Ea2 = 1800 cal/mol then the temperature at which k1=k2 is (Given :R=2 cal/K-mol)

Sahay Sir > Question Answers > Ea2 = 1800 cal/mol then the temperature at which k1=k2 is (Given :R=2 cal/K-mol)
For reaction A→B, the rate constant k1=A^-Ea1/(RT)1 and for the reaction X→Y, the rate constant k2 = A^-Ea1/(RT)2 . If A1=10^8,A2 = 10^10 and Ea1 = 600 cal /mol, Ea2 = 1800 cal/mol then the temperature at which k1=k2 is (Given :R=2 cal/K-mol)
03
Jun
For reaction A→B, the rate constant k1=A^-Ea1/(RT)1 and for the reaction X→Y, the rate constant k2 = A^-Ea1/(RT)2 . If A1=10^8,A2 = 10^10 and Ea1 = 600 cal /mol, Ea2 = 1800 cal/mol then the temperature at which k1=k2 is (Given :R=2 cal/K-mol) A2 = 10^10 and Ea1 = 600 cal /mol Ea2 = 1800 [...]
Posted in: Chapter 7 - Chemical Kinetics and Nuclear Chemistry (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: A2 = 10^10 and Ea1 = 600 cal /mol , Ea2 = 1800 cal/mol then the temperature at which k1=k2 is (Given :R=2 cal/K-mol) , For reaction A→B , the rate constant k1=A^-Ea1/(RT)1 and for the reaction X→Y , the rate constant k2 = A^-Ea1/(RT)2 . If A1=10^8 ,