Consider accomplishing the reaction $A+$BlongrightarrowC in a non$-$isothermal batch reactor. The

reaction occurs in the liquid phase. Find the time necessary to reach $75\%$ conversion.

a$)$ If the coolant supply is sufficient to maintain the reactor wall at $315K.$

b$)$ If the reactor is now adiabatic, plot the conversion and temperature as a function of time.

How much energy is removed from the reactor when it is operated non$-$isothermally?

$($MATLAB$/$PHYTON$)$