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Quantum Mechanics - Electrons and the Uncertainty Principle
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From : hellgas0
Added: Feb 1, 2009
The currently accepted model uses a mathematical approach that is different from the one that Bohr first used. However, it does not invalidate what Bohr suggested. Rather it supports his general way of looking at the atom and understanding it. In the modern quantum theory, the electrons are not described as if they were locked in precise orbits, but instead are described in terms of the probability of finding them with different amounts of energy and in different places near the nucleus. The same stability that Bohr proposed is found in the modern quantum theory. Electrons still have a minimum energy level and once at that level, they will not continue to lose energy and fall into the nucleus.
Category : Education
Added: Feb 1, 2009
The currently accepted model uses a mathematical approach that is different from the one that Bohr first used. However, it does not invalidate what Bohr suggested. Rather it supports his general way of looking at the atom and understanding it. In the modern quantum theory, the electrons are not described as if they were locked in precise orbits, but instead are described in terms of the probability of finding them with different amounts of energy and in different places near the nucleus. The same stability that Bohr proposed is found in the modern quantum theory. Electrons still have a minimum energy level and once at that level, they will not continue to lose energy and fall into the nucleus.
Category : Education
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