Consider the theoretical reaction scheme below, where compounds A and B reversibly react to form a product C: Ag + 2B) C) The reaction is performed in an isothermal reactor maintained at 750 K and a pressure of 1 atm, with the feed containing only A and B in the ratio 2:3. Calculate the outlet mole fractions of each component assuming equilibrium is achieved. The data in the table below is necessary for your calculations: Component A B a Standard Heat of formation at 298K (kJ/mol) -350 o -425 Standard Gibbs energy of formation at 298 K (kJ/mol) -360 0 -350 Constant pressure gas heat capacity 26 +0.20T 25 + 0.01T 14 +0.16T 0/mol-K)