What did Ernest E. Just do? Whats an example of his work?
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Ernest Everett Just (August 14, 1883 – 1941) was a U.S. biologist. He was the first recipient of the Spingarn Medal in 1915.\n\nDr. Ernest Everett Just was born in Charleston, South Carolina in 1883 to Charles Frazier and Mary Matthews Just.\n\nHe attended Kimball Union Academy, a boarding school in Meriden, New Hampshire, in preparation for college. Ernest completed the four-year course of study in only three years.\n\nErnest went on to attend Dartmouth College in Hanover, New Hampshire and during his first year he received the highest marks of the entire freshmen class in Greek. He graduated from Dartmouth in 1907 and was the only student who graduated magna cum laude("with great honor"). Ernest won special honors in botany, history, and sociology and was designated as a Rufus Choate scholar for two years.\nIn 1907 Dr. Just began to teach at Howard University, an historically black college in Washington, DC. He taught at Howard from 1909 until his death in 1941. In 1909, he became a research assistant at the Marine Biological Laboratory at Woods Hole, Massachusetts. Dr. Just published more than 50 scientific papers over 20 years based on research conducted during summers at Woods Hole.\n\nOn November 17, 1911 at Howard University, Dr. Just along with three students— Edgar Amos Love, Oscar James Cooper, and Frank Coleman, established Omega Psi Phi Fraternity. The name Omega Psi Phi was derived from a Greek phrase meaning "friendship is essential to the soul", and became the fraternity's motto. Manhood, scholarship, perseverance and uplift were adopted as Omega's cardinal principles.\n\nIn 1916, Ernest Just received his Ph.D.in experimental embryology, with a thesis on the mechanics of fertilization, from the University of Chicago.\nIn his scholarly work Dr. Just showed all the traits of a true scholar. He was unostentatious and modest in his personality. His inherent ability, scientific training, creative imagination, and industry were the basis for success in his field of zoology.\n\nContributions on the physiology of development were the legacy of Dr. Just's research. His work on the subjects of fertilization, experimental parthenogenesis, hydration, cell division, dehydration in living cells, the effect of ultra violet rays in increasing chromosome number in animals and in altering the organization of the egg with special reference to polarity.\n\nDr. Ernest Just was also one of the authors oGeneral Cytology, published in 1924. The list of authors includes, among other eminent zoologists: Dr. Frank R. Lille of the University of Chicago; Dr. T.H. Morgan, President of the National Academy of Sciences; Dr. M.H. Jacobs, Director of Marine Biological Laboratory, Woods Hole, Massachusetts; and Dr. E.G. Conklin of Princeton University. He is also contributed to Volume Two of Dr. Jerome Alexander's three-volume series on Colloid Chemistry.\n\nIn 1924 Dr. Just was selected from among the biologists of the world by a group of German biologists to contribute to a monograph on fertilization. It was one in a series of monographs by specialists working on fundamental problems of the function and structure of the cell.\n\nFrom 1920–1931 Dr. Just was the Julius Rosenwald Fellow in Biology of the National Research Council. Under this grant program he engaged in research as an adjunct researcher of the Kaiser Wilhelm Institute for Biology, Berlin-Dahlam, working under Professor Max Hartmann. Dr. Just also worked at the marine biological laboratories in Naples and Sicily.\n\nIn 1930, Dr. Just lectured at the Eleventh International Congress of Zoologists, held at Padua, Italy. The lecture was entitled The Role of Cortical Cytoplasm in Vital Phenomena, which was based on the fifty published papers written by Dr. Just.\n\n"If we are to judge his accomplishments by standards set up by men of science, it can be said that Dr. Just is an eminent scientist. If we are to judge his value to Negro educatio
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"When you mean 'for example,' use e.g. It is an abbreviation for the Latin phrase exempli gratia. When you mean 'that is,' use 'i.e.' It is an abbreviation for the Latin phrase id est. Either can be used to clarify a preceding statement, the first by example, the second by restating the idea more clearly or expanding upon it. Because these uses are so similar, the two abbreviations are easily confused. If you just stick with good old English 'for example' and 'that is' you won’t give anyone a chance to sneer at you. If you insist on using the abbreviation, perhaps 'example given' will remind you to use 'e.g.,' while 'in effect' suggests 'I.E.'\n\n"Since e.g. indicates a partial list, it is redundant to add 'etc.' at the end of a list introduced by this abbreviation."\n- Paul Brians\n\nThis is also in Paul Brians' book "Common Errors in English Usage," which I highly recommend.
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A classic, but great visual experiment is sucking a hard boiled egg into an erlenmyer flask. It is done by using the principles of the kinetic theory of matter.\nAnother cool project might be doing something with dry ice. Find a place that you can get dry ice and do fun stuff with it, like create smoke, put bubble solution in water and then drop in dry ice to make bubbles that, when you pop, let out white smoke.\n\nAnother idea might be to do some cool colorful reactions. Make some dye molecules or something.\n\nHope one of these ideas works for you.
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I can find a number of records for an “Ernest Atwell,” but most are associeated with land deal or church membership records.  I can find nothing about an Ernest T. Atwell who might have worked with leisure services.\nI suggest that you go to your public library and ask a librarian for assistance.
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Try Ralph Waldo Emerson. Here's a link to help you get started.
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looks like you've defined e using a series.  I think you need some periods of ellipsis to show that that series is infinite, since e is an irrational number
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Einstien didn't invent anything.  He did recieve a Noble Prize for his work on the photoelectric effect in metals.  His work also had a profound influence on the study of relativity and gravitation.
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Do an online search for professors who do such work. Good luck.
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this is one site u can check http://www.library.ubc.ca/scieng/ebooks.html\n\n\nhttp://search.yahoo.com/search?p=engineering+e-books+free&sm=Yahoo%21+Search&fr=FP-tab-web-t&toggle=1&cop=&ei=UTF-8
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He was on the committe that investigated the Challenger explosion.\n\nHe developed the sum over histories method to explain the motion of an electron as it exhibited wave characteristics through a double slit.\n\nHe developed a unique geometric proof that orbiting paths are elliptical.\n\nThere are a few for you off the top of my head.
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Read please...\n\n"THE MAKING OF THE ATOMIC BOMB" by Richard Rhodes
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I know this project is super hard. Im searching the author's webiste, should help u out a bit.
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Feynman also worked at Los Alamos during WWII on the orginal atomic bomb. He has written several very interesting and entertaining books about his personal experiences. You don't have to be a physics major to enjoy them.\n\nFeynman was a real free spirit and led a very interesting life.
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it's just a summary..dont be afraid. its basically the way you understand the concept.maybe you can throw in your own little example.
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I'll be glad to help. Could you provide more detail? Do you remember any examples of the (something ridiculous) that I could work with? Thanks. If you can get me more details I'll edit my answer if I find something.
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Simple....experimental
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The traffic light\nGas masks (both by Garrett Morgan)\n\nLong haul refrigeration systems on trucks.\n\nThe ironing board.\n\nOpen heart surgery.\n\nStreet sweeper trucks.\n\nThe electronic resistor (for which help make electronics possible)\n\nThe filament in a lightbulb (for which was Edison's toughest feat)\n\nThe WC (restroom) on trains.\n\nModern music.\n\nThe super soaker.\n\nThe jenny coupler (it links railroad cars, a dangerous task for which is how it's black inventor Andrew Beard, lost his leg.)\n\nCarver invented peanut butter, adhesives, bleach, chili sauce, ink, instant coffee, linoleum, mayonnaise, paper, plastic, pavement, shaving cream, talcum powder and more.\n\nMatzeliger invented an automatic method for lasting shoes, which made the mass production of affordable shoes possible.\n\n\nDr. Charles Richard Drew invented the possibility of blood banks.\n\n--------------------------------------------------------------\n\nSo enjoy your affordable shoes, PB, music, anything electronic that you have, milk when you don't live near a dairy farm, your flat shirts, clean streets, incandescent lights, vacuum tubes... but don't say black people haven't done anything to make life more livable for you.