Q2) The stoichiometry of dehydrogenation of ethane reaction is given as follows: C2H6(A)C2H4+H2(B).+(C) The composition of the feed gas to the reactor is given below: a) Obtain an equation for equilibrium constant as a function of temperature. b) Calculate equilibrium constant at 650C temperature. c) Calculate equilibrium conversion at 650C. Assume that the gas mixture is ideal (fugacity coefficients have value of unity) and assume that Cp=0. (Ptotal=1bar,P=1bar,R=8.314J/(mol.K))