then the temperature at which K1=K2 is : (Given

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For reaction A → B , the rate constant K1=A1(e^−Ea1/RT) and the reaction X→Y , the rate constant K2=A2(e^−Ea2/RT) . If A1=10^9, A2=10^10 and Ea1=1200 cal/mol and 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=A1(e^−Ea1/RT) and the reaction X→Y , the rate constant K2=A2(e^−Ea2/RT) . If A1=10^9, A2=10^10 and Ea1=1200 cal/mol and Ea2 =1800 cal/mol , then the temperature at which K1=K2 is : (Given , R=2 cal/K-mol) A2=10^10 and Ea1=1200 cal/mol and Ea2 =1800 cal/mol For reaction A → [...]
Posted in: Chapter 7 - Chemical Kinetics and Nuclear Chemistry (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: A2=10^10 and Ea1=1200 cal/mol and Ea2 =1800 cal/mol , For reaction A → B , R=2 cal/K-mol) , the rate constant K1=A1(e^−Ea1/RT) and the reaction X→Y , the rate constant K2=A2(e^−Ea2/RT) . If A1=10^9 , then the temperature at which K1=K2 is : (Given ,