Question
$A \rightarrow B$
The molecule A changes into its isomeric form B by following a first order kinetics at a temperature of 1000 K . If the energy barrier with respect to reactant energy for such isomeric transformation is $191.48 kJ mol ^{-1}$ and the frequency factor is $10^{20}$, the time required for $50 \%$, molecules of A to become B is _________ picoseconds (nearest integer).
$
\left[R=8.314 J K^{-1} mol^{-1}\right]
$
The molecule A changes into its isomeric form B by following a first order kinetics at a temperature of 1000 K . If the energy barrier with respect to reactant energy for such isomeric transformation is $191.48 kJ mol ^{-1}$ and the frequency factor is $10^{20}$, the time required for $50 \%$, molecules of A to become B is _________ picoseconds (nearest integer).
$
\left[R=8.314 J K^{-1} mol^{-1}\right]
$
