PLEASE DO NOT USE CHATGPT OR OTHER COMPUTER LANGUAGE TO SOLVE THIS PROBLEM. I WILL GIVE YOU THUMBS UP IF YOU SOLVE THIS BY HAND. THANK YOU.Researchers carried out the following pseudo$-$first$-$order reaction

$A+BC,$ Large excess $ofA$:$-r_B=k{C}_B$

in a CSTR followed by a PFR$.$

Available Data

CSTR

PFR

Agitator shaft horsepower $=20hp$

$T_{al}=Ta2=Ta=50C$

$T_0=70C$

$T=107C$

$V=800$ lit

${\displaystyle \underset{?}{\overset{?}{}}}{}_f{C}_{P,f}=35\frac{J}{m}ol-K=$

$H_{Rx}=-69k\frac{J}{g}-$molA reacted

$U=68\frac{J}{k}se{c}^{-c{m}^2-K}$

$v_0=1\mathrm{.}10\frac{m^3}{k}sec$

$C{B}_0=5\mathrm{.}6$kmo$\frac{l}{m^3}$

$k=2\mathrm{.}79kse{c}^{-1}$exp$[-14760(K)(\frac{1}{(T)}-\frac{1}{380(K)})]$

$T=107C$

$T_0=70C=$ inlet temperature to CSTR

$T=105C=$ outlet temperature of CSTR

a$.$ Determine the conversion, $x_{1B},$ leaving the CSTR$.$

b$.$ Determine the required heat transfer area, A$,$ for the CSTR$.$

c$.$ The PFR operates isothermally at $107C.$ Determine the heat transfer

required $(Q^{**})$ if the conversion leaving the PFR is $0\mathrm{.}9($i$.$e$.,\{$:$x2B=)\mathrm{.}9).$