A gas phase reaction between methanol an acetic acid to produce methyl acetate and water is given by: CH3OH+CH3COOHCH3COOCH3+H2O The reaction occurs in a batch reactor a. Draw and label the process flow diagram. b. Analyze the degree of freedom. c. If the reaction has reached equilibrium and the coefficient of equilibrium is 4.87, show the equilibrium composition equation. d. If the feed to the reactor containing equi-molar methanol and acetic acid only, determine the equilibrium conversion of HCl. e. Seventy moles of methyl acetate is to be produced from 80 moles of acetic acid feed. If the reaction achieves equilibrium, how much methanol is required? What is the composition of the final product