4. The following elementary, reversible, liquid phase reaction A P a) Draw the equilibrium conversion versus temperature graph. b) Draw the conversion versus temperature graph for a different rate values in the same graph in part a. c) Considering the optimal temperature progression calculate the space time and volume needed for 80 % conversion if FA0=1000 mol/min for PFR (Note that maximum allowable temperature for this reactor is 95 °C, Tfeed=25 °C). d) Considering the optimal temperature progression calculate the space time and volume needed for 80 % conversion if FA0-1000 mol/min for BMR (Note that maximum allowable temperature for this reactor is 95 °C, Tfeed=25 °C). e) Considering the optimal temperature progression find the size of an adiabatic plug flow reactor for 80 % conversion if FA0=1000 mol/min. Data: CAO = 4 mol/L, CPA = Cpp = 250; K = exp 75300 RT cal mol K 48900 -AH° = 75300 J/mol, AG° = -14130 J/mol 24.7), k₁ = exp (17.34 – RT), min-1, k₂ = exp (42.04 — 124200 “),min-1 RT