Exactly right. The example I gave was an exothermic reaction with a high transition state energy barrier. In fact, any exothermic reaction that releases more energy than required to overcome the transition state will be self-sustaining (at least hypothetically).
Thank you for the explanation. This makes a lot of sense, but I want to point out that instead of using H on the y axis, G would be best be not all exothermique reactions are spontaneous. However, all exergonic reactions are spontaneous.
So with the trimer of TATP you get a less stable product by using a catalyst therefore kinetic. And with the dimer DADP you don’t use catalyst and you get a thermodynamic reaction is this correct
In such case i think so that the mechanism exactly followed by the reaction can only be predicted n we cannot say anything with certainity but the factors and kinetics help us to predict the most kinetically favourble path ..this can be more clearly explained by thermodynamic cycles
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Exactly right. The example I gave was an exothermic reaction with a high transition state energy barrier. In fact, any exothermic reaction that releases more energy than required to overcome the transition state will be self-sustaining (at least hypothetically).
Thank you for the explanation. This makes a lot of sense, but I want to point out that instead of using H on the y axis, G would be best be not all exothermique reactions are spontaneous. However, all exergonic reactions are spontaneous.
Plain and beautiful description, thank you!
Just unbelievable!
Loved this explanation!
Thank you sir, for the explanation.
So with the trimer of TATP you get a less stable product by using a catalyst therefore kinetic. And with the dimer DADP you don’t use catalyst and you get a thermodynamic reaction is this correct
Very good
Great
how is kinetic control used to affect the outcome of a chemical reaction where several reaction paths are available
In such case i think so that the mechanism exactly followed by the reaction can only be predicted n we cannot say anything with certainity but the factors and kinetics help us to predict the most kinetically favourble path ..this can be more clearly explained by thermodynamic cycles
Sir, which country did you belongs to?? I am coming to teach from you......
Teach or learn from him
And THAT means...