what is community legal service

To make it easier for the public to get advice and legal help, the Community Legal Service brings together organisations offering advice and legal services into local networks .

Community Legal Service

Community Legal Service

These networks include solicitors, Citizens' Advice Bureau, Law Centres, local authority services (including libraries), community centres, and a host of other organisations. The networks are organised and supported by Community Legal Service Partnerships, which are made up of representatives of the Legal Services Commission, local authorities, funders and providers of advice. The job of Partnerships is to assess the need for legal and advice services in their area. They must also work together to ensure that the right kinds of services are available to meet priority needs. Consumer Support Network Consumer advice agencies are working together as a group to develop a network plan to ensure that good quality consumer advice is accessible by the whole community. The Consumer Support Networks (CSNs) initiative, encourages consumer advice providers to join-up their services and provide consumers, wherever they live, with reliable, timely and quality assured advice. Consumer advice needs to reflect today's complex and fast-changing marketplace. It must take account of developments such as the growth of internet shopping and the often complicated ways that goods and services are sold. We would expect advice available to cover:what to look out for when buying goods and servicesconsumers' rights and obligations when buying goods and serviceshow to obtain redress when things go wrong Consumer Support Networks and the Community Legal Service are complementary initiatives. Community Legal Service Quality Mark An important principle of the Community Legal Service is that of simple referral to the right part of the network. If the first organisation you contact cannot help, they should be able to refer to another organisation that can. Community Legal Service Partnerships will ensure that advice providers in their area take part in a referral network and strongly encourage providers to apply for the Quality Mark. One of the ways to improve access to, and delivery of legal and advice services in the community is by setting up and running referral networks. Effective referral is also one of the requirements of the Community Legal Service Quality Mark. We want people to recognise a certain standard of legal information and help. When you see an organisation that displays the Community Legal Service logo, you know that organisation meets certain quality standards. If a Community Legal Service provider is unable to deal with all aspects of your problem, it can refer clients to another Quality Marked organisation. For more information on the Community Legal Service Quality Mark see the Legal Services Commission website . Previous Alleyway gates


most well known alkaline earth metals

In the modern IUPAC nomenclature, the alkaline earth metals comprise the group 2 elements. The alkaline earth metals are beryllium (Be), magnesium (Mg), calcium (Ca), strontium (Sr), barium (Ba), and radium (Ra). This group lies in the s-block of the periodic table as all alkaline earth metals have their outermost electron in an s-orbital. All the discovered alkaline earth metals occur in nature.

Alkaline earth metal

"Alkaline earth metal Related subjects: Chemical elements About this schools Wikipedia selection SOS believes education gives a better chance in life to children in the developing world too. SOS Children has looked after children in Africa for forty years. Can you help their work in Africa? Alkaline earth metalsalkali metals ← → group 3IUPAC group number 2Name by element beryllium group Trivial name alkaline earth metals CAS group number (US) IIAold IUPAC number (European) IIA↓ Period2Beryllium (Be) 43Magnesium (Mg) 124Calcium (Ca) 205Strontium (Sr) 386Barium (Ba) 567Radium (Ra) 88Legend Alkaline earth metalprimordial elementradioactive natural element Atomic number colour: black=solid The alkaline earth metals are a group of chemical elements in the periodic table with very similar properties. They are all shiny, silvery-white, somewhat reactive metals at standard temperature and pressure and readily lose their two outermost electrons to form cations with charge +2.

Experiments have been conducted to attempt the synthesis of element 120, which is likely to be the next member of the group, but they have all met with failure. However, element 120 may not be an alkaline earth metal due to relativistic effects, which are predicted to have a large influence on the chemical properties of superheavy elements. Characteristics Chemical Like other groups, the members of this family show patterns in its electronic configuration, especially the outermost shells, resulting in trends in chemical behaviour: Z Element No. of electrons/shell Electron configuration4 beryllium 2, 2 [ He] 2s 212 magnesium 2, 8, 2 [ Ne] 3s 220 calcium 2, 8, 8, 2 [ Ar] 4s 238 strontium 2, 8, 18, 8, 2 [ Kr] 5s 256 barium 2, 8, 18, 18, 8, 2 [ Xe] 6s 288 radium 2, 8, 18, 32, 18, 8, 2 [ Rn] 7s 2Most of the chemistry has been observed only for the first five members of the group. The chemistry of radium is not well established due to its radioactivity; thus, the presentation of its properties here is limited. The alkaline earth metals are all silver-colored, soft, and have relatively low densities, melting points, and boiling points. In chemical terms, all of the alkaline metals react with the halogens to form the alkaline earth metal halides, all of which are ionic crystalline compounds (except for beryllium chloride, which is covalent). All the alkaline earth metals except beryllium also react with water to form strongly alkaline hydroxides and thus should be handled with great care. The heavier alkaline earth metals react more vigorously than the lighter ones. The alkaline metals have the second-lowest first ionization energies in their respective periods of the periodic table because of their somewhat low effective nuclear charges and the ability to attain a full outer shell configuration by losing just two electrons. The second ionization energy of all of the alkaline metals is also somewhat low. Beryllium is an exception: It does not react with water or steam, and its halides are covalent. If beryllium did form compounds with an ionization state of +2, it would polarize electron clouds that are near it very strongly and would cause extensive orbital overlap, since beryllium has a high charge density. All compounds that include beryllium have a covalent bond. Even the compound beryllium fluoride, which is the most ionic beryllium compound, has a low melting point and a low electrical conductivity when melted. All the alkaline earth metals have two electrons in their valence shell, so the energetically preferred state of achieving a filled electron shell is to lose two electrons to form doubly charged positive ions. Compounds and reactions The alkaline earth metals all react with the halogens to form ionic halides, such as calcium chloride ( Ca Cl 2 ), as well as reacting with oxygen to form oxides such as strontium oxide ( Sr O ). Calcium, strontium, and barium react with water to produce hydrogen gas and their respective hydroxides, and also undergo transmetalation reactions to exchange ligands. Alkaline earth metals fluorides solubility-related constants Metal M 2+ HE F - HE ""MF 2 "" unit HE MF 2 lattice energies Solubility Be 2,455 458 3,371 3,526 soluble Mg 1,922 458 2,838 2,978 0.0012Ca 1,577 458 2,493 2,651 0.0002Sr 1,415 458 2,331 2,513 0.0008Ba 1,361 458 2,277 2,373 0.006Physical and atomic The table below is a summary of the key physical and atomic properties of the alkaline earth metals. Alkaline earth metal Standard atomic weight ( u)Melting point ( K)Melting point ( °C)Boiling point ( K)Boiling point ( °C)Density (g/cm 3) Electronegativity ( Pauling) First ionization energy ( k J·mol −1) Covalent radius ( pm) Flame test colour Beryllium 9.012182 (3) 1560 1287 2742 2469 1.85 1.57 899.5 105 White Magnesium24.3050 (6) 923 650 1363 1090 1.738 1.31 737.7 150 Brilliant white Calcium40.078 (4) 1115 842 1757 1484 1.54 1.00 589.8 180 Brick-red Strontium87.62 (1) 1050 777 1655 1382 2.64 0.95 549.5 200 Crimson Barium137.327 (7) 1000 727 2170 1897 3.594 0.89 502.9 215 Apple green Radium [226] 973 700 2010 1737 5.5 0.9 509.3 221 Crimson red Nuclear stability All of the alkaline earth metals except magnesium and strontium have at least one naturally occurring radioisotope: beryllium-7, beryllium-10, and calcium-41 are trace radioisotopes, calcium-48 and barium-130 have very long half-lives and thus occur naturally, and all isotopes of radium are radioactive. Calcium-48 is the lightest nuclide to undergo double beta decay. The natural radioisotope of calcium, calcium-48, makes up about 0.1874% of natural calcium, and thus natural calcium is weakly radioactive. Barium-130 makes up approximately 0.1062% of natural barium, and thus barium is weakly radioactive as well. History Etymology The alkaline earth metals are named after their oxides, the alkaline earths, whose old-fashioned names were beryllia, magnesia, lime, strontia and baryta. These oxides are basic (alkaline) when combined with water. ""Earth"" is an old term applied by early chemists to nonmetallic substances that are insoluble in water and resistant to heating—properties shared by these oxides. The realization that these earths were not elements but compounds is attributed to the chemist Antoine Lavoisier. In his Traité Élémentaire de Chimie ( Elements of Chemistry) of 1789 he called them salt-forming earth elements. Later, he suggested that the alkaline earths might be metal oxides, but admitted that this was mere conjecture. In 1808, acting on Lavoisier's idea, Humphry Davy became the first to obtain samples of the metals by electrolysis of their molten earths, thus supporting Lavoisier's hypothesis and causing the group to be named the alkaline earth metals. Discovery The calcium compounds calcite and lime have been known and used since prehistoric times. The same is true for the beryllium compounds beryl and emerald. The other compounds of the alkaline earth metals were discovered starting in the early 15th century. The magnesium compound magnesium sulfate was first discovered in 1618 by farmer at Epsom in England. Strontium carbonate was discovered in minerals in the Scottish village of Strontian in 1790. The last element was the least abundant radioactive radium which was extracted from uraninite in 1898. All elements except beryllium were isolated by electrolysis of molten compounds. Magnesium, calcium and strontium were first produced by Humphry Davy in 1808, while beryllium was independently isolated Friedrich Wöhler and Antoine Bussy in 1828 by reacting berylium compounds with potassium. In 1910, radium was isolated as a pure metal by Curie and André-Louis Debierne also by electrolysis. Beryllium Emerald, a variety of beryl, the mineral in which beryllium was first known to be in. Beryl, a mineral which contains beryllium, has been known since the time of the Ptolemaic dynasty in Egypt. Although it was originally thought that beryl was an aluminium silicate, beryl was later found to contain a then-unknown element when, in 1797, Louis-Nicolas Vauquelin dissolved aluminium hydroxide from beryl in an alkali. In 1828, Friedrich Wöhler and Antoine Bussy independently isolated this new element, beryllium, by the same method, which involved a reaction of beryllium chloride with metallic potassium; this reaction was not able to produce large ingots of beryllium. It was not until 1898, when Paul Lebeau performed an electrolysis of a mixture of beryllium fluoride and sodium fluoride that large pure samples of beryllium were produced. Magnesium Magnesium was first produced by Sir Humphry Davy in England in 1808 using electrolysis of a mixture of magnesia and mercuric oxide. Antoine Bussy prepared it in coherent form in 1831. Davy’s first suggestion for a name was magnium, but the name magnesium is now used. Calcium Lime has been used as a material for building since 7000 to 14,000 BCE, and kilns used for lime have been dated to 2,500 BCE in Khafaja, Mesopotamia. Calcium as a material has been known since at least the first century, as the ancient Romans were known to have used calcium oxide by preparing it from lime. Calcium sulfate has been known to be able to set broken bones since the tenth century. Calcium itself, however, was not isolated until 1808, when Humphry Davy, in England, used electrolysis on a mixture of lime and mercuric oxide, after hearing that Jöns Jakob Berzelius had prepared a calcium amalgam from the electrolysis of lime in mercury. Strontium In 1790, physician Adair Crawford, who had been working with barium, realized that Strontian ores showed different properties than other supposed ores of barium. Therefore, he concluded that these ores contained new minerals, which were named strontites in 1793 by Thomas Charles Hope, a chemistry professor at the University of Glasgow, who confirmed Crawford's discovery. Strontium was eventually isolated in 1808 by Sir Humphry Davy by electrolysis of a mixture of strontium chloride and mercuric oxide. The discovery was announced by Davy on 30 June 1808 at a lecture to the Royal Society. Barium Barite, the material in which barium was first known to be in. Barite, a mineral containing barium, was first recognized as containing a new element in 1774 by Carl Scheele, although he was only able to isolate barium oxide. Barium oxide was isolated again two years later by Johan Gottlieb Gahn. Later in the 18th century, William Withering noticed a heavy mineral in the Cumberland lead mines, which is now known to contain barium. Barium itself was finally isolated in 1808 when Sir Humphry Davy used electrolysis with molten salts, and Davy named the element barium, after baryta. Later, Robert Bunsen and Augustus Matthiessen isolated pure barium by electrolysis of a mixture of barium chloride and ammonium chloride. Radium While studying uraninite, on 21 December 1898, Marie and Pierre Curie discovered that even after uranium had decayed, the material created was still radioactive. The material behaved somewhat similarly to barium compounds, although some properties, such as the colour of the flame test and spectral lines, were much different. They announced the discovery of a new element on 26 December 1898 to the French Academy of Sciences. Radium was named in 1899 from the word radius, meaning ray, as radium emitted power in the form of rays. Occurrence Series of alkaline earth metals. Beryllium occurs in the earth's crust at a concentration of two to six parts per million (ppm), much of which is in soils, where it has a concentration of six ppm. Beryllium is one of the rarest elements in seawater, even rarer than elements such as scandium, with a concentration of 0.2 parts per trillion. However, in freshwater, beryllium is somewhat more common, with a concentration of 0.1 parts per billion. Magnesium and calcium are both incredibly abundant in the earth's crust, with calcium being the fifth most abundant element, and magnesium the eighth. While none of the alkaline earth metals are ever found in their elemental state, magnesium and calcium are found in many rocks and minerals. Magnesium is often found in carnellite, magnesite, and dolomite, while calcium is often found in chalk, limestone, gypsum, and anhydrite. Strontium is also incredibly common on earth, being the fifteenth most abundant element in the crust. Most strontium in the crust is in the minerals celestite and strontianite. Barium is slightly less common, and much of it is in the mineral barite. Radium, being a decay product of uranium, is found in all uranium-bearing ores. Due to its relatively short half-life, no radium that was present when the earth was formed is still around today, and instead has all come from the gradual decay of the uranium. Production Emerald, a variety of beryl, is a naturally occurring compound of beryllium. Most beryllium is extracted from beryllium hydroxide. One way to create this substance is a sintering method, which is done by mixing beryl, sodium fluorosilicate, and soda at high temperatures, which forms sodium fluoroberyllate, aluminium oxide and silicon dioxide. An solution of sodium fluoroberyllate and sodium hydroxide in water is then used to form beryllium hydroxide by precipitation. Another method used is known as the melt method. In it, beryl is heated to high temperatures while in a powdered form, and is then cooled with water. It is then heated again slightly while in sulfuric acid, eventually yielding beryllium hydroxide. The created beryllium hydroxide from either method is then used to create beryllium fluoride and beryllium chloride through a somewhat long process. Electrolysis or heating of these compounds can then be used to obtain beryllium. Strontium carbonate is generally extracted from the mineral celestite. This can be done through two methods: either leaching the celestite with sodium carbonate, or by a more complicated method involving coal. Barium can be produced from barite ore. Once the ore has been mined, it has to be separated from quartz, sometimes by froth flotation methods, resulting in relatively pure barite. Carbon is then used to reduce the baryte into barium sulfide. The barium sulfide can then be dissolved with other elements to form other compounds, such as barium nitrate, which in turn can be thermally decompressed into barium oxide, which eventually can yield pure barium after a reaction with aluminium. The most important supplier of barium is China, which produces more than 50% of the world's barium. Applications Beryllium is mostly used for military applications, but there are other uses of beryllium as well. In electronics, beryllium is used as a p-type dopant in some semiconductors, and beryllium oxide is used as a high-strength electrical insulator and heat conductor. Due to its light weight and other properties, beryllium is also used in mechanics when stiffness, light weight, and dimensional stability are required at wide temperature ranges. Magnesium has many different uses. One of its most common uses was in industry, where it has many structural advantages over other materials such as aluminium, although this usage has fallen out of favour recently due to magnesium's flammability. Magnesium is also often alloyed with aluminium or zinc to form materials with more desirable properties than any pure metal. Magnesium has many other uses in industrial applications, such as having a role in the production of iron and steel, and the production of titanium. Calcium also has many uses. One of its uses is as a reducing agent in the separation of other metals form ore, such as uranium. It is also used in the production of the alloys of many metals, such as aluminium and copper alloys, and is also used to deoxidize alloys as well. Calcium also has a role in the making of cheese, mortars, and cement. Strontium and barium do not have as many applications as the lighter alkaline earth metals, but still have uses. Strontium carbonate is often used in the manufacturing of red fireworks, and pure strontium is used in the study of neurotransmitter release in neurons. Barium has some use in vacuum tubes to remove gases, and barium sulfate has many uses in the petroleum industry, as well as other industries. Due to its radioactivity, radium no longer has many applications, but it used to have many. Radium used to be used often in luminous paints, although this use was stopped after workers got sick. As people used to think that radioactivity was a good thing, radium used to be added to drinking water, toothpaste, and many other products, although they are also not used anymore due to their health effects. Radium is no longer even used for its radioactive properties, as there are more powerful and safer emitters than radium. Biological role and precautions Magnesium and calcium are ubiquitous and essential to all known living organisms. They are involved in more than one role, with, for example, magnesium or calcium ion pumps playing a role in some cellular processes, magnesium functioning as the active centre in some enzymes, and calcium salts taking a structural role, most notably in bones. Strontium plays an important role in marine aquatic life, especially hard corals, which use strontium to build their exoskeletons. It and barium have some uses in medicine, for example "" barium meals"" in radiographic imaging, whilst strontium compounds are employed in some toothpastes. Excessive amounts of strontium-90 are toxic due to its radioactivity. Beryllium and radium, however, are toxic. Beryllium's low aqueous solubility means it is rarely available to biological systems; it has no known role in living organisms, and when encountered by them, is usually highly toxic. Radium has a low availability and is highly radioactive, making it toxic to life. Extensions The next alkaline earth metal after radium is thought to be element 120, although this may not be true due to relativistic effects. The synthesis of element 120 as first attempted in March 2007, when a team at the Flerov Laboratory of Nuclear Reactions in Dubna bombarded plutonium -244 with iron -58 ions; however, no atoms were produced, leading to a limit of 400 fb for the cross-section at the energy studied. In April 2007, a team at the GSI attempted to create element 120 by bombarding uranium -238 with nickel -64, although no atoms were detected, leading to a limit of 1.6 pb for the reaction. Synthesis was again attempted at higher sensitivities, although no atoms were detected. Other reactions have been tried, although all have been met with failure. The chemistry of element 120 is predicted to be closer to that of calcium or strontium instead of barium or radium. This is unusual as periodic trends would predict element 120 to be more reactive than barium and radium. This lowered reactivity is due to the expected energies of element 120's valence electrons, increasing element 120's ionization energy and decreasing the metallic and ionic radii. Subjects Art Business Studies Citizenship Countries Design and Technology Everyday life Geography History Information Technology Language and literature Mathematics Music People Portals Religion Science Title Word Index Wikipedia for Schools is a selection taken from the original English-language Wikipedia by the child sponsorship charity SOS Children. It was created as a checked and child-friendly teaching resource for use in schools in the developing world and beyond. Sources and authors can be found at www.wikipedia.org. See also our Disclaimer. These articles are available under the Creative Commons Attribution Share-Alike Version 3.0 Unported Licence. This article was sourced from http://en.wikipedia.org/?oldid=543513445 . "


what is connective tissue extracellular matrix composed of

Most connective tissues are vascularized (except cartilage). The extracellular spaces (space outside of cells) in connective tissue are referred to as the extracellular matrix. Connective tissue, therefore, is made up of cells and extracellular matrix. The extracellular matrix is composed of glycosaminoglycans and proteoglycans. It is variations in the composition of the extracellular matrix that determine properties of the connective tissue. Connective tissue is made up of: Fibrous components (collagen and elastin)

Arthritis Osteoarthritis Connective Tissue Supports Tissues and Organs The framework and support structure for our body tissues and organs By Carol Eustice | Reviewed by Grant Hughes, MDUpdated February 27, 2018Share Pin Email Print Steve Gschmeissner/Science Photo Library/Getty Images Connective tissue connects, supports, binds, and separates organs and tissues, forming a framework to support body tissues and organs, for structural and metabolic purposes. In connective tissue, cells are few and dispersed -- they are not in close contact, as in epithelial tissue.

Glycosaminoglycans or GAGs (long chains of repeating disaccharide units; the main role is to support collagen)Proteoglycans (GAGs attached to a core protein)Classification of Connective Tissue Connective tissue proper is classified as either loose irregular connective tissue or dense irregular connective tissue. Loose irregular connective tissue contains numerous cells and a loose fiber arrangement in a moderately viscous fluid matrix. The dense irregular connective tissue has a dense woven network of collagen and elastic fibers in a viscous matrix. Dense connective tissue is found in joint capsules, muscle fascia, and the dermis layer of skin. Specialized connective tissue includes: Dense regular connective tissue (found in tendons and ligaments)Cartilage (a type of supporting connective tissue that consists of chondrocyte cells, collagen fibers, and elastic fibers; semi-solid or flexible matrix; includes hyaline cartilage, fibrocartilage, and elastic cartilage)Adipose tissue (a type of supporting connective tissue that cushions, stores excess fat and energy; contains reticular cells and reticular fibers)Hemopoietic or lymphatic tissue (a fluid connective tissue involved in blood cell production; contains leukocytes and fibers of soluble liquid proteins formed during clotting; extracellular portion is plasma)Blood (contains erythrocytes, leukocytes, thrombocytes; fibers are soluble proteins; extracellular substance is plasma)Bone (a type of supporting connective tissue contains osteoblasts or osteocytes; consists of collagen fibers and is rigid or calcified)Under normal circumstances, the fibers, proteoglycan, and GAGs are regulated and controlled by a balance between synthesis and degradation. The balance is maintained by cytokines, growth factors, and degradative MMPs (matrix metalloproteinases). If there is an imbalance, connective tissue diseases can develop. For example, there is a net degradation in conditions such as osteoarthritis, rheumatoid arthritis, and osteoporosis. A net increase in synthesis can lead to scleroderma or interstitial pulmonary fibrosis. There are more than 200 diseases and conditions that affect connective tissue. Some connective tissue diseases are consequences of infection, injury, or due to genetic abnormalities. The cause of some connective tissue diseases remains unknown. Sources: Connective Tissue. Classification of Connective Tissue. The Histology Guide. The University of Leeds. Connective Tissues: Matrix Composition and Its Relevance to Physical Therapy. Physical Therapy. Culav EM et al. March 1999. Connective Tissue Disorders. Medline Plus.


what is a malanga

Malanga is a brown, hairy tuber in the Arum family that is cultivated in many tropical regions around the world. It is closely related to taro root, although the two plants are found in different genera. Like taro, this tuber usually is ground into a paste that can be used to make a rich, starchy flour that can be used in an assortment of foods.

What is a Malanga?

People who have food allergies sometimes find that malanga is a great hypoallergenic flour alternative because the particles of starch are very small, reducing the risk of an allergic reaction. Unique Taste Consumers of this tuber describe the flavor as nutty and very earthy, and some people say that it tastes more like an nut than a vegetable. In addition to being ground up for flour, the corms also can be sliced and fried, stewed, or grilled. The leaves also are used as sources of roughage, appearing in stews and in other dishes while they are still young and tender. Function and Appearance Technically, malanga roots are corms, meaning that they are not roots but underground stems that are used to store valuable nutrients for the parent plant. This makes them extremely valuable nutritionally, because they contain concentrated nutrients. At first glance, the corms of the plant look sort of like hirsute yams, with dark brown to orange-ish skin covered in wiry hair. When split open, they have creamy white flesh. Ad Above ground, this plant has broad, shapely leaves. Many people cultivate the plant as an ornamental, and in some cases, people are not aware that their decorative plants have an edible function as well. This plant has several other names, including tannia, tannier, cocoyam, and yautia, and this can add to the confusion even further, especially because they are used to refer to a many species in the Xanthosoma genus, all of which have varying characteristics. Malanga for eating and products made from it, such as flour, can be found in some Latin American markets, and ornamental varieties are available at garden stores. Popularity around the World Food historians believe that the plant was first domesticated in South America or Central America and that it spread slowly to other civilizations in that part of the world. When European explorers were introduced to the starchy tuber, they carried it with them to colonies in other regions of the world, resulting in widespread tropical cultivation of this tuber. Foods made with malanga are very popular in the Philippines and Puerto Rico, although in most other regions, the plant is considered inferior to taro root. Ad You might also Like Recommended Related wise GEEK Articles What is a Crosne? What is a Tuber? What is Roughage? What is a Corm? What is Bac Ha? What is Taro? What is a Seed Bank? Ad Discuss this Articleanon333892Post 17Malanga is very well known in Cuba. All Cuban parents feed that to their kids. It also great for people or babies with acid reflux. The people who are talking about eating the elephant ears plants, be careful. There are several species of malanga and not all of them are edible. The best ones are the white malanga and the purple. You can find it in the Hispanic supermarket or just go to Miami and ask any Cuban.anon289068Post 16@anon176565: Yes, my husband did the same thing for me, and it works. I don't have to take Prevacid anymore.anon241469Post 15Malanga also grows in Africa and is very popular there, can be oven roasted or boiled. Related Topics Name Cassavaanon176565Post 14I've suffer from GERD for at least two years, and recently it became unbearable. My husband came home with a malanga root. He cooked it like you would a baked potato. I have eaten three in the past two months and have only had one attack.anon135596Post 13We in Suriname (a Dutch speaking country in South America near Brazil) know the ""malanga"" as ""pomtayer"" and we make a special dish out of it :called ""pom"". We grate it and bake it with chicken or other meat for a certain amount of time in the oven!! It is delicious and for us Surinamese people it is a special dish! And especially during December, wow, nearly every one in Suriname prepares it!The pom needs more ingredients, but the list would be too long to write it down! (sorry)anon99695Post 12Malanga also grows in Albania and is very popular there. Related Topics Name Cassavaanon96813Post 11I live here in Central Florida. It appears as if there are many volunteer malanga or yautia plants throughout the wooded areas. Are these really malanga plants or some other species? Theseplants all look exactly as in the taro photos.anon95456Post 10I planted three small malanga roots about a year ago in San Antonio, Texas. Today, I have almost 20 plants. They are not only beautiful, but I'm waiting to be able to get some of them out and eat them.anon80573Post 9Malanga is in a Haitian recipe!Related Topics Name Cassavaanon54088Post 8I live in Arizona and I'm wonderingif I could grow boniato and malangahere in the Southwestern desert of the USA. And if I can, where can I find sprouts to plant? Thank youanon42299Post 7how long do you leave the malanga in the ground?anon41634Post 6To anon8911, that sounds like the results of eating elephant ear which from what I read is very closely related to malanga and taro and looks extremely similar. maybe the malanga species used for eating doesn't have these crystals. Decorative elephant ear contains tiny needle-like calcium oxalate crystals that can make your mouth and throat burn. My plant taxonomy teacher told us the only thing to do if a child has gotten into the elephant ear (and is crying) is to have them wash their mouth with milk to soften the crystals and then eat bread as the texture might help brush the softened crystals out. They are beautiful plants and I couldn't tell them apart from an edible tropical plant. Always be careful what you eat, as many things look similar, but are not quite the same :-)Related Topics Name Cassavaanon17221Post 5Hello, I have a question...what are malanga, yautia, yucca?? Are they vegetables? What is their caloric value? Thanks for taking the time to read this. Norindabigmetal Post 4malanga is closely related to alocasia plants...which have oxalic acid in the stem. although it is edible, you have to boil it for a long time before eating it. i'm not sure how long it should be boiled.anon8911Post 2I have a malanga plant that after three years I took it out of the ground. The root weighted about 10 lbs. After boiling and serving it, everyone that took one bite had a feeling like if their lips and tongue were on fire. Why is this? I had never heard of this happening!Related Topics Name Cassavaanon7663Post 1The malanga is correctly described. It grows near streams. To cook, you cut the stems, cut off the roots, peel and cut up in smaller pieces. Malangas are boiled in water with some salt. Our forefathers in the mountains of Puerto Rico would eat it with codfish (bacalo) and olive oil. They may have added lettuce and tomatoes. A variant of the malanga is the malangota. The malangota has violet streaks of coloring of the mass. Not evey town in Puerto Rico may have both species. Aibonito is a town that has both. They grow wild. We need to clarify that the ""yautia"" yam is altogether different as they grow in groups of yams around the base the plant. Aview entire post Post your comments Post Anonymously Loginusernamepasswordforgot password? Registerusernamepasswordconfirmemail "


what is the jigglypuff

Jigglypuff is one of the fictional species of Pokémon from the Pokémon media franchise owned by Nintendo and Game Freak. Since it was introduced early in the Pokémon anime, it has become one of the most famous Pokémon. Jigglypuff is perhaps most famous for the song it sings which puts everyone who hears it into a deep sleep.

Jigglypuff

"From Wikipedia, the free encyclopedianavigation search Pokémon - Jigglypuff No. 39Region Kanto Colour Pink Height Weight Type Normal Attack Type Balloon Evolution Evolves from Igglybuff Evolves into Wigglytuff Pokédex Previous Next Ninetales Wigglytuff

[1] Jigglypuff then becomes upset because it assumes everyone is very bored by the song, and it draws all over their faces with a marker. Jigglypuff is a small Pokémon, slightly shorter than Pikachu. It is shaped like a balloon and has a pink body with blue eyes, catlike ears, and a strange tuft of fur on its forehead. In video games [ change | change source]In the Pokémon video games, Jigglypuff is famous among players because it learns the move Sing, which puts enemy Pokémon to sleep. This often causes them to lose the battle, and many players find it very annoying. Jigglypuff was introduced in Pokémon Red and Blue, the first Pokémon games. It has appeared in most of the games since then. It evolves into Wigglytuff, an ""upgraded"" form of Jigglypuff. Starting with Pokémon Gold and Silver, Jigglypuff has a pre-evolved evolutionary form, Igglybuff. Igglybuff was one of the 100 new Pokémon introduced in Gold and Silver. Previously there were only 151. Jigglypuff has also appeared in Super Smash Bros., [2] Super Smash Bros. Melee, [3] Super Smash Bros. Brawl, [4] and Super Smash Bros. for Nintendo 3DS and Wii U. It is a light and fast character who is great in the air. Its attacks include Rollout, Pound, Sing, Rest, and its Final Smash, Puff Up. In anime [ change | change source]Jigglypuff is one of the most famous Pokémon, alongside Pikachu, Bulbasaur, Charmander, and Mewtwo, mostly because it has appeared many times in the still-running Pokémon anime. It usually appears unexpectedly and puts Pokémon and humans near it to sleep for a few minutes by singing its trademark song. It has a black permanent marker, similar to a Sharpie, with which it often draws on people and Pokémon's faces while they are asleep. This is an act of revenge, because everyone falls asleep when they hear Jigglypuff's song and Jigglypuff assumes it's because they are very bored by it. Since people are upset when Jigglypuff puts them to sleep, and Jigglypuff is upset when they fall asleep, it is a vicious circle. In one episode, a Jigglypuff was trapped in a Blastoise 's cannon. When it finally escaped, it put everyone to sleep and drew on their faces. References [ change | change source]↑ Pokédex: If it inflates to sing a lullaby, it can perform longer and cause sure drowsiness in its audience. Game Freak. Pokémon Gold. Nintendo. Game Boy. (in English). ( 2000-10-15)↑ Smash Bros.com Retrieved July 17, 2006↑ Super Smash Bros Melee. detstar.com Retrieved July 17, 2006↑ Smash Bros. Dojo! Jigglypuff Retrieved August 9th, 2009v t e Pokémon Main series video games Pokémon Red and Blue • Pokémon Gold and Silver • Pokémon Ruby and Sapphire • Pokémon Diamond and Pearl • Pokémon Black and White • Pokémon Black 2 and White 2 • Pokémon X and Y • Pokémon Sun and Moon Other games Hey You, Pikachu! • Pokémon Snap • Pokémon Pinball • Pokémon Puzzle League • Pokémon Puzzle Challenge • Pokémon Channel • Pokémon Pinball: Ruby & Sapphire • Pokémon Go Characters Ash Ketchum • Brock • Pokémon crime organizations Pokémon species Missing No. • Charizard • Pikachu • Salamence • Jigglypuff • Meowth • Mewtwo • Mew (Pokémon) • Lucario • List of Pokémon Related articles Legendary Pokémon • Gameplay of Pokémon • Pokémon (anime) • Pokémon Adventuresv t e Super Smash Bros. series Category: Pokémon monsters "


what are the monuments in washington dc

Arlington National Cemetery occupies 612 acres in Virginia on the Potomac River, directly opposite Washington. In 1864, Arlington became a military cemetery. More than 240,000 service members and their dependents are buried there. In 1921, an Unknown American Soldier of World War I was buried in the cemetery.

Arlington National Cemetery

Arlington National Cemetery

The monument at the Tomb of the Unknown Soldier was opened to the public in 1932. Two additional Unknowns, one from World War II and one from the Korean War, were buried there on May 30, 1958. The Unknown Serviceman of Vietnam was buried on May 28, 1984. In June 1998 he was identified as First Lt. Michael Blassie, an Air Force pilot from St. Louis. The inscription carved on the Tomb of the Unknowns reads: HERE RESTS IN HONORED GLORY AN AMERICAN SOLDIER KNOWN BUT TO GODCapitol Building This is where Congress meets and conducts business. It is located on the east end of the Mall. Construction of the building started in 1792, and its design was modified several times, until it was finished in 1865. The Capitol's most recognizable feature is the 180-foot-high cast iron dome of the Great Rotunda. In addition to its historical association, the Capitol Building is also a vast artistic treasure house. The works of such famous artists as Gilbert Stuart, Rembrandt Peale and John Trumbull are displayed on the walls. The Great Rotunda is decorated with a massive fresco by Constantino Brumidi. A monorail subway joins the House and Senate wings of the Capitol with the Congressional office buildings. Jefferson Memorial In 1934, Congress authorized the construction of a memorial to honor Thomas Jefferson, the third President of the United States. He is considered the political philosopher of the American Revolution. He also drafted the Declaration of Independence. Architect John Russell Pope, who designed the memorial, used some of Jefferson's own architectural preferences in his design. The memorial, like Jefferson's home in Monticello, is based on the Roman Pantheon. Construction of the circular marble building was finished in 1943. It is located near the Potomac River and overlooks the Tidal Basin, which is surrounded by Japanese flowering cherry trees. Lincoln Memorial Construction of this memorial to the 16th President of the United States started in 1914 and was completed in 1922. It is located on the west end of the Mall. Architect Henry Bacon modeled the marble, granite and limestone building after the Greek Parthenon. The inside of the memorial is divided into three chambers: central, north and south. A white marble statue of President Lincoln sits in the central chamber. The Gettysburg Address, which Lincoln gave on November 19, 1863, at Gettysburg, Pennsylvania , is in the south chamber, and his second inaugural speech is in the north chamber. The 36 Doric columns on the outside of the memorial represent the number of states in the Union at the time of Lincoln's death in 1865. National Archives The National Archives is the official library where the records of the three branches of the U. S. government are kept and preserved. The Declaration of Independence, the Constitution and the Bill of Rights are on display here. A collection of pictures taken during the Civil War by the famous photographer Matthew Brady are also on display. The building is located on Constitution Avenue in Washington, D. C. The agency was created in 1934 and the building was completed in 1935. National Mall No, this isn't the official shopping center of the United States. It is a 146-acre stretch of lawn that extends from the Potomac River to the Capitol Building. The area hosts political rallies, festivals and other events. Many of Washington's famous memorials and the Smithsonian's museums and galleries surround the Mall. The National Park Service maintains the grounds. Smithsonian Institution A rich English researcher, James Smithson, left all his money to create a museum in Washington, D. C. to “the increase and diffusion of knowledge.” And he never even visited the United States! He also left his scientific library and his collection of minerals for the new museum. The Smithsonian is not just one building. It is a network of museums and art galleries, research projects and special performances. It includes 14 museums. Some of them are the National Air and Space Museum, the Museum of Natural History and the National Portrait Gallery. U. S. Holocaust Memorial Museum The Holocaust Museum opened in 1993 and is located near the Mall, which is where many of Washington's museums and memorials are located. The museum is America's national institution for the documentation, study and interpretation of Holocaust history. The memorial houses the largest collection of material about the murder of more than six million Jews by Nazi Germany between 1933 and 1945. It cost more than $168 million to build the museum. Because many of the exhibits are graphic and upsetting, children under age 12 should probably wait until they are older to visit the museum. Vietnam Veteran's Memorial This memorial to the men and women who died in the Vietnam War also serves to remind the people who didn't agree with the United States' participation in the unpopular war that thousands of Americans lost their lives in the jungles of Vietnam. Congress authorized the memorial in 1980, and more than 1,400 people submitted design ideas for the memorial. A 21-year-old Yale University student, Maya Lin, won the contest. The V-shaped memorial is made of black granite. The names of more than 58,000 veterans who lost their lives in the war are etched in the wall. Washington Monument Construction of this magnificent Washington, D. C., monument took nearly a century of planning, building and controversy. The first plans, which were dropped, called for a large equestrian statue of George Washington. After Washington's death in 1797, a memorial was discussed, only to be delayed again. Finally, in 1848, work started on the monument that stands today. After more fits and starts, the monument was finished in 1884 and opened to the public in 1888. The tapered shaft, or obelisk, is made of stone and is covered with white marble. The monument stands just over 555 feet. Memorial stones from the 50 States, foreign countries and organizations line the inside walls. The top of the monument, which you can get to only by elevator, provides a panoramic view of the city. White House The 132-room White House is the official residence of the president. It is located at 1600 Pennsylvania Avenue. President George Washington chose the site in 1792 and supervised construction. The architect was James Hoban. The mansion was not finished until 1800, so Washington is the only president who never lived in the White House. The British burned the building in 1814, during the War of 1812. The rooms for public functions are on the first floor. The second and third floors are used as the residence of the president and first family. The most celebrated public room is the East Room, where formal receptions take place. Other public rooms are the Red Room, the Green Room and the Blue Room. The State Dining Room is used for formal dinners. World War II Memorial The National World War II Memorial commemorates the 16 million Americans who served in the armed forces during the second World War, the more than 400,000 soldiers who died in it, and the millions more who supported the war effort from home. Designed by Friedrich St. Florian, it is located in the National Mall, between the Washington Monument and the Lincoln Memorial. It is the size of a football field, and contains arches, pillars, a wall of stars, fountains, a pool, and many inscriptions. It was authorized in 1993, and dedicated in 2004. The White House National Landmarks

ls Many of the architectural landmarks in Washington, D. C. commemorate important chapters in American history. Visit monuments and memorials like the breathtaking Jefferson and Lincoln Memorials, the unprecedented Vietnam Veterans Memorial, and the inspiring Marine Corps War Memorial — many of them only a short walk apart. Air Force Memorial

Washington DC Monuments & Memorials

Washington DC Monuments & Memoria

American Veterans Disabled for Life Memorial FDR Memorial Jefferson Memorial Korean War Veterans Memorial Lincoln Memorial Marine Corps War Memorial — Iwo Jima Memorial Martin Luther King Jr. National Memorial U. S. Navy Memorial Vietnam Veterans Memorial Washington Monument World War II Memorial


is evaporation an exothermic or endothermic process?

Evaporation is endothermic, meaning it takes heat away from its surroundings. Condensation however, is the opposite with it being exothermic, where it releases heat into the surroundings. Allow me to explain. Evaporation is where particles in a liquid change state into a gas. This requires heat to do so because you are breaking the bonds between the liquid particles to make it a gas. This is endothermic because it takes heat away from its surroundings. For example, think about when you sweat during intense training.

"Condensation Evaporation Science Chemistry How is evaporation and condensation an endothermic change when heat is needed for the reaction to take place?4 Answers Matt Harbowy, Back off, I'm a scientist. (former Ph D student, Chemistry, Cornell University, 1991-1993)Answered Sep 24, 2015 · Author has 933 answers and 2.5m answer views Evaporation is endothermic. Think about it in terms of kinetic energy. Water molecules as a gas are zinging around at much faster speeds and will fill a container. Water as a liquid is still pretty zippy, but constrained and vibrating much slower. So, when you heat water, you are adding energy in from the surroundings, and the reaction is endothermic. Condensation is exothermic The reverse, where water condenses, is losing energy to its surroundings. A swamp cooler, for example, works by evaporating a fine mist, which pulls energy in from the surrounding air and makes things cooler. Likewise, the act of sweating cools you because as the water evaporates, it pulls energy in. It's easy to confuse the two, because energy is neither created nor destroyed, it just transforms form. The terminology is intended to show the direction of kinetic energy into (endo-) and out of (exo-) the system under observation. You boil water over a flame, because the flame is exothermic (as are {most? all?} oxidation reactions), and can therefore transfer energy out of itself (exo-) and into (endo-) the water. On the flip side, oxygen is reduced to water in combustion, and is endothermic. The water absorbs some of the heat as it is converted to steam. Because oxidation and reduction reactions are generally paired, the reason why the paired oxidation and reduction is generally net exothermic is due to the differences in the heats of formation on both sides of the equation. Water, when it is converted to steam, is not oxidizing or reducing. However, you can think of the difference between the heat of formation in the liquid and the gas phase. It takes more heat to form steam than it does to form liquid water. The heat of formation of gaseous water is -241.8k J/mol, and the heat of formation of liquid water is -285.8k J/mol. The difference, H2o (gas)-H2o (liq), 44k J/mol, is endothermic because the sign is positive. It mustabsorb44k J/mol to transform liquid water into gaseous water. Likewise, water mustrelease44k J/mol, (-44: note the sign change) to condense. It is by convention that the sign of exothermic reactions is negative, and this is just something worth memorizing. Another helpful tip: evaporation and condensation can be said to be ""fighting"" the opposite reaction. So, as water absorbs energy to evaporate, it is ""fighting"" the release of energy of the flame. As water condenses and evaporates at the interface of the two phases, they push and pull the energy back and forth.12.4k Views · View Upvoters Your response is private. Is this answer still relevant and up to date?promoted by Swedish Medical Center Weight loss surgery experts in your backyard. Our world-class team of physicians will help change your life. Extraordinary care, extraordinary caring. Learn More at swedish.org Related Questions More Answers Below What are evaporative condenser? How does evaporation take place? Why does evaporation take place? Is evaporation exothermic or endothermic? Is heat needed for the reaction? Ask New Question Cody Connor Rain, Science has always been my strong-suit. Answered Jul 29, 2016

The sweat evaporates on the surface of your skin to cool you down. This is because the liquid evaporates into a gas, taking some heat away. Condensation is the opposite, where a gas changes into a liquid. This means the gas has to cool down into a liquid so the heat from the gas is released into its surroundings so the gas can cool down.1.8k Views · View Upvoters Keith Allpress Answered Sep 24, 2015 · Upvoted by Allan Steinhardt, Formerly DARPA's Chief Scientist, IEEE Fellow, Biosensor patent holder. · Author has 2.2k answers and 2.1m answer views You have answered your own question. Endothermic exactly means heat is required. There is no question to answer. The problem you are having is not with science, it is with linguistics. You have misread the word ""required"". Just because you saw the word required, you made the false assumption that it must be a person that is doing the supplying. You have misunderstood that these are figures of speech, often cause and effect is just a cute way to describe relationships. The fast ones remove energy which means the rest would be cooler because the average energy has been lowered. Or the average energy doesn't go up as much as it would have when heated. Its the same thing.1.4k Views · View Upvoters Joel Ruggaber, Chemist for 20 years, general science enthusiast. Answered Sep 24, 2015 · Author has 792 answers and 1.1m answer views Thanks for the A2A. I really can't improve on Matt Harbowy's answer, so I won't try. Needless to say, he got it right.1k Viewspromoted by 23and Me Explore your DNA with 23and Me. Learn more about your health, traits and ancestry through 75+ genetic reports. Learn More at 23andme.com Related Questions Why exactly is evaporation an endothermic process? Do substitution reactions need heat? What will happen if there is no evaporation process? How does a reaction take place? What is the patent heat of evaporation? What is condensation reaction? How do chemical reactions take place? Is evaporating a change of shape? What is the chemical equation for the reaction that takes place when lead nitrate is heated? How fast does a reaction take place? Ask New Question Related Questions What are evaporative condenser? How does evaporation take place? Why does evaporation take place? Is evaporation exothermic or endothermic? Is heat needed for the reaction? Why exactly is evaporation an endothermic process? Do substitution reactions need heat? What will happen if there is no evaporation process? How does a reaction take place? What is the patent heat of evaporation? Ask New Question "


is qgenda a software

ying“QGenda is clearly a quantum leap forward in physician scheduling software. Since using QGenda, it has given me significantly more flexibility in scheduling my 17 person radiology group to its many tasks in many different locations.”Dr. Philip O’Sullivan South Shore Radiology

A revolution in Radiology scheduling.

RADIOLOGYA revolution in Radiology scheduling.500+ Radiology customers worldwide have turned to QGenda to optimize and revolutionize their scheduling processes. Build and manage an optimized schedule in minutes, not days. Reduce costs. Improve performance. The smartest solution for the complexities of Radiology scheduling Radiology scheduling is fraught with complexities that make it difficult and time-consuming. The Radiology scheduler must account for the numerous locations each Radiologist must cover. Sub-specialty rules may limit the ability of a radiologist to work a specific assignment. Time-off requests and swaps make it onerous to manage the schedule after it’s built. With QGenda’s automated, interactive scheduling solution, optimized schedules are easily built. QGenda will account for your group’s specific rules and assist the scheduler in easily handling inevitable changes that occur once the schedule is published. Great features to handle Radiology complexities Provide requesting transparency for subspecialty physicians so the probability of approval is clear Equalize random day-off assignments according to FTE and non-clinical responsibilities Keep track of meetings and conferences with scheduling rules built around them Allow divisions/sections to have visibility for cross-over specialty radiologists Ensure sub-specialty coverage such as Flouro, Neuro, Mammo, and MSKGive section chiefs ownership over their own schedule Fairly distribute call coverage Easily manage multiple locations Allow swapping without alteration of master stats Automatically send schedule change notifications to correct Radiologists Example Radiology Scheduling Rules A look at how QGenda’s automated, interactive, rules-based scheduling solution works for Radiology. If the Radiologist on call is not IR (interventional), then an IR backup provider will be assigned that evening. No more than three mammography Radiologists can request off on any given day. If a Radiologist is on call on Monday, assign post call off on Tuesday. Each Radiologist should receive one half day off per week. What Radiologists are sa

“Previously, the group allocated 49 days per year for six different physician schedulers to perform the scheduling function. Now with QGenda, a single physician schedules all providers and is allocated 24 days per year to do so. Factoring in the QGenda fees and increase in complexity, the group is saving $40-50K per year in scheduling.”Dr. Vladimir Savcenko St. Paul Radiology, P. A. Ready for a QGenda Demo? Schedule a QGenda demo today. It’s quick, easy and the most fun you’ve had scheduling, ever!REQUEST A DEMOCONTACT USREQUEST A DEMOCAREERSCUSTOMER ACCESSQGenda, LLC 3340 Peachtree Rd NE Suite 1100 Atlanta, GA 30326Sales Department Sales@QGenda.com (toll free) 855-399-9945 Press 1Customer Success Support@QGenda.com (toll free) 855-399-9945 Press 2© 2018 QGenda, LLC Privacy Terms Legal


houston methodist main phone number

fe. Houston Methodist West Hospital is located at 18500 Katy Freeway Houston, TX 77094 and can be contacted via phone number (832) 522-1000. Houston Methodist West Hospital anticipates into the following database program (s): cardiac surgery, general surgery, nursing care, stroke care.

Houston Methodist West Hospital

"Houston Methodist West Hospital MEDICARE share on Houston Methodist West Hospital was recognized by Centers for Medicare & Medicaid Services (CMS) as one of modern hospitals which are scientifically measured and assessed to have high-quality health care services for promoting health and improving the quality of li

Overview Hospital Name: Houston Methodist West Hospital Hospital Type: Acute Care Hospitals CMS number: 670077 (Centers for Medicare & Medicaid Services provider number)Ownership Type: Voluntary non-profit - Private Address: 18500 Katy Freeway Houston, TX 77094Phone: (832) 522-1000Provides emergency services: Yes Able to receive lab results electronically: Yes Able to track patients' lab results, tests, and referrals electronically between visits: No Participates in : Cardiac Surgery General Surgery Nursing Care Stroke Care Contact Info18500 Katy Freeway Houston, TX 77094 (832) 522-1000Office Hours: Monday - Friday: 8:00 AM - 5:00 PMSaturday - Sunday: Closed Map and Directions Map data ©2018 Google Terms of Use Sign in18500 Katy Fwy View larger map Patient Experiences Center for Medicare & Medicaid Services (CMS) regularly gathers feedback information from patients (and their family or friends) about their experiences with a certain hospital. In this survey, the patients shares their feelings about services they received, and whether they would recommend the hospital to someone else. This information is also very helpful to the hospital, telling where to focus such improvement efforts for better health care and services. Patient Experience Provider State Nation Patients who reported that their room and bathroom were ""Always"" clean79% 76% 75%Patients who reported that their room and bathroom were ""Sometimes"" or ""Never"" clean5% 7% 8%Patients who reported that their room and bathroom were ""Usually"" clean16% 17% 17%Patients who reported that their nurses ""Always"" communicated well80% 81% 80%Patients who reported that their nurses ""Sometimes"" or ""Never"" communicated well3% 4% 4%Patients who reported that their nurses ""Usually"" communicated well17% 15% 16%Patients who reported that their doctors ""Always"" communicated well80% 84% 82%Patients who reported that their doctors ""Sometimes"" or ""Never"" communicated well4% 4% 4%Patients who reported that their doctors ""Usually"" communicated well16% 12% 14%Patients who reported that they ""Always"" received help as soon as they wanted66% 71% 69%Patients who reported that they ""Sometimes"" or ""Never"" received help as soon as they wanted10% 8% 8%Patients who reported that they ""Usually"" received help as soon as they wanted24% 21% 23%Patients who reported that their pain was ""Always"" well controlled73% 73% 71%Patients who reported that their pain was ""Sometimes"" or ""Never"" well controlled6% 6% 7%Patients who reported that their pain was ""Usually"" well controlled21% 21% 22%Patients who reported that staff ""Always"" explained about medicines before giving it to them63% 68% 65%Patients who reported that staff ""Sometimes"" or ""Never"" explained about medicines before giving it to them20% 16% 17%Patients who reported that staff ""Usually"" explained about medicines before giving it to them17% 16% 18%Patients who reported that NO, they were not given information about what to do during their recovery at home13% 13% 13%Patients who reported that YES, they were given information about what to do during their recovery at home87% 87% 87%Patients who Agree they understood their care when they left the hospital39% 42% 43%Patients who Disagree or Strongly Disagree they understood their care when they left the hospital5% 5% 5%Patients who ""Strongly Agree"" they understood their care when they left the hospital56% 53% 52%Patients who gave their hospital a rating of 6 or lower on a scale from 0 (lowest) to 10 (highest)4% 7% 7%Patients who gave their hospital a rating of 7 or 8 on a scale from 0 (lowest) to 10 (highest)14% 17% 20%Patients who gave their hospital a rating of 9 or 10 on a scale from 0 (lowest) to 10 (highest)82% 76% 73%Patients who reported that the area around their room was ""Always"" quiet at night69% 70% 63%Patients who reported that the area around their room was ""Sometimes"" or ""Never"" quiet at night7% 6% 9%Patients who reported that the area around their room was ""Usually"" quiet at night24% 24% 28%Patients who reported NO, they would probably not or definitely not recommend the hospital3% 5% 5%Patients who reported YES, they would definitely recommend the hospital83% 75% 72%Patients who reported YES, they would probably recommend the hospital14% 20% 23%N/A Data not available. This hospital data was updated by using the dataset publicized on Jan 26th, 2018 by the Centers for Medicare and Medicaid Services (CMS). If you found out anything that is incorrect and want to change it, please follow this Update Data guide. Related Providers Sorry, the browser you are using is not currently supported. Disqus actively supports the following browsers: Firefox Chrome Internet Explorer 11+Safari "


alpha orthodontic

ws! Alpha Orthodontics is the only office in the region to offer Sure Smile, the very latest proven technology that improves patient comfort, reduces the frequency of appointments and reduces treatment time.

Alpha Orthodontics

Accepted Insurance Alpha Orthodontics has not yet specified accepted insurance plans. Specialties Alpha Orthodontics has not yet specified any specialties. Business Details Gallery (1) Reviews (3)Elevate Your Smile at Alpha Orthodontics About Biography Dr. Leonard knows from his adolescent years what it is like to be embarrassed by a smile. For over 30 years he has been on a mission to help his patients feel better about themselves and their smile. “I love what I do! It is so gratifying to see how orthodontic treatment has improved the lives of my patients and to be greeted by so many great looking smiles out in the community.” Dr. Leonard is a Diplomat of the American Board of Orthodontics, the highest designation that an orthodontist can achieve. The American Board of Orthodontics is the only orthodontic specialty board recognized by the American Dental Association. Dr. Leonard is a member of many professional associations and societies. He enjoys continuing his professional education. Dr. Leonard regularly spends his Fridays attending continuing education programs and has a special interest in facial aesthetics and advanced treatment methods. Dr. Leonard and his wife, Bev, have two grown children. The family is active in church and community activities. At Alpha Orthodontics the most important goal, is the relationship we establish with our patients. We will seek to understand your concerns, answer your questions, and give you the same care that we would provide for our own families. Parents are welcome to accompany their children into the clinical area for any and all appointments. Dr. Leonard is a certified Elite Invisalign and i Braces orthodontist. This enables him to correct mild orthodontic problems without braces and treat more complicated problems with braces that are not visible – even when you smile. In either case, nothing sho

Services By Appointment Only Yes Services/Products Dentists Brands Acceledent Now, Ibraces, Invisalign, Sure Smile Experience & Accolades Associations Achieved board certification through the American Board of Orthodontics Location & Hours Main Location1651 W Main St Albert Lea, MN 56007Location Skyline Mall 1651 West Main Street Albert Lea, MN 56007Hours Regular Hours Mon - Thu 8:00 am - 5:00 pm Fri - Sun Closed Extra Phones Phone: (507) 377-2289Toll Free: (877) 977-0222Payment Payment Method amex, discover, all major credit cards Other Information Other Link

s Alpha Orthodontics is an Orthodontic practice with locations in Mason City, Albert Lea, and Blue Earth. We understand the importance of a great healthy smilehttp://www.alphaorthodontics.com Alpha Orthodontics is an Orthodontic practice with locations in Mason City, Albert Lea, and Blue Earth. We understand the importance of a great healthy smile

Categories Orthodontists, Dentists, Cosmetic Dentistry Other Information Parking : Lot By Appointment Only : Yes COUPONS & DEALSNo coupons available Gallery View all (1)Photos (1)Reviews Hi there! Rate this business! 5 First-class4 Better than most3 About what I expected2 Not the worst...1 Disappointing Click to Rateolivia71112/20/2012Overall My son absolutely loves it her... My son absolutely loves it here. Dr. Leonard is so great and he is always concerned with making it as comfortable as possible. Helpful (0) Share Flagbarbhan12/19/2012Overall The doctor is so nice, he trea... The doctor is so nice, he treat all of his patients with equal care. The rest of the staff is just great as well. I am glad my dentist recommended him. Helpful (0) Share Flagnancytonk12/14/2012Overall My children go here. They seem... My children go here. They seem to really enjoy it, and the staff is always great to all three of us. Helpful (0) Share Flag

Alpha Orthodontics


what grade on final do i need

So, in the above example, I would need to score 100 on my final exam in order to achieve a letter grade of B in the class, assuming that no grades were dropped and no extra credit was offered to be added to the final grade. In case you want to see how this would look in an algebraic equation, here is the above example:

What Grade Do I Need on the Final Exam?

"What Grade Do I Need on the Final Exam? What grade do I need on the final exam? A frequent question asked by many students is ""What grade do I need on the final exam to get a B, C, (or other grade desired)?"" This question involves a little math that any student can apply successfully with a little information. Determine the Grading Scale First, determine the grading scale for the class. This information is typically found in the course syllabus. Find the range of scores for earning an A, B, etc. Some classes are set up in which students either successfully complete the course or not, so if this is the type of class, look at the minimum score for successful completion. Once you have found this information, write the lowest number in the range for the grade for which you are looking. In case you are unsure what a grading scale looks like, here's an example of a 7-point grading scale: Letter Grade Range of Scores A 93-100B 86-92C 79-85D 72-78F 0-71In the above example, minimum scores for a desired grade include: If you want to achieve a grade of C, your final average must be at least 79. If you want to achieve a grade of B, your final average must be at least 86. If you want to achieve a grade of A, your final average must be at least 93. Determine the Weighting of Grades Next, determine whether or not scores are weighted differently for the various sections in the class. This information is also typically found in the course syllabus. Sometimes the final exam may be worth 50% or more of the final grade for the class, so this is very important information to consider! In case you are unsure what weighting of grades looks like, here is an example: Class Assignments Percentage of Weight Tests 60%Quizzes 20%Group Project 10%Final Exam 10%Classes Without Weighted Scores (Equal Weighting) Some classes may offer grading in which all scores count equally. These are the easiest ones for determining your minimum final exam score to achieve a certain overall grade in the class; however, most classes do have weighted scores and the below equation will not work for those classes – see the next section for the equation with weighted scores. Directions for determining a minimum final exam score without weighted grades: Multiply the minimum score for your desired grade by the number of scores plus 1. Add all grades that you have achieved up until the final exam. Subtract the second number from the first number. Let's do an example. Let's say you want to achieve a letter grade of B in a class without weighted scores (equal weighting of all grades). Let's say that this instructor is using a 7-point grading scale and that the minimum grade you need for the class is an 86 and here are all the grades you have for the class before the final exam:887896706578929499In the above example, I would do the following:86 X 10 = 860 (there are nine grades listed, so I added one to 9 to get 10 and then multiplied by the minimum grade for a B, which is 86)Add the above nine grades = 760860 - 760 = 100

How to Determine Minimum Score for Final Exam to Get a Grade in Class Classes With Weighted Scores Most classes are set up with weighted scores, so this will require a few extra steps in your math equation. Directions for determining a minimum final exam score with weighted grades: Determine the average of each set of scores within the weighted sections (disregard the final exam section because this would be zero if you have not taken the exam). Multiply each average by the percentage in decimal form (multiply by 0.5 for 50%, multiply by 0.4 for 40%, multiply by 0.2 for 20%, etc. )Add these totals together. Subtract this total from the minimum score for your desired final grade. Divide that number by the percentage weight for the final exam in decimal form. Let's do an example. We'll use the weighting in the chart above in which tests are worth 60%, quizzes are worth 20%, group project is worth 10%, and the final exam is worth 10%. Determine which grades you have achieved in each section and find the average score for each section. If you need a refresher on how to do this, I have detailed instructions in How to Calculate Your Grade in a Class. This article also gives directions for determining your highest possible and lowest possible scores in a given class. Let's say you determine the following averages in the chart. You would then then multiply by the percentages in decimal form and finally add all of those average scores together. Sections Average Multiply by Totals Tests 82 0.6 49.2Quizzes 95 0.2 19Group Project 88 0.1 8.8Added Totals 77In this example, if you wish to achieve a grade of B on the above 7-point scale, then you would subtract the above added total of 77 from 86, which would give you a result of 9. In this example, the final exam is worth 10% of the grade, so you would then divide 9 by 0.1, which equals 90. Therefore, in this example, you would need to achieve a score of 90 on the final exam in order to earn a final grade of B in the class. If you would like to see how this would look in an algebraic equation, here is the above example: How to Figure Out Score for Final Grade to Pass a Class Find additional resources for students, including tips, flash cards, and practice tests at the Student Survive 2 Thrive site map and I wish you the best with your final exam!Posted by Katrena at 11:41 AM Email This Blog This! Share to Twitter Share to Facebook Share to Pinterest Labels: how to figure out if I passed , minimum score for final exam , what final exam grade to get a b in class , what final exam grade to get a c in class , what final exam grade to get an a in class "


different kind of kidney stones

s. Uric Acid Stones These form crystals in the urine, either alone or with other stone types. They are commonly due to an excessively high protein diet, obesity, or in patients who suffer with gout. Typically, these stones form in acidic urine (p H 5-6) and are not visible on plain x-ray.

Stones Type

Home » Conditions » What are Kidney Stones? » Stones Type Stones Type Calcium Stones When calcium combines with another mineral, insoluble crystals form which are commonly either calcium oxalate or calcium phosphate in composition. These stones can typically be seen on plain x-ray. Usually, no specific cause is found on why these stones develop, however they can occur in certain medical conditions such as hyperparathyroidism, certain types of weight reduction surgery, and in several types of kidney disorder

Cystine Stones These are rare stones occurring in 1% of stone patients, due to an inherited defect in amino acid transport within the kidney. An excess of cystine crystals are found in the urine of affected patients which clump together to form stones. Patients who are affected tend to be young and develop recurrent kidney stones throughout life. Long term treatment involves close surveillance, education, dietary changes, fluids, and sometimes medications to prevent the stones from recurring. Struvite (Infection stones)These stones can grow very rapidly to form a complete stone cast within the drainage system of the kidney. They are usually associated with urinary tract infections, which change the urinary environment to permit rapid stone growth. Consequently, the stone formed can become very large in size. If left untreated they can cause chronic infection, destroy the kidney, and may result in death. Other What are Kidney Stones? List Formation Diagnosis Treatment Prevention of Kidney Stones

While most kidney stones contain calcium, you may not need to avoid calcium-rich foods. In fact, eating moderate amounts of dairy products and other calcium-rich foods may lower the risk of forming new stones. This does not apply to calcium supplements, which have been linked to kidney stones in some people.

Slideshow: A Visual Guide to Kidney Stones1 / 17What Are Kidney Stones?

As the kidneys filter waste from the blood, they create urine. Sometimes, salts and other minerals in urine stick together to form small kidney stones. These range from the size of a sugar crystal to a ping pong ball, but they are rarely noticed unless they cause a blockage.

They may cause intense pain if they break loose and push into the ureters, the narrow ducts leading to the bladder. Swipe to advance1 / 17Kidney Stone Symptoms When kidney stones move through the urinary tract, they may cause: Severe pain in the back, belly, or groin Frequent or painful urination Blood in the urine Nausea and vomiting Small stones may pass without causing symptoms. Swipe to advance1 / 17Kidney Stone or Something Else? If you have sudden, severe pain in the back or belly, it's best to seek medical care right away. Abdominal pain is associated with many other conditions, including emergencies like appendicitis and ectopic pregnancy. Painful urination is also a common symptom of a urinary tract infection or an STD. Swipe to advance1 / 17Diagnosing Kidney Stones Kidney stones are rarely diagnosed before they begin causing pain. This pain is often severe enough to send patients to the ER, where a variety of tests can uncover the stones. These may include a CT scan, X-rays, ultrasound, and urinalysis. Blood tests can help look for high levels of minerals involved in forming kidney stones. The CT scan here shows a stone blocking the ureter, the duct that empties into the bladder. Swipe to advance1 / 17Home Care for Kidney Stones If a kidney stone seems small enough, your doctor may recommend you take pain medicine and wait for the stone to pass out of the body on its own. During this time, your doctor may recommend that you drink enough water and fluids to keep urine clear -- about eight to 10 glasses a day. Swipe to advance1 / 17How Small Is Small Enough?

The smaller the kidney stone, the more likely it will pass on its own. If it is smaller than 5 mm (1/5 inch), there is a 90% chance it will pass without further intervention. If the stone is between 5 mm and 10 mm, the odds are 50%. If a stone is too large to pass on its own, several treatment options are available.

Swipe to advance1 / 17Treatment: Medication There are prescription medications that can help the body pass a kidney stone. Drugs known as alpha-blockers relax the walls of the ureter. This widens the passages so a stone can fit through more easily. Side effects are generally mild and may include headache or dizziness. Other types of medications can help prevent new stones from forming. Swipe to advance1 / 17Treatment: Shock Wave Therapy The most common medical procedure for treating kidney stones is known as extracorporeal shock wave lithotripsy (ESWL). This therapy uses high-energy shock waves to break a kidney stone into little pieces. The small pieces can then move through the urinary tract more easily. Side effects can include bleeding, bruising, or pain after the procedure. Swipe to advance1

/ 17Treatment: Ureteroscopy When a stone has made its way out of the kidney and is close to the bladder, the most common procedure is ureteroscopy. A thin tube is passed through the urinary tract to the location of the stone. A surgeon breaks up the stone and removes the fragments through the tube. No incisions are made in the body.

For very large stones, surgical procedures may be needed. Swipe to advance1 / 17Kidney Stone Analysis

Once a kidney stone has passed or been removed, your doctor may want to know what it's made of. Nearly 80% of kidney stones are calcium-based. The remainder are made primarily of uric acid, struvite, or cystine. A chemical analysis can determine which type of stone you have.

Once you know, you can take steps to prevent new ones from forming in the future. Swipe to advance1 / 17What Causes Kidney Stones?

Kidney stones may form when there's a change in the normal balance of the water, salts, and minerals found in urine. Different kinds of changes result in different types of kidney stones. There are many factors that can trigger changes in the urine, ranging from chronic medical conditions to what you eat and drink.

Swipe to advance1 / 17Risk Factors You Can Control

Drinking too little water is the most common cause of kidney stones. Diet also plays an important role. Eating a lot of protein, sodium, and high-oxalate foods, such as chocolate or dark green vegetables, can boost the risk for kidney stones in some people.

Other risk factors include putting on weight and taking certain medications. Swipe to advance1 / 17Risk Factors You Can't Control White men have a greater risk for kidney stones than other groups, starting in the 40s. Women see their risk rise in the 50s. And your odds also go up if you have a family history of kidney stones. Certain medical conditions can boost the risk -- high blood pressure, gout, urinary tract infections -- but treating or controlling these conditions generally helps prevent stone formation. Swipe to advance1 / 17Soldiers at Risk Kidney stones have become a problem for soldiers deployed in desert environments, such as Iraq. Doctors say dehydration is the culprit. Between the hot climate, protective clothing, and a tendency to drink too little water, soldiers are prone to dehydration. This results in urine with high levels of mineral deposits, which can clump together to form stones. Swipe to advance1 / 17Preventing Future Kidney Stones If you had a calcium stone, your doctor may suggest cutting back on salt and sodium, which cause the body to dispense more calcium into the urine. You may also be advised to avoid high-oxalate foods, including chocolate, instant coffee, tea, beans, berries, dark leafy greens, oranges, tofu, and sweet potatoes. The best way to ward off new kidney stones is to drink enough water to keep urine clear. Swipe to advance1 / 17The Calcium Debate

Ask your doctor or dietitian what role calcium should play in your diet. Swipe to advance Up Next Next Slideshow Title Skip Ad1 / 17 Skip Ad Sources | Medically Reviewed on 06/10/2016This tool does not provide medical advice. See additional information.


when is the i fall solstice

There are two solstices: the summer solstice (on about June 21) and the winter solstice (on about December 21). The solstices refer to the times in the year when the sun’s rays reach their southernmost point on the planet (the Tropic of Capricorn) and their northernmost point on the planet (the Tropic of Cancer) (3).

When to Capitalize Seasons

"Fall officially began last week, and you might recall that the new season coincided with the time of the autumnal equino

x. But you might be wondering what “equinox” means and how the autumnal equinox and the spring equinox compare to the winter solstice and the summer solstice. In this episode we’ll discuss the distinctions and also address the difference between the words “ autumn ” and “fall” and when to capitalize those and other seasonal words.

Equi

nox Lowercase seasons unless they’re part of a proper name. An equinox, which literally means an “equal night,” occurs when the sun ’s path crosses the plane of the earth’s equator, making day and night of about equal length throughout the earth.

This happens twice a year — about March 20 (for the spring equinox) and about September 23 (for the autumnal equinox); those are the dates for the Northern Hemisphere; they’re switched for the Southern Hemisphere. (A helpful visual guide can be accessed at http://www.athropolis.com/sunrise/def-sol2.htm .) The equinoxes are also called the vernal equinox and fall equinox (1). Solstice The word “solstice” means “sun standing"" (2).

Another way to look at it is that, in the Northern Hemisphere, “the summer solstice occurs at the point in the earth’s orbit where the earth’s axis of rotation points most TOWARD the sun, and the winter solstice occurs at the point in the earth’s orbit where the earth’s axis of rotation points most AWAY from the sun"" (4). What most people in the Northern Hemisphere probably associate with solstices is that the summer solstice is the day of the year with the most daylight and the winter solstice is the day each year with the least daylight; the opposite is the case for those living in the Southern Hemisphere. Next: Is There a Difference Between Autumn and Fall?1 2 next › last » "


what is the best way to treat a cold sore that is scabbed over

What Are the Treatments for Cold Sores? You can't cure HSV or a cold sore, but you can alleviate the pain it causes by avoiding spicy or acidic foods, applying ice, and using over-the-counter remedies. Look for medicines that contain numbing agents such as phenol and menthol to reduce cracking and soften scabs.

Understanding Cold Sores -- Treatment

Understanding Cold Sores -- Treatment Articles On Cold Sores What Is a Cold Sore? Cold Sore Symptoms Cold Sore Treatments Cold Sore Home Treatment

How Are Cold Sores Diagnosed? To see if you have the herpes simplex virus (HSV), which causes cold sores, your doctor may simply examine the cold sore or may take a culture from it. The doctor may also test blood for antibodies to the virus.

A positive antibody test only proves that you have the virus; it does not indicate whether or not the virus is active or when you may have acquired it.

Abreva is an over-the-counter topical remedy used to help speed healing and minimize pain from a cold sore. It must be used many times a day to speed the healing. Continue Reading Belowyou might like If your cold sore is especially painful or irritating, your doctor may prescribe an anesthetic gel to alleviate pain or an antiviral oral medication to speed healing or prevent recurrence. The antiviral medicines available for treatment include acyclovir ( Zovirax ), famciclovir ( Famvir ), and valacyclovir ( Valtrex ). These oral medications are more effective when started within the first 48 hours of the outbreak. Valacyclovir is more expensive, but is better absorbed in the digestive tract and therefore more reliable. Acyclovir and another antiviral medication called penciclovir (Denavir) also come in a topical form. Cold sores can become complicated by a bacterial infection, so it is also important to keep them clean by washing gently with soap and water as needed. How Can I Prevent Cold Sores? Wash your hands after touching a cold sore. Don't rub your eyes after touching your cold sore; you could develop an ocular herpes infection, which may lead to blindness if left untreated. Don't touch your genitals after touching your cold sore; you could develop genital herpes. Replace your toothbrush. Don't kiss someone who has a cold sore or use that person's utensils, towels, or razors. Apply sunscreen to the face and lips before prolonged exposure to the sun. Replace your lipstick or lip balm. Web MD Medical Reference Reviewed by Debra Jaliman, MD on March 09, 2017Sources© 2017 Web MD, LLC. All rights reserved. Next In Cold Sores Cold Sore Home Treatment


where in the brain is dyslexia located

Areas of the Brain Affected Six areas of the left hemisphere of the brain are at the forefront of the discussion of the causes of dyslexia. The frontal lobe, located behind the forehead, does the job of controlling speech, consciousness, reasoning, emotions, affects the ability to sight read, and contains Broca's area.

Looking Into the Dyslexic Mind

"Looking Into the Dyslexic Mindwritten by: Deidra Alexander • edited by: Elizabeth Stannard Gromisch • updated: 1/17/2012Dyslexia is one of the most misunderstood and stigmatized learning disabilities of all the currently labeled types. Knowing where the problem originates is the best way to address the disorder. See how the brain of a person with dyslexia is different and how to begin to help improve their reading. Everyone has experienced times when they did not perform to the best of their abilities signifying a glitch in the information processing centers of the brain. With these temporary dysfunctions, the average person will grow and acquire knowledge on a predictable continuum as they develop, but this is not the case for someone who continually has problems with simple, language related tasks. For someone with dyslexia, the brain’s ability to process information has been compromised consistently and pervasively enough to cause a lifelong problem. Effects of Dyslexia Dyslexia is a condition where the brain, due to slow development, is physically different from someone who is not affected by the disorder causing impairment in the processing and memorization of words through expressive and receptive language regardless of native language. Although the student may be highly intelligent they commonly struggle in areas that it may seem they should excel in, but because of neurological problems, they usually perform poorly academically. Not only are reading and spelling impaired, both due to deficits in phonemic awareness and phonological processing, but handwriting is affected as well. Some students with dyslexia may deal with letter reversals, but they all struggle with decoding words and sight reading, making word recognition a constant issue essentially -- slowing down reading. The root of this problem is caused by a specific deficiency with phonological components of language, which connects sounds to letters.

This section of the brain is where language is essentially stored, organized, and controlled. Neurological problems in the parietal lobe are the reason for many of the issues of memory tied to reading, particularly comprehension. This area of the brain also links written and spoken language to each other, which are very necessary for fluent reading. The parietal lobe also controls sensory perception and is located behind the frontal lobe. The left parietotemporal system is the exact part of the brain found to impact the ability of a person to decode words. What happens in this system is letters are attached to sounds but when there is a neurological disorder preventing normal processing, then there will be problems deciphering words, recalling letter sounds, and comprehending written text without interventions to do so. The specific problem dyslexics have with letter identification can be traced back to physical differences in the occipital lobe. It holds the visual cortex and manages several visual perceptions. Verbal problems are associated with physical differences in the temporal lobe. When a person has problems recalling spoken details, deficits in this area are the cause. Occipitotemporal area helps a person to quickly recall words with a mechanical agility, but when this area is physically different from the average reader, reading will be significantly slowed down because of it. How the Brain of a Person With Dyslexia Differs From the Nonimpaired A dyslexic brain as a whole is different from that of someone who does not have the disorder based on the amount of gray (the mass of nerve cells visible when you look at the brain) and white matter (wiring as part of a system that maintains communication between nerve cells) present in the brain. A person without dyslexia will have not enough gray matter in their parietotemporal area hindering the processing of the sounds behind language. At the same time there is a shortage of white matter in this area making it difficult for other parts of the brain to “get on board"" with each other and work as a total unit for language processing. Fluent Reading Is Possible The roots of the characteristics displayed in someone with dyslexia are concrete and have been well researched fundamentally voiding any stigmas and inflated misconceptions of the disorder. Slower reading may be a lifelong issue for a person with dyslexia but fluent reading is possible. Brain rewiring should be the ever-present goal when trying to improve reading impaired by dyslexia. With specific information on which parts of the brain that are afflicted, teachers, parents, and the person with dyslexia themselves, should have a better time of addressing their problems and should know that their physical brain differences can be improved with well-developed and specific interventions that target the areas they need help in the most. References Image, www. Reading Horizons.com How the Brain Works Informational articles about brain and how it relates to special education arenas. How Trauma Affects Learning, Memory and Attention Traumatic Brain Injuries: Resourceful Education Websites Looking Into the Dyslexic Mind Improving Memory in TBI Patients Online Traumatic Brain Injury Advocacy: Information Is Power "


what county is tumacacori az in

7367Tumacacori ( O'odham: Cemagĭ Gakolig) is an unincorporated community in Santa Cruz County, Arizona, United States It abuts the community of Carmen, Arizona. Together, the communities constitute the Tumacacori-Carmen census-designated place (CDP). The population of the CDP was 393 at the 2010 census.

Tumacacori, Arizona

"Tumacacori, Arizona From Wikipedia, the free encyclopedianavigation search Tumacacori-Carmen, Arizona Census-designated place Tumacacori mission, 1947. Photo: George A. Grant Location in Santa Cruz County and the state of Arizona Coordinates: 31°33′40″N 111°2′52″WCoordinates: 31°33′40″N 111°2′52″WCountry United States State Arizona County Santa Cruz Area• Total 2.0 sq mi (5.1 km 2)• Land 2.0 sq mi (5.1 km 2)• Water 0.0 sq mi (0.0 km 2)Population ( 2010)• Total 393• Density 200/sq mi (77/km 2)Time zone MST (no DST) ( UTC-7)FIPS code 04-7

[1]Contents [ hide ]1 History2 Geography3 Demographics4 Businesses5 See also6 References7 Further reading History [ edit]Tumacacori is the site of Mission San José de Tumacácori a Franciscan mission that was built in the late 18th century. It takes its name from an earlier mission site founded by Father Eusebio Kino in 1691, which is on the east side of the Santa Cruz River south of the national park. This Kino-period mission was founded at an extant native O'odham or Sobaipuri settlement and represents the first mission in southern Arizona, but not the first mission in Arizona. The remains of the native settlement are still extant and have been investigated and reported on by archaeologist Deni Seymour. The later Franciscan mission, which is now a ruin preserved as Tumacácori National Historical Park, was never rebuilt after being abandoned after repeated Apache raids in the 19th century that killed farmers and ranchers in the area and put a stop to the growth of the area's economy. Nearby Tubac was besieged in 1861. Geography [ edit]Tumacacori is located at 31°33′40″N 111°2′52″W (31.561157, -111.047810). [2]According to the United States Census Bureau, the Tumacacori-Carmen CDP has a total area of 2.0 square miles (5.1 km 2 ), all of it land. The locale is in a valley cut by the Santa Cruz River. Demographics [ edit]As of the census [3] of 2000, there were 569 people, 223 households, and 152 families residing in the CDP. The population density was 91.6 people per square mile (35.4/km²). There were 252 housing units at an average density of 40.6/sq mi (15.7/km²). The racial makeup of the CDP was 76.98% White, 0.18% Black or African American, 1.05% Native American, 1.58% Asian, 17.57% from other races, and 2.64% from two or more races. 58.00% of the population were Hispanic or Latino of any race. There were 223 households out of which 26.5% had children under the age of 18 living with them, 52.9% were married couples living together, 9.9% had a female householder with no husband present, and 31.8% were non-families. 27.8% of all households were made up of individuals and 9.9% had someone living alone who was 65 years of age or older. The average household size was 2.55 and the average family size was 3.13. In the CDP, the population was spread out with 23.7% under the age of 18, 7.7% from 18 to 24, 26.0% from 25 to 44, 28.6% from 45 to 64, and 13.9% who were 65 years of age or older. The median age was 41 years. For every 100 females there were 96.9 males. For every 100 females age 18 and over, there were 96.4 males. The median income for a household in the CDP was $35,938, and the median income for a family was $36,250. Males had a median income of $26,806 versus $18,594 for females. The per capita income for the CDP was $18,607. About 10.1% of families and 10.8% of the population were below the poverty line, including none of those under age 18 and 26.3% of those age 65 or over. Businesses [ edit]Flying Fish Books is an independent publisher of books, located in Tumacacori. [4]See also [ edit]Julie Chen (book artist), founder of Flying Fish Press Mission San José de Tumacácori Sonoita Creek References [ edit]^ ""Geographic Identifiers: 2010 Demographic Profile Data (G001): Tumacacori-Carmen CDP, Arizona"". U. S. Census Bureau, American Factfinder. Retrieved December 4, 2012.^ ""US Gazetteer files: 2010, 2000, and 1990"". United States Census Bureau. 2011-02-12. Retrieved 2011-04-23.^ ""American Fact Finder"". United States Census Bureau. Retrieved 2008-01-31.^ ""Flying Fish Books"". Flying Fish Books.com. Further reading [ edit]Di Peso, Charles C. The Upper Pima of San Cayetano del Tumacacori: An Archaeohistorical Reconstruction of the Ootam of Pimeria Alta, Dragoon: Amerind Foundation, 1956Dobyns, Henry F. Tubac Through Four Centuries: A Historical Resume and Analysis. Prepared for the Arizona State Parks Board 15 March 1959, reformatted by Tubac Presidio State Historical Park, August 1995 and revised. Available on line at http://parentseyes.arizona.edu/tubac/index.html. Doyel, D. E. Excavations in the Middle Santa Cruz River Valley, Southeastern Arizona. Contribution to Highway Salvage Archaeology in Arizona, Number 44. Tucson: Arizona State Museum, U of Arizona, 1977. Seymour, Deni J.: Piman Settlement Survey in the Middle Santa Cruz River Valley, Santa Cruz County, Arizona, report submitted to Arizona State Parks in fulfillment of survey and planning grant contract requirements, 1993. Delicate Diplomacy on a Restless Frontier: Seventeenth-Century Sobaípuri Social And Economic Relations in Northwestern New Spain, Part I. New Mexico Historical Review, Volume 82, no. 4, 2007. A Syndetic Approach to Identification of the Historic Mission Site of San Cayetano del Tumacácori. International Journal of Historical Archaeology, Vol. 11 (3):269-296, 2007. Delicate Diplomacy on a Restless Frontier: Seventeenth-Century Sobaípuri Social And Economic Relations in Northwestern New Spain, Part II. New Mexico Historical Review, Volume 83, no. 2, 2008. [ hide]v t e Municipalities and communities of Santa Cruz County, Arizona, United States County seat: Nogales City Nogales Town Patagonia CDPs Amado Beyerville Elgin Kino Springs Rio Rico Sonoita Tubac Tumacacori-Carmen Populated places Agua Linda Carmen Casa Piedra Harshaw Lochiel Madera Canyon Oro Blanco Ruby Trench Camp Washington Camp Ghost towns Alto Calabasas Canelo Duquesne Mowry Old Glory Salero Categories: Census-designated places in Santa Cruz County, Arizona Populated places in the Sonoran Desert Census-designated places in Arizona "


how is page yield calculated for ink cartridge

How Page Yield or Cartridge Yield is calculated? February 2nd, 2012 atlantic Page yield is the number of pages that can be printed with a printer Inkjet Cartridge. It is also popularly known as ink or toner cartridge yield. It is one of the factors to be considered when purchasing a printer cartridge.

Some printer cartridge manufacturers use general term to describe the cartridges, such as standard yield or high yield, but each printer cartridge model should have a page yield, i.e., the number of pages it can print under standard conditions. It gives the consumers the total estimate of the cost per page (CPP) for that cartridge. Generally, page yield is affected by wide range of things such as the content or the image you print, paper type, paper size, frequency of use and environmental conditions. Usually, different manufacturers carry out various tests to measure page yield, so consumers find it difficult to compare the page yields of different cartridges from different manufacturers. Today, the printer cartridge manufacturers use the same standard specification established by ISO to estimate the page yield of a given cartridge. Testing inkjet cartridge yield as per ISO standard-Tests are conducted using default setting on plain paper. A set of five pages are printed successively until the ink cartridge ends up. A total of 9 cartridges should be tested on 3 different printers, not considering the 1st set of installed cartridges. The tests are conducted under controlled conditions. Posted in Choose By Cartridge« How Much is the Average Costs of Printing Per Page? The Leading Competition of HP Printer Ink over Dell » You can leave a response, or trackback from your own site. Leave a Reply Name (required)Mail (will not be published) (required)Website