2. Two gas phase taking place in a PBR. The feed is equimolar A and B with a molar flow rate of 5 mol/min. The volumetric flow rate of the feed is 20 L/min, at a pressure of 100 atm. The total catalyst weight is 750 kgand the pressure drop constant a = 0.0015 kg 1. i. A + B = 2C, -ria = k1ACA?CB , kia = 5 23 min kg mol2 Fr-10 = k_1cCc?,k_1c = L2 0.5 min kg mol 14 i. A + 3C D. r2A = k2ACA?Cc?, kua = 100 min kg mo13 a) Derive the set of mole balances ODEs of FA, Fp, Fc, Fp, and pressure as a function of catalyst weight using feed molar flow rate Fao, feed volumetric flow rate Vo, drop constanta, rate constants kia, k2a, pressure and catalyst weight W. 2. Two gas phase taking place in a PBR. The feed is equimolar A and B with a molar flow rate of 5 mol/min. The volumetric flow rate of the feed is 20 L/min, at a pressure of 100 atm. The total catalyst weight is 750 kgand the pressure drop constant a = 0.0015 kg 1. i. A + B = 2C, -ria = k1ACA?CB , kia = 5 23 min kg mol2 Fr-10 = k_1cCc?,k_1c = L2 0.5 min kg mol 14 i. A + 3C D. r2A = k2ACA?Cc?, kua = 100 min kg mo13 a) Derive the set of mole balances ODEs of FA, Fp, Fc, Fp, and pressure as a function of catalyst weight using feed molar flow rate Fao, feed volumetric flow rate Vo, drop constanta, rate constants kia, k2a, pressure and catalyst weight W