Question $2$

Consider the reaction $AB,r=k{C}_A,k_{300}=0\mathrm{.}05mi{n}^{-1},H_R=-20$kca$\frac{l}{m}ol$ in a $10L$ reactor with $C_{A0}=2$ moles$/$liter and $T_0=3-K.$ At what rate must heat be removed to maintain the reactor isothermal at $300K$ for

a$)$ a CSTR at $90\%$ conversion? $(10$ pts$)$

b$)$ a PFR at $90\%$ conversion? $(10pts)$

c$)$ Calculate $$ in adiabatic PFR and CSTR from a table of $\frac{1}{r}$ vs$.C_A?($Hint: First find $$ for each in terms of $C$ and rate...$),$ then plot $\frac{1}{r_A}$ in terms of $C_{A0}-C_A(C)(40pts)$

d$)$ Plot CA and $T(K)$ vs $($residence time$)$; two separate plots $(C_A-,$ and $T-)$ for both PFR and CSTR $(40$ pts$)$

$\backslash$table$[[C_A,T,k,{?}^r{?}^r{C}_A$