00:01
Definition of transition state theory.
00:08
This theory proposes the formation of an activated complex that is in equilibrium with the reactants, then decomposes to form products.
00:56
For example, in case of a bimolecular reaction, for bimolecular reaction it will be when a plus b reacts, it produces ab, this is the activated complex.
01:15
In presence of k, it will produce the product, where this k is and the rate of the reaction is, rate of reaction can be given as r is equal to k multiplied with k, ab activated complex is concentration.
01:41
This is the rate of this transition state theory, when we will find out this rate of reaction is kkab concentration.
01:52
In this rate expression, which is r is equal to kkab hash concentration, where this k is known as transmission coefficient, this is the transmission coefficient.
02:14
So, let us know what is this transmission coefficient? this transmission coefficient is the measure of, this is the measure of the probability of the molecule, probability of the molecule to cross over the energy, to cross over the energy barrier, energy barrier and form product, and form product...