Question 2 (15 pts). The equilibrium constant for the following gas phase reaction: CO+H2OCO2+H2 is expressed with the following formula: yCOyH2OyCO2yH2=Kc(T)=0.0247exp[4020/T(K)] where T is the reactor temperature, Ke is the reaction equilibrium constant, and is the mole fraction of species in the reactor contents at equilibrium. The feed to a batch shift reactor contains 25.0 mole %CO,15.0%CO2,45.0% water, and the balance an inert gas. The reactor is maintained at 845C. a) Assume a basis of 100mol feed and draw and label a flowchart. Carry out a degree-offreedom analysis of the reactor based on extents of reaction and use it to prove that you have enough information to calculate the composition of the reaction mixture at equilibrium. b) Calculate the total moles of gas in the reactor at equilibrium and then the equilibrium mole fraction of CO2 in the product