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Microscopic reversibility - Wikipedia, the free encyclopedia
The principle of Microscopic reversibility in chemistry states that in a reversible reaction the mechanism in one direction is exactly the reverse of the mechanism in the other direction. A result o...
en.wikipedia.org/wiki/Microscopic_reversibility |
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The Principle of Microscopic Reversibility can be stated in several different ways: ... 1. For any given reaction under a fixed set of conditions in which we take the forward pathway of lowest energy, which of the following must always be true according to the Principle of Microscopic Reversibility?
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This is the principle of microscopic reversibility: the forward and reverse of a particular pathway are related as mirror images. Thus, each mechanistic step must be at equilibrium when the whole system is at equilibrium:
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principle of microscopic reversibility; In a reversible reaction, the mechanism in one direction is exactly the reverse of the mechanism in the other direction. This does not apply to reactions that begin with a photochemical excitation.
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In recent years increasing use has been made of a new postulate which perhaps cannot yet be stated in its final form, but which requires in a general way in the case of a system in thermodynamic equilibrium not only that the total number of molecules leaving ... Item Type: Article ... Usage Policy: No commercial reproduction,
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microscopic chemical event; microscopic diffusion control (encounter control); microscopic reversibility, principle of; migration; migratory aptitude; migratory insertion; minimum structural change, principle of;
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The principle of microscopic reversibility states that at equilibrium the number of molecules entering a state by a given path must equal those exiting the state via the same path under identical conditions or, in structural terms, that the conformations along the two pathways are the same. ... Publication Date (Web):
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The principle of microscopic reversibility then implies that the deprotonation in “Shilov-type C−H activation” occurs from a Pt(IV) hydridomethyl intermediate, rather than from a Pt σ-methane complex.
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The Principle of Microscopic Reversibility. Richard C. Tolman. Gates Chemical Laboratory, California Institute of Technology. Small right arrow pointing to: ...
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A number of applications of the principle of microscopic reversibility ... principle of microscopic reversibility without, however, making any ex- ...
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