Between $0C$ and $100C$ determine the equilibrium conversion for the elementary

aqueous reaction. $($b$)$ What restrictions should be placed on the reactor

operating isothermally if we are to obtain a conversion of $75\%$ or higher? $($c$)$

starting with an R$-$free solution, kinetic experiments in a batch reactor give $58\mathrm{.}1\%$

conversion in $1$min at $65C,60\%$ conversion in $10$min at $25C.$ Assuming

reversible first$-$order kinetics, find the rate expression for this reaction and

prepare the conversion $-$temperature chart with reaction rate as parameter.