The liquid phase reversible reaction, A+BC+D occurs in a batch reactor at 50C and atmospheric pressure. The forward and reverse reactions are pseudo 1st fast order (pseudo 1st order in A and pseudo 1st order in C). The forward and reverse rate constants are kf=1.65103min1 and kr=1.7103min1 at 50C respectively. (i) Calculate the equilibrium conversion at the reactor operating condition (ii) Calculate the required time to reach 80% of the equilibrium conversion (iii) Calculate the reactor volume. (Hints: take appropriate assumptions; e.g., Production of C, downtime 1h; initial concentration, density) The liquid phase reversible reaction, A+BC+D occurs in a batch reactor at 50C and atmospheric pressure. The forward and reverse reactions are pseudo 1st fast order (pseudo 1st order in A and pseudo 1st order in C). The forward and reverse rate constants are kf=1.65103min1 and kr=1.7103min1 at 50C respectively. (i) Calculate the equilibrium conversion at the reactor operating condition (ii) Calculate the required time to reach 80% of the equilibrium conversion (iii) Calculate the reactor volume. (Hints: take appropriate assumptions; e.g., Production of C, downtime 1h; initial concentration, density)