The reversible gas phase decomposition reaction,

$A2D$

is being carried out at a constant temperature and pressure of

$67C$ and $202\mathrm{.}6$kPa respectively. The feed consists of pure $A$

and the concentration equilibrium constant, $Kc,$ at $67C$ is $0\mathrm{.}1$

mol L$-1.$ The rate constant, $k_A$ is $0\mathrm{.}5s^{-1}$ and the volumetric

flowrate to the reactor is $42L{s}^{-1}.$ The reactor conversion is $80\%$

of the equilibrium conversion

$($a$)$ Determine the CSTR volume necessary to achieve $80\%$ of

the equilibrium conversion.

$($b$)$ Determine the FPR volume necessary to achieve $80\%$ of

the equilibrium conversion.The reversible gas phase decomposition reaction, A$2$D is being carried out at a constant temperature and pressure of $67$deg C and $202\mathrm{.}6$kPa respectively. The feed consists of pure A and the concentration equilibrium constant, Kc $,$ at $67$deg C is $0\mathrm{.}1$molL$^(-1).$ Determine the CSTR volume necessary to achieve $80\%$ of the equilibrium conversion. The rate constant, k$\_($A$)$ is $0\mathrm{.}5$s$^(-1)$ and the volumetric flowrate to the reactor is $42$Ls$^(-1)$