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- Entropy_of_activation abstract "The entropy of activation is one of the two parameters typically obtained from the temperature dependence of a reaction rate, when these data are analysed using the Eyring equation. Symbolized ΔS‡, the entropy of activation provides clues about the molecularity of the rate determining step in a reaction, i.e. whether the reactants are bonded to each other, or not. Positive values suggest that entropy increases upon achieving the transition state, which often indicates a dissociative mechanism. Negative values for ΔS‡ indicate that entropy decreases upon achieving the transition state, which often indicates an associative mechanism. Values near zero are difficult to interpret.".
- Entropy_of_activation wikiPageID "3766560".
- Entropy_of_activation wikiPageRevisionID "544269716".
- Entropy_of_activation hasPhotoCollection Entropy_of_activation.
- Entropy_of_activation subject Category:Chemical_kinetics.
- Entropy_of_activation comment "The entropy of activation is one of the two parameters typically obtained from the temperature dependence of a reaction rate, when these data are analysed using the Eyring equation. Symbolized ΔS‡, the entropy of activation provides clues about the molecularity of the rate determining step in a reaction, i.e. whether the reactants are bonded to each other, or not.".
- Entropy_of_activation label "Entropy of activation".
- Entropy_of_activation sameAs m.0g9v6w9.
- Entropy_of_activation sameAs Q367131.
- Entropy_of_activation sameAs Q367131.
- Entropy_of_activation wasDerivedFrom Entropy_of_activation?oldid=544269716.
- Entropy_of_activation isPrimaryTopicOf Entropy_of_activation.