For the first order reaction A→B+C

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For the first order reaction A→B+C , carried out at 27∘ C . If 3.8×10^−16% of the reactant molecules exists in the activated state , the Ea (activation energy) of the reaction is:
03
Jun
For the first order reaction A→B+C , carried out at 27∘ C . If 3.8×10^−16% of the reactant molecules exists in the activated state , the Ea (activation energy) of the reaction is: carried out at 27∘ C . If 3.8×10^−16% of the reactant molecules exists in the activated state For the first order reaction [...]
Posted in: Chapter 7 - Chemical Kinetics and Nuclear Chemistry (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: carried out at 27∘ C . If 3.8×10^−16% of the reactant molecules exists in the activated state , For the first order reaction A→B+C , the Ea (activation energy) of the reaction is: ,