changing, as DNA is cut, nicked, extended or digested, methylated etc. But at rough approximation, 600 Daltons per base pair time 4 billion base pairs, means that the human genome has a molecular weight of approximately 2.4 trillion Daltons.


iCloud Terms and Conditions
Deoxyribose. The University of Southern California does not screen or control the content on this website and thus does not guarantee the accuracy, integrity, or quality of such content.


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Ribose and deoxyribose are pentose. Ribose is also called ribofuranose because of the structural relationship to furane. The only structural difference between ribose and deoxyribose is the loss of an-OH group in position 2 in the ring.


Molecule
The molecular mass can be calculated from the chemical formula and is expressed in conventional atomic mass units equal to 1/12 of the mass of a neutral carbon-12 (12 C isotope) atom. For network solids, the term formula unit is used in stoichiometric calculations.


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The photosphere is the visible surface of the Sun that we are most familiar with. Since the Sun is a ball of gas, this is not a solid surface but is actually a layer about 100 km thick (very, very, thin compared to the 700,000 km radius of the Sun).


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This energy is carried to the surface of the Sun which is called photosphere and is emitted as visible and infrared light. At visible wavelengths we are not able to see below the photosphere. However there are many interesting features that can be observed in the photosphere.


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Click on image for larger version. The photosphere is the visible surface of the Sun that we are most familiar with. Since the Sun is a ball of gas, this is not a solid surface but is actually a layer about 100 km thick (very, very, thin compared to the 700,000 km radius of the Sun).


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A 4.3 Mb MPEG movie showing magnetic features in the photosphere over a 36 day period is available here. These data were obtained with the GONG solar telescope network. The movie illustrates the rotation of the Sun as well as the evolution of the Sun's magnetic features-including sunspots.


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Sugar Daddy lyrics and chords. These country classic song lyrics are the property of the respective artist, authors and labels, they are intended solely for educational purposes and private study only. The chords provided are my interpretation and their accuracy is not guaranteed.


Definitions &Translations
Sugar Daddy (The Jackson 5 song) Sugar Daddy is a hit single for Motown quintet The Jackson 5 in late 1971. The song, which peaked at #3 on the R&B singles chart and #10 on the pop singles chart in the beginning of 1972. Sugar Daddy was one of the Jackson 5 hits produced by The Corporation: Berry Gordy, Freddie Perren, Alphonzo Mizell, and Deke Richards.


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Of course âdaddyâ is dressed in drag, goes by the name Sweet Honey Child, and is played by RuPaul. âSister, Sister,â âBrady Bunch Movieâ & More RuPaul Cameos (VIDEO) Kevin Fallon December 11, 2012. And every child in the room was reminded every day that her daddy was at war.


Sugar Daddy
Related Tags. Sugar Daddy (1): Ragga/Soca Singer from Missouri, Texas. (2) British Funk/Rock band from St. Albans, Hertfordshire, England. 1) Ragga/Soca singer on Sony Records. 2)Funk/Rock band from St. Albans, Hertfordshire, England.


Sugar Daddy
Interesting fact. The word 'Sugar' has been a slang word for money and luxury since the mid-19th century, and defines the nature of the relationship between the couple. The word 'Daddy' was slang among prostitutes for an older man since the 16th century, and refers to the age difference between the two.


Sugar Daddy (The Bellamy Brothers song)
Sugar Daddy (The Bellamy Brothers song) Sugar Daddy is a song written by David Bellamy, and recorded by American country music duo The Bellamy Brothers. It was released in January 1980 as the first single from the album You Could Get Crazy. Sugar Daddy was the second of ten number one singles on the country chart for The Bellamy Brothers.


sugar daddy
Idioms and Phrases with sugar daddy. A wealthy, usually older man who gives expensive gifts to someone much younger in return for companionship or sexual favors. For example, The aspiring young actress and the sugar daddy are a classic combination in Hollywood.


Sugar Daddy
Sugar Daddy. A âSugar Daddyâ is a wealthy (and usually older) man who supports and provides for a younger woman in exchange for companionship and/or other favors.


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Sugar Daddy lyrics and chords are intended for your personal use only, it's an excellent country song recorded by The Bellamy Brothers. bannermusiciansfriend.shtml. Type in an artist's name or song title in the space above for a quick search of Classic Country Music Lyrics website.


Sugar daddy
A An intriguing story is associated with the early history of sugar daddy but this probably isnât it. Adolph Bernard Spreckels, scion of the California sugar family, was 23 years older than Alma de Bretteville. They were married in 1908 and continued to be until his death in June 1924. No contemporary reference links sugar daddy with either of them.


The History of Dreadlocks
[â¦] followed the tradition of growing dreads but having a powerful meaning to it. Reading through (http://www.dreadlocks.org/the-history-of-dreadlocks/) has given me some popular names involving them having dreadlocks.


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Usually people think that dreadlocks are ugly and nasty. The reason for this thinking is that the person with the dreads probably have not washed their head since they got the â¦ m done, even 5 months after. So in all dreads are awfully ugly to women and they are usually not attracted to them.


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dreadlocks. This is a hairstyle popularized by the Rastafarians (Bob Marley for example) but dating back as long as the existence humanity. The idea is to let your hair grow naturally, then braid them into matted locks, and wear them in a natty and dapper style. The term dread is often misunderstood in this sense as meaning terror/fear as it is commonly used today, but it is also archaic term which means to hold in awe or reverence.


The History of Dreadlocks
The Roots of Dreadlocks. The roots of dreadlocks can be trailed to the Rastafarians of Jamaica, and further, to Indian sages and yogis, but they have never been more popular or widespread than they are today. It is said that dreadlocks originated with these eastern holy men.


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You have to keep retwisting your hair through out the process. Some  people use beez wax others use Gel or Creams that specialize for  the locking purpose. It take about 8 months to complete the  process; in some cases it also depends on your hair texture.


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The Rastas, as well as other cultures, wear their dreads with pride of their natural roots (symbolized by their hair growing eternally from the mind and soul). The true veneration of growing dreadlocks is the inspiration of a sublime spirituality and respect for one's true self.


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never use; Dreadlock Wax.   If you want to wash them; residue-free shampoo, or dreadlock-specialized shampoo.   If you want them to be more dry and lock faster; sea sa â¦ lt/water solution.   If you want them to be smoother and less brittle, Shea butter or natural oils (which do NOT leave residue build-up in your locks).


Thread: The term 'dreads' or 'dreadlocks'
The term 'dreads' or 'dreadlocks'. OH MY GOSH I HATE THAT TERM, I usually try to shy away from the term because I believe that there is nothing dreadful from that locs. I often find myself being offended when someone refers to my hair as dreads.


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Dreadlocks' origin lies with Rastafarians. THey often just allowed their hair to grow without combing or brushing over a long period of time, and the hair locked upon itself and remained in whatever shape it grows from the scalp in.


Ask Your Question
What is the average cost for upgrading the electric from two - prong to 3 - prong outlets? We currently do not have any other information regarding the type of grounding already installed. The house was built in 1960 and looks like no electric upgrades have ever been made. We would just like to see some possible scenarios for upgrading the electric and what the cost would be. It will help us in placing an offer on the house.


How Much Does it Cost to Upgrade an Electrical Panel?
Electric Panel Upgrade Cost Factors. There are two main components that influence the cost of an electrical panel upgrade: materials and professional labor. On average, a professional electrician needs about 10 hours to upgrade a panel at a rate of $50 to $80 per hour.


Cost of Redoing the Electrical in a House
Cost of Redoing the Electrical in a House. In older homes, even changing an outlet can quickly require a major electrical overhaul. Updating the electrical wiring in a house is not the way most homeowners want to spend their remodeling budget. Rewiring an entire house can range anywhere from $3,000 to $12,000. The cost depends heavily on the age and construction of the house, instead of the size of the home.


Upgrading an Electrical Panel Cost
Typical costs: Typically it costs $800-$1,200 to have a qualified electrician upgrade an existing panel to 100 amps, or $1,500-$2,500 if a new panel is needed. Expect to pay $1,300-$3,000 to upgrade to 200 amps, or $2,000-$4,000 to go to 400 amps.


How Much Does it Cost to Upgrade an Electrical Panel?
Electric Panel Upgrade Cost. The average homeowner reports paying a range between approximately $580 and $1,550 for an electrical panel upgrade, with an average cost of $1,070.


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Richard Nixon. Spiro Agnew, Gerald Ford. 1969 - 1974. \\n 5 years 26 weeks. \\n\\t\\t\\t\\t\\t \\n\\t\\t\\t\\t\\t By: Jesse Wood \| 4 / 5 \| 2 years ago \\n\\t\\t\\t\\t\\t. There should've been more information about the presidents life before and after he was president. other than that, this was VERY VERY VERY helpful!!


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During Harrisonâs term in the White House, the lingering effects of an economic depression led to calls for more expansive federal legislation. A longtime protectionist, Harrison supported the passage of the McKinley Tariff Act of 1890 (backed by the Ohio congressman and future president William McKinley).


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\\n 8 years. 1974 - 1977. \\n 2 years 26 weeks. 1969 - 1974. \\n 5 years 26 weeks. \\n\\t\\t\\t\\t\\t \\n\\t\\t\\t\\t\\t By: Jesse Wood \| 4 / 5 \| 2 years ago \\n\\t\\t\\t\\t\\t. There should've been more information about the presidents life before and after he was president.


Benjamin Harrison
After he left office, Harrison returned to Indianapolis, and married the widowed Mrs. Mary Dimmick in 1896. A dignified elder statesman, he died in 1901. The Presidential biographies on WhiteHouse.gov are from âThe Presidents of the United States of America,â by Frank Freidel and Hugh Sidey. Copyright 2006 by the White House Historical Association. Learn more about Benjamin Harrison 's spouse, Caroline Lavinia Scott Harrison.


William Harrison - Key Events
Harrison's administration was the shortest in American history, and his death marked the first of a sitting President. Harrison's death also opened the sticky and untested issue of presidential succession.


William Harrison - Key Events
William Harrison - 03/04/1841: William Henry Harrison inaugurated as the ninth Prâ¦. William Henry Harrison inaugurated as the ninth President of the United States. March 04, 1841. William Harrison - 04/04/1841: Harrison dies of pneumonia only one month after hiâ¦. Harrison dies of pneumonia only one month after his inauguration, making him the first President to die while in office.


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Harrison lost his Senate seat after a Democratic victory in the Indiana state legislature in 1887, only to gain the Republican nomination for president the following year.


President Benjamin Harrison
Nominated for President on the eighth ballot at the 1888 Republican Convention, Benjamin Harrison conducted one of the first front-porch campaigns, delivering short speeches to delegations that visited him in Indianapolis.


Which presidents were generals?
He supported the first Republican presidential candidate, John C. Fremont, frÃ©mont in 1856 And Abraham lincoln in. 1860 when The Civil war broke out in, 1861 harrison joined The Union army as a lieutenant in the 70th Indiana Volunteer Infantry, regiment and he would attain the rank of brevet brigadier general by. 1865


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Introduction. Benjamin Harrison followed the distinguished example of his grandfather William Henry Harrison all the way to the White House, winning election as the nationâs 23rd president in 1888.


How to Remove the Yellow Color From Clear Silicone
Scrub the silicone with the soapy water. Dry the area with a soft towel. Cover any areas around the clear silicone, such as flooring or a bathtub, with paper towel. This will help protect these areas from the cleaners used to remove the yellow stains. Fill a plastic spray bottle with bleach.


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Cover any areas around the clear silicone, such as flooring or a bathtub, with paper towel. This will help protect these areas from the cleaners used to remove the yellow stains. Fill a plastic spray bottle with bleach. Spray the clear silicone with the bleach. Allow the bleach to sit for 15-20 minutes.


How to Remove the Yellow Color From Clear Silicone
Dry the area with a soft towel. Cover any areas around the clear silicone, such as flooring or a bathtub, with paper towel. This will help protect these areas from the cleaners used to remove the yellow stains. Fill a plastic spray bottle with bleach. Spray the clear silicone with the bleach.


How do I keep caulking in the shower white? It turns yellow after a short while.?
Use quality silicone caulk. Second, the yellow is indicating a potential rust problem with your water. Take a sample and have it tested. A rust filter will help with other problems as well.


How to Remove the Yellow Color From Clear Silicone
Spray the clear silicone with the bleach. Allow the bleach to sit for 15-20 minutes. This will cause a whitening of the yellowed silicone and will kill any mold or mildew that may have formed. Wearing rubber gloves, scrub the clear silicone with a plastic scrub brush. Rinse the bleached area well with cool water.


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Instructions. Open the windows and doors in the bathroom to ventilate the area. You may also want to turn on the exhaust fan to help clear odors. Put on a pair of rubber gloves and safety goggles. In a bucket, mix together 1/4 cup of bleach and 1 gallon of water.


Tile Caulk Cleaning and Whitening
Step 4 - Scrubbing. Scrub stubborn stains off of the caulk with an old toothbrush. Try to do this gently or you might actually scrub the caulk off. Rinse the bleach and water solution off the caulk with warm water. If you're not happy with the results, try repeating the above process.


Tile Caulk Cleaning and Whitening
Step 4 - Scrubbing. Scrub stubborn stains off of the caulk with an old toothbrush. Try to do this gently or you might actually scrub the caulk off. Rinse the bleach and water solution off the caulk with warm water.


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Open the windows and doors in the bathroom to ventilate the area. You may also want to turn on the exhaust fan to help clear odors. Put on a pair of rubber gloves and safety goggles. In a bucket, mix together 1/4 cup of bleach and 1 gallon of water. Dip an old, medium-bristled toothbrush into the solution.


How To: Keep caulk from discoloring or turning mildewy
A razor blade helps. Also try gently heating an area with a hair dryer; if the caulk is 100 percent silicone, it will soften so that you can pull it out like a rubber band. Stick to 100 percent silicone if that was used before. It can also replace other kinds of caulk.


A low-carb diet for beginners
Introduction to Low Carb. A low-carb diet means that you eat fewer carbohydrates and a higher proportion of fat. This can also be called a low-carb, high-fat diet (LCHF) or a keto diet. Most importantly, you minimize your intake of sugar and starches. You can eat other delicious foods until you are satisfied â and still lose weight.


The Sugar Busters! Diet
Sugar Busters! works by cutting calories from added sugars and processed foods, and by adding foods that help you feel full. A diet rich in high-fiber vegetables, stone-ground whole grains, lean meats, fish, healthy fats, low-fat dairy, and fruits are the foundation of most healthy weight loss plans.


Why The Paleo Diet is the Best Low-Carb, Fat Loss Diet
A low-carb diet dramatically improves your blood sugar control and the function of your blood sugar hormone insulin.1 After you eat a meal, insulinâs job is to get the sugars from your bloodstream into your cells.


Why The Paleo Diet is the Best Low-Carb, Fat Loss Diet
A low-carb diet (LC), or its cousin the very low-carb ketogenic diet (VLCK), are head and shoulders above the rest when it comes to promoting weight loss and upgrading your health. A low-carb diet is typically classified as a diet consisting of 100g of carbs or less per day, whereas a very low-carb ketogenic diet is generally 50g of carbs or less. (Itâs called a ketogenic diet due to the ketone body by-products produced when the body switches over to primarily fat- burning for fuel.)


Hypoglycemia (Low Blood Sugar)
(Low Blood Sugar) Hypoglycemia Overview. Hypoglycemia (low blood sugar) is a commonly perceived problem. In actuality, while some or many of the symptoms may be present, it is rarely confirmed or documented. The presence of true, documented hypoglycemia in the absence of diabetes treatment must be evaluated comprehensively by an endocrinologist.


The Sugar Busters! Diet
You can lose weight with a high-fiber diet made up of the right kinds of fruits, vegetables, proteins, and whole grains. But you have to give up refined sugar and flour and make other tweaks to the way you eat. The plan emphasizes foods with a low glycemic index (GI), which help keep your blood sugar levels steady. Foods with a higher GI make your blood sugar rise more than those with a lower GI. The foods with the highest GI are carbohydrates, including white bread, white rice, white potatoes, white flour, and sugar.


A low-carb diet for beginners
The numbers above are grams of digestible carbs per 100 grams (3.5 ounces). Fiber is not counted, you can eat all the fiber you want. All foods above are below 5% carbs. Sticking to these foods will make it relatively easy to stay on a strict low-carb diet, with less than 20 grams of carbs per day.


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The nervous system is divided into the peripheral nervous system and the central nervous system. Fortunately, damaged peripheral nerves can regenerate after injury. However, the optic nerve and the spinal cord are in the central nervous system, and unfortunately cannot regenerate after injury.This is thought to be a result of inhibitory factors that are produced by cells that normally support the nerve fibers.n goldfish, the optic nerve can regenerate after injury. Molecular factors involved in structural support, gene regulation, and nerve fiber growth are produced in the goldfish optic nerve after injury.


Optic Nerve Regeneration
Figure 1. Axon regeneration in the rat optic nerve. Longitudinal sections through the rat optic nerve were stained with antibodies to the protein GAP-43 2 weeks after optic nerve injury to visualize regenerating axons.Asterisks denote the injury site.(a) Almost ...ltering intracellular signaling can promote optic nerve regeneration. The signaling pathways that enable RGCs to regenerate their axons are beginning to emerge. Mst3b, a purine-sensitive protein kinase, plays a central role in the signal transduction pathway through which trophic factors induce axon growth.


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In goldfish, the optic nerve can regenerate after injury. Molecular factors involved in structural support, gene regulation, and nerve fiber growth are produced in the goldfish optic nerve after injury.In fish, these factors are produced over a long period of time, allowing repair and regrowth.n goldfish, the optic nerve can regenerate after injury. Molecular factors involved in structural support, gene regulation, and nerve fiber growth are produced in the goldfish optic nerve after injury.


First light Scientists regenerate the optic nerve restore some components of vision
Dr. Benowitz and his group have, for the first time, established proof-of-concept that a damaged optic nerve can regenerate and attain lost function,â says Nareej Agarwal, PhD, of the National Eye Institute, which supported the study.Sixteen years ago, people said it was impossible to get any regeneration in the optic nerve,â notes Benowitz, also director of the Laboratories for Neuroscience Research in Neurosurgery at Boston Childrenâs Hospital.


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Essential to Vision. The optic nerve is essential to vision. It is the pathway responsible for transmitting light and color from the outside world, through the retina at the back of the eye, to the brain. The brain, in turn, interprets these impulses as images.Without this vital bundle of nerve cells, vision is impossible.ntil Now, Damage has been Permanent. Like all parts of the central nervous system, the optic nerve can continue to grow and regenerate before birth, but sometime after it is fully developed, it loses that ability. It stops growing and can no longer repair itself.


First light Scientists regenerate the optic nerve restore some components of vision
Findings in mice suggests hope for patients with glaucoma, optic nerve damage. Boston, Mass. -- Researchers have long tried to get the optic nerve to regenerate when injured, with some success, but no one has been able to demonstrate recovery of vision.Sixteen years ago, people said it was impossible to get any regeneration in the optic nerve,â notes Benowitz, also director of the Laboratories for Neuroscience Research in Neurosurgery at Boston Childrenâs Hospital.


Optic Nerve Regeneration
For example, in animals such as fish and frogs, an injured optic nerve regenerates fully, allowing for a complete restoration of vision. In mammals, it has been shown that retinal ganglion cells, when put under conditions found in the peripheral nervous system, can successfully regenerate their axons.t is there that the electrical impulses are interpreted into sight. Damage to the optic nerve interrupts this flow of visual information. In glaucoma, researchers believe that the ganglion cells of the retina, as well as the support cells within the optic nerve, can die for various reasons.


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If optic nerves are damaged, they respond by forming scar tissue, and regenerating nerve fibers cannot grow through the scar. To get around the scar tissue, researchers have taken nerve grafts from the peripheral nervous system, and used them to bridge areas of damaged optic nerves in rodents such as rats.n goldfish, the optic nerve can regenerate after injury. Molecular factors involved in structural support, gene regulation, and nerve fiber growth are produced in the goldfish optic nerve after injury.


"How much weight can a 5"" thick concrete slab withstand?"
Best Answer: You didn't give units of area for me to work with, but I will tell you what I can. Medium strength concrete would fail at about 28 MPa (4,000 pounds per square inch). High strength concrete would fail at about 40 MPa (6,000 pounds per square inch).In a 5 X 5 section, it would be able to hold 10000 pounds if it is medium strength, 150000 pounds if it is high strength.Source(s): My mechanics of materials course.ow much weight can a 5 thick concrete slab withstand before it will crack? Update: It's a garage floor (standard 2-car) and my husband is planning on putting a milling machine or something like it in there.


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Rating Newest Oldest. Best Answer: A common allowable stress for steel is 24,000 psi for A36 steel. Note that allowable stress is a working stress that is less than ultimate stress the stress at which the material will rupture. This allowable stress keeps the steel within the elastic range.Concrete allowable stress is typically around 3000 psi.our question is not specific,there are many types of Concrete according to ratio and many types of steel but if want general answer,Concrete is good for compression and for 1:2:4 Cement-Sand-Gravel Ratio up to 4000 psi but very weak in tension where as tor steel is good for tension and is about 70000-80000 psi.


How much pressure can concrete and steel take?
Best Answer: A common allowable stress for steel is 24,000 psi for A36 steel. Note that allowable stress is a working stress that is less than ultimate stress the stress at which the material will rupture.This allowable stress keeps the steel within the elastic range.Concrete allowable stress is typically around 3000 psi.our question is not specific,there are many types of Concrete according to ratio and many types of steel but if want general answer,Concrete is good for compression and for 1:2:4 Cement-Sand-Gravel Ratio up to 4000 psi but very weak in tension where as tor steel is good for tension and is about 70000-80000 psi.


"How much weight can a 5"" thick concrete slab withstand?"
If I still remember my American Concrete Institute (ACI) manual, a concrete can withstand a compressive stress of 2000 pounds of load per square inch. This is wahta they referred to as Class A concrete, with a mixture ratio of 1:2:3 of stone:gravel:cement mix.ow much weight can a 5 thick concrete slab withstand before it will crack? Update: It's a garage floor (standard 2-car) and my husband is planning on putting a milling machine or something like it in there.


How much pressure can concrete and steel take?
Your question is not specific,there are many types of Concrete according to ratio and many types of steel but if want general answer,Concrete is good for compression and for 1:2:4 Cement-Sand-Gravel Ratio up to 4000 psi but very weak in tension where as tor steel is good for tension and is about 70000-80000 psi.our question is not specific,there are many types of Concrete according to ratio and many types of steel but if want general answer,Concrete is good for compression and for 1:2:4 Cement-Sand-Gravel Ratio up to 4000 psi but very weak in tension where as tor steel is good for tension and is about 70000-80000 psi.


Building Survivability: The Strength of the Monolithic Dome
Many Monolithic Domes are buried up to 30 feet deep. They must withstand pressures up to 1 ton per square foot (2000 psf)]. Against tornado pressure a Monolithicâ¢ Dome 100 feet in diameter, 35 feet tall would still have a safety margin of nearly 1Â½ times its minimum design strength.In other words, the stress created by the 300 mile per hour wind would increase the compressive pressure in the concrete shell to 1,098 psi.hen p = (0.00449) Vh2 for V = 300 mph; p = 404psf. The maximum concrete stress in dome 100 feet in diameter by 35 feet high with p = 400psf is 1,098psi compression. From the âConcrete Dome Seismic Analysisâ example we see the allowable stress is significantly higher at 2,394 psi.


"How much weight can a 5"" thick concrete slab withstand?"
How much weight can a 5 thick concrete slab withstand before it will crack? Update: It's a garage floor (standard 2-car) and my husband is planning on putting a milling machine or something like it in there.ow much weight can a 5 thick concrete slab withstand before it will crack? Update: It's a garage floor (standard 2-car) and my husband is planning on putting a milling machine or something like it in there.


Is It Even Possible To Design Buildings That Can Withstand 250 MPH Typhoon Winds?
Alex Wilson, President, Resilient Design Institute. It is possible to design buildings to withstand 250 mph winds. You can buy tornado doors that are rated to 300 mph, but those are very expensive. Thick, laminated, and reinforced glass is available that can withstand 250 mph wind, but again, cost is a major issue.hat said, even designing buildings to withstand 140 or 150 mph winds would be a huge step up from conventional practice today. I have long advocated extending wind provisions of the Miami-Dade County hurricane code to much of the U.S. Henry L. Green, Hon. AIA, President, National Institute of Building Sciences.


Thread: weight 4 inch concrete can hold
I tried looking up what lbs per foot concrete can hold but only got back how much concrete weighs. Please let me know thinking about putting a 7500 lbs machine on 4 of concrete.04-25-2011, 09:10 AM #17. Diamond. tried looking up what lbs per foot concrete can hold but only got back how much concrete weighs. Please let me know thinking about putting a 7500 lbs machine on 4 of concrete All depends on WHERE .....


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Concrete. Reinforced concrete is a strong, dense material, resistant to fire and if used in a building that is designed appropriately, can withstand the destructive force of very strong winds, thumping waves and even high speed fragments.he physical geometry of a building affects its aerodynamic properties and how well it can withstand a hurricane, gently sloping roofs or buildings constructed from timber, steel, or concrete have low drag coefficients and can withstand higher wind forces than a square building of the same area.


Entering the âReal Worldâ
In Alaska, the age of majority is 18. This means that an 18 year old is considered an adult for most legal purposes. An important exception is that an 18 year old does not have the right to possess and consume alcohol, which is legal only for those who have reached the age of 21.


Entering the âReal Worldâ
An emancipated minor is no longer subject to the authority of a parent or guardian, and has the legal right to do certain thingsâbut not drink alcohol or use tobacco-- that are otherwise prohibited for a person under the age of 18.


Ages of consent in the United States
(2) being 18 years of age or older, the offender engages in sexual contact with a person who is 16 or 17 years of age and at least three years younger than the offender, and the offender occupies a position of authority in relation to the victim.


Which is worse 1st degree sexual assalt or 3rd degree sexual assalt?
(3) engages in sexual penetration with a person 18 or 19 years of age who the offender knows is committed to the custody of the Department of Health and Social Services under AS 47.10 or AS 47.12 and the offender is the legal guardian of the person. (b) Sexual assault in the third degree is a class C felony.


Alaska Age of Consent Laws
In short, any two people who are over the age of 16 can consent to sex in Alaska, but if one of the partners is under 16, and there is at least a 3 year age difference between the partners, it is illegal for them to have sex.


Which is worse 1st degree sexual assalt or 3rd degree sexual assalt?
(2) the offender engages in sexual contact with a person 18 or 19 years of age who the offender knows is committed to the custody of the Department of Health and Social Services under AS 47.10 or AS 47.12 and the offender is the legal guardian of the person.


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(1) the other person is a child under 16 years of age; or. (2) the person believes that the other person is a child under 16 years of age. (b) In a prosecution under (a)(2) of this section, it is not a defense that the person enticed, solicited, or encouraged was not actually a child under 16 years of age.


Entering the âReal Worldâ
If you are under the age of 17, you must have a work permit issued by the Alaska Department of Labor. For some jobs, federal law requires even 17-year-old workers to have a permit. In addition, you must have the consent of your parent or guardian. You must get a new work permit each time you get a new job.


Alaska Age of Consent Laws
For example, if an 18 year old has sex with a 15 year old, sexual abuse in the second degree has been committed, since the 15 year old is below the age of consent and there is a 3 year age difference between them. However, if the 18 year old had instead been 17, there would be no crime.


Alaska Age of Consent Laws
In Alaska, the age of consent law is unique. Rather than focusing on the age of one of the parties, it places far more emphasis on the age difference between the individuals. However, the cutoff age for statutory rape is 16. Generally, if the age difference between the parties is less than 3 years, there is no crime.


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Blackrock Depths is the largest instance in the game. It played a large part in the pre-expansion end-game, back when the level cap was 60.hen you queue up you will either be taken in to Blackrock Depths-Detention Block or Blackrock Depths-Upper City. The levels required for Detention Block are 47 to 57. The levels required for Upper City are 51 to 61. There is nothing to tell you which one you are in when you queue up.


Blackrock Depths
Overview. Blackrock Depths is currently the largest 5-man instance in the game, and is likely to remain so, making it a true wonder of the World of Warcraft. The average time to complete the entire instance is 4â6 hours due to its complexity: a large amount of mobs and bosses, several scripts, and many quests.here is no sure way of knowing which you have entered but killing the end-bosses of the parts. Clues to the part you are on can be found inside the Dungeon Finderâif Blackrock Depths-Upper City shows a lock in the Specific Dungeons part, then you are definitely in the Blackrock Depths-Detention Block.


Blackrock Depths guide
Blackrock Depths guide. Introduction: Blackrock Depths is to this day the biggest instance you can find in Azeroth, it is a huge zone, and this guide will help you to find your way in it. This zone has also the biggest amount of quests ever seen in an instance.e aware that BRD (BlackRock Depths), has been designed for a solid 5-man group, and that it also has been designed to clear the instances a few times before you get to complete every quest (especially the most rewarding ones). You can be sure you will at the very least do 3 BRD runs before you have all the quests done.


Blackrock Mountain
Blackrock Mountain is a five-wing adventure, with each wing representing a raid or dungeon instance from the World of Warcraft Blackrock Mountain zone, a high-level area inhabited by fire elementals, Blackrock orcs, Dark Iron dwarves and the black dragonflight.lackrock Mountain was released April 2 in the Americas region (falling on April 3 for Southeast Asia and Oceania), and April 3 in the Europe, Asia and China regions.


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23,706 pages on this wiki. Find your way to Blackrock Mountain between Searing Gorge and the Burning Steppes. 1  Inside Blackrock Mountain is a circular path that surrounds the Molten Span, a pool of lava with a large central stone pillar attached to the sides of the chamber by large chains. Inside Blackrock Mountain is a circular path that surrounds the Molten Span, a pool of lava with a large central stone pillar attached to the sides of the chamber by large chains. 2  You must find your way onto the chain that leads to the upper part of the central pillar.


Hearthstoneâs âBlackrock Mountainâ Adventure Announced in Song
Hearthstone players can pre-order all five wings of Blackrock Mountain starting March 19th to receive a special cardback available only to those who pre-order. One new wing will release for five weeks consecutively. Pre-ordering does not unlock all the wings at once.uch like the Naxxramas Hearthstone adventure, Blackrock Mountain will feature wings that players can purchase with in-game gold or real-world money for 700 gold or $6.99 per wing. With five wings in total thatâs 3,500 gold or $34.95.


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1 You must find your way onto the chain that leads to the upper part of the central pillar. 2  Once at the central pillar, there will be an entrance to a series of rooms inside the pillar. 3  Go into the entrance and look for stairway down to another room. Inside Blackrock Mountain is a circular path that surrounds the Molten Span, a pool of lava with a large central stone pillar attached to the sides of the chamber by large chains. 2  You must find your way onto the chain that leads to the upper part of the central pillar.


Blackrock Mountain: A Hearthstone Adventure Announced at PAX East!
Blackrock Mountain has its own unique game board that youâll battle on while youâre in the Adventure. Best of all, as soon as Blackrock Mountain is hot off the presses, the game board will be a part of the normal board rotation in Play and Arena modes!he smoldering Blackrock Mountain looms on the horizon. Elementals, dwarves, and dragons lie in wait within â¦ and theyâll be ready for you to unearth in Hearthstoneâs second Adventure Mode, Blackrock Mountain, announced today at PAX East!


Blackrock Mountain
Blackrock Mountain was released April 2 in the Americas region (falling on April 3 for Southeast Asia and Oceania), and April 3 in the Europe, Asia and China regions.lackrock Mountain was released April 2 in the Americas region (falling on April 3 for Southeast Asia and Oceania), and April 3 in the Europe, Asia and China regions.


Blackrock Depths
Location. Blackrock Depths is located inside the lowest part of Blackrock Mountain. To reach it, you will need to cross the chain to the central island, then follow the path downward to a ledge just above the lava. Follow the ledge into and through the quarry to find the instance portal.here is no sure way of knowing which you have entered but killing the end-bosses of the parts. Clues to the part you are on can be found inside the Dungeon Finderâif Blackrock Depths-Upper City shows a lock in the Specific Dungeons part, then you are definitely in the Blackrock Depths-Detention Block.


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Internal Temp 140 F, 60 o C Medium Rare Approx. Internal Temp 145 o F, 63 o C Medium Approx. Internal Temp 160 o F, 71 o C o Medium Well Approx. Internal Temp 170 F, 77 o C Well Done Approx. Internal Temp 180 F, 82 o C Before cooking your steaks, you should bring a thawed steak to room temperature.In order to cook steaks properly, you will need a meat thermometer to measure the internal temperature of the steaks while it is cooking.The temperature of the steak determines when the steak is done. Remove steak 5 degrees before doneness and allow steak to rest 5 to 10 minutes before serving.nternal Temp 145 o F, 63 o C Medium Approx. Internal Temp 160 o F, 71 o C o Medium Well Approx. Internal Temp 170 F, 77 o C Well Done Approx. Internal Temp 180 F, 82 o C Before cooking your steaks, you should bring a thawed steak to room temperature.


The perfect steak: How to cook the best steak of your life.
1 Just check the internal temperature of the steak with your meat thermometer (see above). 2  If you like your steak medium to well done, put it in the oven on a small rack over a baking sheet lined with tinfoil to roast for another 5-15 minutes.o the outside of the steak will continue to âcookâ the inside of the steak for a few minutes, even after youâve removed the steaks from the pan or grill. Thatâs where you get the extra 5 Â°F of internal temperature from. 2.


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Grill this steak over a high heat for one minute per side, then move to a medium heat for five to six additional minutes per side (depending on your grill). This is the steak for the people who don't want color in their meat. Steak-Well Done. Internal Temperature - 71 to 100 degrees celcius.This steak should not be burnt on the outside. While there is not the faintest hint of pink in the middle, it should be browned through, not burnt through.teak-Medium. Internal Temperature - 60 to 65 degrees celcius. A medium steak should have a thick band of light pink through the middle but more browned than pink. The sides should be a rich brown color and the top and bottom charred darkly (but no black).


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1 Cook on one side until moisture is pooling on top surface. 2  Turn and cook on second side until moisture is pooling on top. 3  Reduce heat slightly and continue to cook until steak feels very firm with blunt tongs. 4  A meat thermometer will show the internal temperature of a well-done steak as 160â170Â°F (70â75Â°C).ell Done. 1  Cook on one side until moisture is pooling on top surface. 2  Turn and cook on second side until moisture is pooling on top. 3  Reduce heat slightly and continue to cook until steak feels very firm with blunt tongs. 4  A meat thermometer will show the internal temperature of a well-done steak as 160â170Â°F (70â75Â°C).


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1 Turn and cook on second side until moisture is pooling on top. 2  Reduce heat slightly and continue to cook until steak feels very firm with blunt tongs. 3  A meat thermometer will show the internal temperature of a well-done steak as 160â170Â°F (70â75Â°C).ell Done. 1  Cook on one side until moisture is pooling on top surface. 2  Turn and cook on second side until moisture is pooling on top. 3  Reduce heat slightly and continue to cook until steak feels very firm with blunt tongs. 4  A meat thermometer will show the internal temperature of a well-done steak as 160â170Â°F (70â75Â°C).


Cooking Temperature Charts
1 Cook on second side until moisture is visible. 2  Steak will be cooked to medium when it feels springy with blunt tongs. 3  A meat thermometer will show the internal temperature of a medium steak as 140â150Â°F (60â65Â°C).ell Done. 1  Cook on one side until moisture is pooling on top surface. 2  Turn and cook on second side until moisture is pooling on top. 3  Reduce heat slightly and continue to cook until steak feels very firm with blunt tongs. 4  A meat thermometer will show the internal temperature of a well-done steak as 160â170Â°F (70â75Â°C).


Holistic Guide to Healing the Endocrine System and Balancing Our Hormones
Testes Essentials. 1  The testes secrete testosterone, which is necessary for proper physical development in boys. 2  In adulthood, testosterone maintains libido, muscle strength, and bone density. 3  Disorders of the testes are caused by too little testosterone production.


RIXIMKA DUMARKA
Endocrine disorders can also affect the size and function of the testis. Certain inherited conditions involving mutations in key developmental genes also impair testicular descent, resulting in abdominal or inguinal testes which remain nonfunctional and may become cancerous.


Androgen
During puberty, androgen, LH and follicle stimulating hormone (FSH) production increase and the sex cords hollow out, forming the seminiferous tubules, and the germ cells start to differentiate into sperm.


What Is the Function of the Stratum Granulosum?
The testes produce testosterone in men, help maintain muscle and bone mass, help produce sperm and support the sex drive, according to Hormone Health Network. Found in women, the ovaries produce... The testes produce testosterone in men, help maintain muscle and bone mass, help produce sperm and support the sex drive, according to Hormone Health Network.


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Retrieved from https://en.wikivet.net/index.php?title=Testes_Endocrine_Function_-_Anatomy_%26_Physiology&oldid=140284


Whatare the functions of the different types of hormone?
Thyroid stimulating hormone (TSH) Thyroid gland: Stimulates release of thyroxine and tri-iodothyronine from the thyroid gland: Luteinising hormone (LH) Ovary/Testis: Females: promotes ovulation of the egg and stimulates oestrogen and progesterone production Males: promotes testosterone release from the testis: Follicle stimulating hormone (FSH) Ovary/Testis


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Hormones of the testes are identified and discussed, including the location and function in the male reproductive system. Hormones of the testes are identified and discussed, including the location and function in the male reproductive system.


Alternative names for testosterone
The hypothalamus and the pituitary gland are important in controlling the amount of testosterone produced by the testes. In response to gonadotrophin-releasing hormone from the hypothalamus, the pituitary gland produces luteinising hormone which travels in the bloodstream to the gonads and stimulates the production and release of testosterone.


An Overview of the Testes
Testosterone: The Hormone of the Testes. Testosterone is necessary for proper physical development in boys. It is the primary androgen, which is the term for any substance that stimulates and/or maintains masculine development.


What is a lathe machine?
A machine is a tool containing one or more parts that uses energy to perform an intended action. Machines are usually powered by chemical, thermal, or electrical means, and are often motorized. Historically, a power tool also required moving parts to classify as a machine.


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Oil & Gas Majors - The oil majors are vertically integrated oil and gas companies involved in all stages of the oil industry - exploration, production, refining, trading, marketing, and,... read more.


machinery
noun, plural machineries. 1. an assemblage of machines or mechanical apparatuses: the machinery of a factory. 2. the parts of a machine, collectively: the machinery of a watch. 3. a group of people or a system by which action is maintained or by which some result is obtained: the machinery of government.


Oil & Gas Industry Equipment
Procurement and Supply of Materials and Equipment for Oil and Gas Industries. We provide an equipment and material procurement and supply service to the oil and gas industry throughout Africa and the rest of the world. Procurement in the Oil & Gas Industry has become an essential service in todayâs competitive marketplace.


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Criteria for a pre-loaded industry code: If both the EIN and PBA match the prior-year EIN and PBA, then the industry code is pre-loaded from the prior-year file. If there is not a match between the prior-year EIN and PBA and current-year EIN and PBA, then the SOI industry code field must be double entered.


What Special Education Teachers Do  [ About this section] [ To Top]
Special education teachers work with students who have a wide variety of mental, emotional, physical, and learning disabilities. For example, some work with students who need assistance in subject areas, such as reading and math.


What Special Education Teachers Do  [ About this section] [ To Top]
What Special Education Teachers Do. Special education teachers work with students who have a wide range of learning, mental, emotional, and physical disabilities. They adapt general education lessons and teach various subjects, such as reading, writing, and math, to students with mild and moderate disabilities.


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Special and Custom Machinery. Special and Custom Machinery. Welcome to the premier industrial resource for Special and Custom Machinery. The manufacturers, distributors and service companies featured in the following listing offer a vast assortment of machinery, new and used, for all applications.


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It is also possible to query the industry codes on-line through the industry code look up table. The industry code lookup table lists all possible industry codes in numeric order and a description of the industry. Press the [F9] key at the SOI industry code field to access the look up screen.


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If a company is an egg processor [makes egg substitutes, freezes or dries eggs] assign code 311900 to the return. If a company produces non-tomato-based sauces, mayonnaise, or salad dressing, canned pudding, or dry soup mixes and bouillon from purchased dehydrated ingredients, assign industry 311900 to the return.


Acute otitis media: Update 2015
The duration of treatment with cefdinir can be 5 days with twice-daily dosing or 10 days with once-daily dosing. We recently published a head-to-head comparison of amoxicillin/clavulanate 80 mg/kg/day divided twice daily for 10 days versus cefdinir 14 mg/kg/day divided twice daily for 5 days.


Acute otitis media: Update 2015
Acute otitis media: Update 2015. New guidelines have revised diagnostic criteria for acute otitis media. Pediatricians should adopt these guidelines into practice and, as a result of new findings, should reconsider the antibiotics chosen as treatment in children vaccinated with pneumococcal conjugate vaccine. March 01, 2015.


Original articleUpdated management strategies for mastoiditis and mastoid abscess
Acute otitis media: There were three cases. Two of them were below 5 years of age. These patients presented with antritis (Fig. 1) since the mastoid process is not fully pneumatized at this age, they were treated with medical treatment in addition to incision and drainage of the abscess.


The Diagnosis and Management of Acute Otitis Media
This evidence-basedclinical practiceguideline isarevision of the2004. acute otitis media (AOM) guideline from the American Academy of Pe-. diatrics (AAP) and American Academy of Family Physicians. It provides. recommendations to primary care clinicians for the management of. children from 6 months through 12 years of age with uncomplicated. AOM.


Original articleUpdated management strategies for mastoiditis and mastoid abscess
According to Dudkiewicz et al., the incidence of acute mastoiditis in patients with acute otitis media (AOM) has dropped from 50% at the turn of the 20th century to 6% in 1955 and to 0.4% in 1959, by 1993, only 0.24% of patients with acute otitis media (AOM) developed acute mastoiditis.1.


Otitis Media in Children
Otitis media with residual effusion is characterized by the presence of an asymptomatic middle-ear effusion, without otoscopic signs of inflammation, 3 to 16 weeks after the diagnosis of acute otitis. After 16 weeks, this condition can be considered otitis media with persistent effusion.


Original articleUpdated management strategies for mastoiditis and mastoid abscess
Despite the widespread use of antibiotics for otitis media, many patients still present with complications. Treatment options for mastoiditis vary from simple incision and drainage of the tympanic membrane to radical mastoidectomy.


Otitis Media in Children
Unresponsive acute otitis media is characterized by both clinical symptoms and otoscopic findings of membrane inflammation that persist after 48 hours of antibiotic therapy. This condition occurs in about 10 percent of children who are initially treated with a 10-day course of antibiotics.


Otitis Media in Children
The timing of follow-up visits depends on the child's response to therapy. Children should be reassessed when symptoms of acute otitis media continue beyond 48 hours or recur before the next scheduled visit. Children who become asymptomatic should have a follow-up visit three to six weeks after treatment begins.


Acute otitis media: Update 2015
In May 2004, the American Academy of Pediatrics (AAP) joined with the American Academy of Family Physicians to publish a clinical practice guideline on the diagnosis and management of acute otitis media (AOM).1 In 2013, the AAP revised the guideline with important changes presented in this review.2.


21st Cav cases, Fort Hood farewells Armyâs only AH-64 collective training unit after 3 decades
Of the 300 personnel assigned to 21st Cav., only about 80 were military; the bulk of the brigade was civilian and contract personnel. Regardless of affiliation, the combined team had one mission: training and certifying AH-64 Apache attack battalions to deploy in defense of this nation.


21st Cav cases, Fort Hood farewells Armyâs only AH-64 collective training unit after 3 decades
Bde.âs unit fielding and training program at Fort Hood as well as at the unitsâ home stations with training provided by 21st Cav.âs mobile assistance team. âWhen the Army and the aviation enterprise had an aviation collective training problem, they turned to the 21st Cavalry Brigade for the solution,â White said.


21st Cav cases, Fort Hood farewells Armyâs only AH-64 collective training unit after 3 decades
The Army closed the books on 30 years of collective training March 26 as the 21st Cavalry Brigade (Air Combat) cased its colors during a ceremony in the brigadeâs hangar, marking the official discontinuation of the Armyâs only AH-64 Apache helicopter collective training unit.


United States Cavalry
The traditions of the U.S. Cavalry originated with the horse-mounted force which played an important role in extending United States governance into the Western United States after the American Civil War. Immediately preceding World War II, the U.S. Cavalry began transitioning to a mechanized, mounted force.


21st Cav cases, Fort Hood farewells Armyâs only AH-64 collective training unit after 3 decades
In 1996, the brigade was tasked with fielding and upgrading attack battalions to the AH-64D Longbow and re-designated as the 21st Cavalry Brigade (Air Combat). Another 24 active-duty and reserve-component AH-64D Longbow attack battalions cycled through the 21st Cav.


Texas A&M University Corps of Cadets
Under federal law, Texas A&M University is one of six U.S. colleges that are classified as senior military colleges. Though students at Texas A&M are technically required to participate in the Corps, the majority of incoming students are excused by the University Administration and the Commandant.


Texas A&M University Corps of Cadets
Texas A&M University Corps of Cadets. The Texas A&M University Corps of Cadets (often The Fightin' Texas Aggie Corps of Cadets, The Corps of Cadets, or simply the Corps) is a student military organization at Texas A&M University. Established with the University in 1876, it is the oldest student organization on campus.


21st Cav cases, Fort Hood farewells Armyâs only AH-64 collective training unit after 3 decades
The first unit to complete the unit fielding training program was 3rd Squadron, 6th Cavalry Regiment, 6th Cavalry Brigade, in July 1986. On Aug. 1, 1986, the brigade was again re-designated as the Apache Training Brigade under the command of now-retired Col. Malvin Handy, but with the same mission.


United States Cavalry
Mid 19th century U.S. Cavalrymen, in their most remembered form. The United States Cavalry, or U.S. Cavalry, was the designation of the mounted force of the United States Army from the late 18th to the early 20th century.


United States Cavalry
The 1st Cavalry Division is the only active division in the United States Army with a cavalry designation. The division maintains a detachment of horse-mounted cavalry for ceremonial purposes.


abusive
abusive. adj. 1. characterized by insulting or coarse language. 2. characterized by maltreatment.


abusive
1. using, containing, or characterized by harshly or coarsely insulting language. 2. treating badly or injuriously; mistreating, esp. physically: his abusive treatment of the horse. 3. wrongly used; corrupt: an abusive exercise of power. aâ¢buâ²siveâ¢ly, adv. aâ¢buâ²siveâ¢ness, n.


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You have searched the English word Abuse meaning in Urdu Ø¨Ø±Ø§ Ø¨Ø±ØªØ§Ø¤ buraa bartaao. Abuse meaning has been search 120387 (one hundred and twenty thousand three hundred and eighty-seven) times till 10/12/2015. You can also find Abuse meaning and Translation in Urdu, Arabic, Hindi, Spanish, French and other languages.


abusive
aÂ·buÂ·sive. adj. 1. Characterized by improper or wrongful use: abusive utilization of public funds. 2. Using or containing insulting or hurtful language: finally reprimanded the abusive colleague. 3. Causing physical injury to another: abusive punishment. 4. Relating to or practicing sexual abuse. aÂ·buâ²siveÂ·ly adv.


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1 (v. t.) Improper treatment or use; application to a wrong or bad purpose; misuse; as, an abuse of our natural powers; an abuse of civil rights, or of privileges or advantages; an abuse of language. ( 2 v. t.) Physical ill treatment; injury.


ABUSE MEANING IN URDU
1 (v. t.) To deceive; to impose on. ( 2 v. t.) Improper treatment or use; application to a wrong or bad purpose; misuse; as, an abuse of our natural powers; an abuse of civil rights, or of privileges or advantages; an abuse of language. ( 3 v. t.) Physical ill treatment; injury.