The isothermal first order gas phase reaction $AB+C$ has a rate law, in which the rate constant changes with respect to temperature according to Arrhenius Equation. Accordingly, the frequency factor is $3*{10}^{13}$ and the activation energy is $38$kca$\frac{l}{m}ol.$ The reaction takes place in a continuous stirred tank reactor with a volume of $200L.$ It is known that there are noB and $C$ in the feed, $F_{AO}$ is $1\mathrm{.}5$kmo$\frac{l}{h},$ and the inlet temperature is $800K.$ The feed pressure, which is $2$atm, remains unchanged in the reactor. Considering this information;

Create the stoichiometric table,

Calculate $v$ at the exit of the reactor,

Calculate the conversion.