#$1$: The reaction is the isothermal gas$-$phase isomerization, as shown below. This reaction is

conducted in a CSTR$.$ Species A enters the reactor at a molar flow rate of $F_{A0}=0\mathrm{.}4mo\frac{l}{s}.$ We

determine the rate of reaction as a function of the conversion of A experimentally, and the results

are given in Table $1.$ The temperature is $500K,$ and the total pressure is $830$kPa$(8\mathrm{.}2$atm$),$ and the

initial charge to the reactor was pure $A.$

$A(g)B(g)$

Calculate the volume necessary to achieve $80\%$ conversion in a CSTR using the

Levenspiel plot.

Shade the area that would the CSTR volume necessary to achieve $80\%$ conversion in the

Levenspiel plot.

The measurement of the chemical reaction rate as a function of conversion.