Q$2.$

A homogeneous liquid$-$phase second order reaction $A$ Products is to take place as per two different

arrangements and under the following condition,

Rate kinetics is $(-r_A)=6(\frac{m^2}{m}ol*hr)C_A^2$

$V_{PFR}=1m^3,V_{CSTR}=2m^3,$ volumetric feed flow rate, $V_O=10\frac{m^s}{h},C_{A,0}=10mo\frac{l}{m^3}$

a$)$ Calculate $x_{PFR,}{x}_{CSTR}$ for arrangement $($i$)$

b$)$ Calculate $x_{CSTR},x_{PFR}$ for arrangement $($ii$)$

c$)$ Compare $x_f($overall conversion$)$ for arrangement $($i$)$ and $($ii$)$ and comment on which arrangement

is better for overall conversion.