A) Using Polymath, Plot the molar flow rates of A,B,C,D,E, and p as a function of a reactor volume up to . Show all graphs and all code.

1. We have following series reactions which are taking place in a membrane reactor. AA+3CC+2DB+C,withr1A=k1ACA,wherekIA=0.6min1D,withr2D=k2DCC2CA,wherek2D=300m6/(mol2min)E,withr3E=k3ECDCC,wherek3E=20m3/(molmin) It has been found that the pressure drop varies as dp/dV=(/2p)(FT/FT0), where = 103m3. The total concentration entering the reactor is 0.1mol/m3 and entering volumetric flow rate is 100m3/min. In this membrane reactor, species C diffuses out of the reactor with the transport coefficient kC=10min1. (35 Pts)