The rate constants `k_(1)` and `k_(2)` for two different reactions are `10^(25)e^(-4000//T)` and `10^(25)e^(-1000//T)`, respectively. The temperature at which `k_(2)=k_(2)` is

The rate constant k_(1) and k_(2) for two different reactions are 10^(16) e^(-2000//T) and 10^(15) e^(-1000//T) , respectively. The temperature at which k_(1) = k_(2) is

The rate constant k_(1) and k_(2) for two different reactions are 10^(16) e^(-2000//T) and 10^(15) e^(-1000//T) , respectively. The temperature at which k_(1) = k_(2) is

The rate constant K_(1) and K_(2) for two different reactions are are 10^(16)e^(-2000//T) and 10^(15)e^(-1000//T) , respectively. The temperature at which K_(1)=K_(2) is

The rate constants k_(1) and k_(2) for two different reactions are 10^(16) xx e (-2000)/(T) and 10^(15) xx e (-1000)/(T) respectively. The temperature at which k_(1)=k_(2) is : 1000k , (2000)/(2.303) k , 2000k (1000)/(2.303) k