Consider the following elementary, liquid-phase reaction: D+EF+H The reaction is performed in a batch reactor. The rate constant of the forward reaction is 10 L/molmin, and the rate constant of the reverse reaction is 2L/molmin. The initial concentrations of D and E are 3mol/L each, and the initial concentration of F is 0.4mol/L. There is no initial amount of H. The reaction is run at isothermal and isobaric conditions, with temperature at 45C. a. Using species D as the basis, set up the stoichiometry table for this reaction. In this table, define initial moles and total moles as a function of the initial moles of D(ND), conversion of D(XD), and constants. b. At equilibrium, what are the concentrations of all species in the reactor