Use polymath to plot X, Xe, p, T and the rate of disappearance as a function of V up to V=40 dm3. Why do the curves look the way they do? This gas phase reversible reaction Is carried out under high pressure in a packed bed reactor with pressure drop. Feed contains Inert (1) and Species (A) with the ratio of Inerts to species A being 2 to 1. Molar flow rate entering for component A is 5 mol/min at T=300K and a concentration 2mol/dm3. Solve this problem in terms of volume. V= , ra = pzra PB FAO = 5.0 mol/min CAO = 2 mol/dm3 Teo = 300 K V = 40 dm Kc = 1000 at 300K Co = 160 cal/mol/ P: = 1.2 kg/dm To = 300 K ap. = 0.02 dm3 G = 2CA0 Co = 18 cal/mol/ Coolant Cp = 160 cal/mol/K T, = 300 K mc = 50 mol/min E = 10000 cal/mol ky = 0.1 min. at 300 K Cp = 20 cal/mol/K AHRX = -20000 cal/mol va = 150 cal/dm/min/k