Equilibrium Mole Fractions Your answer is partially correct. Calculate the mole fractions in the reactor at equilibrium. H2 : H2O : co: CO2 : Inerts: Equilibrium Constant Correct. Calculate the equilibrium constant for the specified conditions. Stoichiometry Correct. If 1 mole of gas is fed to the reactor, calculate the total moles in the reactor after equilibrium is reache mol Degrees of Freedom Correct. For the batch reaction as specified above, carry out a degree-of-freedom analysis. How many elemental balances may be written? How many degrees of freedom remain? eTextbook and Media At low to moderate pressures, the equilibrium state of the water-gas shift reaction CO+H2O=CO2+H2 is approximately described by the relation where T is the reactor temperature, Keq is the reaction equilibrium constant, and y is the mole fraction of species in the reactor contents at equilibrium. The feed to a batch shift reactor contains 20.0 moli CO,10.0mol%CO2,30.0mol%H2O, and the balance an inert eas. The reactor is maintained at T=1223K