solve for b and c

Problem 1. The hydrogenolysis of thiophene of thiophene (C4H4S) has been studied in an ideal CSTR containing 8.16g of cobalt-molybdate catalyst. The stoichiometry of the system can be represented by C4H4S+3H2C4H8+H2SC4H8+H2C4H10 All chemical species are assumed as ideal gases under 832mmHg of the total pressure in the reactor, P. The feed rates and mole fraction in effluent are given below: (a) Fill out 'Output rate' column in the stoichiometric table above as a function of extent of reaction. (hint: set extent of reaction 1=1 and extent of reaction 2=2 ) (b) Calculate the rate of disappearance of thiophene, rr. (hint: start with selection of a proper design equation for this problem.) (c) Calculate the partial pressures, pi, of thiophene, hydrogen, hydrogen sulfide, butene, and butane in the effluent