Activation energy `(E_(a))` and rate constants (`k_(1)` and `k_(2)`) of a chemical reaction at two different temperatures (`T_(1)` and `T_(2)`) are related byA. `ln.(k_(2))/(k_(1))=-(E_(a))/(R)((1)/(T_(2))-(1)/(T_(1)))`B. `ln.(k_(2))/(k_(1))=-(E_(a))/(R)((1)/(T_(2))+(1)/(T_(1)))`C. `ln.(k_(2))/(k_(1))=(E_(a))/(R)((1)/(T_(1))-(1)/(T_(2)))`D. `ln.(k_(2))/(k_(2))=-(E_(a))/(R)((1)/(T_(1))-(1)/(T_(2)))`

Activation energy `(E_(a))` and rate constants (`k_(1)` and `k_(2)`) o

1.	Activation energy `(E_(a))` and rate constants (`k_(1)` and `k_(2)`) of a chemical reaction at two different temperatures (`T_(1)` and `T_(2)`) are related byA. `ln.(k_(2))/(k_(1))=-(E_(a))/(R)((1)/(T_(2))-(1)/(T_(1)))`B. `ln.(k_(2))/(k_(1))=-(E_(a))/(R)((1)/(T_(2))+(1)/(T_(1)))`C. `ln.(k_(2))/(k_(1))=(E_(a))/(R)((1)/(T_(1))-(1)/(T_(2)))`D. `ln.(k_(2))/(k_(2))=-(E_(a))/(R)((1)/(T_(1))-(1)/(T_(2)))`
Answer» Correct Answer - A::C Ace. To Arrheneis equation `ln.(K_(2))/(K_(1))=(E_(a))/(R)[(1)/(T_(1))-(1)/(T_(2))]` option (1) and (3) are same

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