5. The elementary reversible reaction 2AB+C is to be carried out at 760C, the feed is pure A in gas phase at a total pressure of 5 atm and 760C. The forward rate constant is 1.8dm/3/(mols) and the equilibrium constant is 0.3 at 760C. (a) [6%] What is the equilibrium conversion? Ans. XMe=0.523 (b) [16%] Calculate the reactor volume necessary to achieve 98% of equilibrium conversion of A in a PFR (FA=10mol/min) Ans. 54.77L 5. The elementary reversible reaction 2AB+C is to be carried out at 760C, the feed is pure A in gas phase at a total pressure of 5 atm and 760C. The forward rate constant is 1.8dm/3/(mols) and the equilibrium constant is 0.3 at 760C. (a) [6%] What is the equilibrium conversion? Ans. XMe=0.523 (b) [16%] Calculate the reactor volume necessary to achieve 98% of equilibrium conversion of A in a PFR (FA=10mol/min) Ans. 54.77L