schrodinger equation tells us bout real position/probability of an electron within the atom .x,y,z are respctvly the space co-ordinates.this is in accordance with the wave mechanical model of the atom.bohr's theory for fixed circular orbit was disproved by this equation.on the basis of this theory we can predict the shapes of s,p,d,orbitals in space i.e.spherical,dumbell etc
2006-09-26 01:21:43
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answer #1
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answered by Anonymous
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In physics, the Schrodinger equation, proposed by the Austrian physicist Erwin Schrödinger in 1925, describes the space- and time-dependence of quantum mechanical systems. It is of central importance to the theory of quantum mechanics, playing a role analogous to Newton's second law in classical mechanics.
it talks about finding a particle at a specific place and specific time
(it depends on the wave function).
its EINSTEIN
2006-09-25 23:40:03
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answer #2
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answered by suseendar 1
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Why did not you spell Einstein correctly? The most famous and recognized last name in the 20 Th century. shame on you.
i could tell you that i came up with a new equation to solve the riddle of the atom. honestly no kidding . my equation has the same answers as those provided by Bohr model and by the Schrodinger equation.
2006-09-26 02:30:35
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answer #3
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answered by Anonymous
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Discovered by (or worked out, that is) by Edwin Schrodinger in 1926. It basically predicts the shape of of a probability wave, the likelihood of finding a particle at a specified place at a specified time.
The basis of quantum mechanics...
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2006-09-25 23:37:12
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answer #4
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answered by Heckel 3
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The equation explains the position and behaviour of a microscopic particle in space (one dimentional and three dimentional). This equation considers both wave and particle nature of the fundamental particle like an electron and explains the probability of its position in threedimentional space inside an atom.
2006-09-26 02:16:23
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answer #5
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answered by dinu 3
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i am a lover of science but i want to know where to join your group. The answer you can get from sites given in the sources.
2006-09-26 11:24:12
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answer #6
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answered by unknown 2
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No offense, but it might help if you spelled "Einstein" correctly.
2006-09-25 23:35:39
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answer #7
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answered by Anonymous
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