The following irreversible reaction is in gas phase. A>2B is carried out adiabatically in a flow reactor with the rate of 25 mol min- at 300 K and 49.2 atm. The feed is consist of species A and inerts (1). The details reactions energy for each component is given below. E = 10000 cal mol-1 CpA= 160 cal mol-'K? AHA (298 K) = -70 kJ mol! AHB (298 K) = -40 kJ mol"! k=0.1 min 2 at 300 K Kc= 1000 at 300 K Cpg = 80 cal mol-'K? = (a) Calculate the volumes of PFR and CSTR required to achieve 80% conversion. [23 Marks] [CO3, PO3, C3] (b) Demonstrate the equilibrium conversion (Xe) as below if the reaction is reversible. Xe = = Kc+CAO [7 Marks] [CO2, PO2, C3]