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[2] (20%) The reversible gas-phase decomposition of A to B,A2B is to be carried out at constant temperature T. The forward rate constant at T0 is kA. The feed consists of pure A with a concentration of CA at T and P0. The concentration equilibrium constant at To is K. (a) (5%) Please derive the equilibrium conversion of A in terms of CN and Kc for a constant-volume batch reactor. (b) (5%) Please derive the equilibrium conversion of A in terms of CAm. Kc and for a flow reactor. (c) (10%) Assuming the reaction is elementary, express the rate of reaction in terms of conversion (X),CA0, rate constant (KN),K6, and for a flow system and for a batch system