Calculation of an Equilibrium Composition If the water-gas shift reaction, CO(g)+H2O(g)CO2(g)+H2(g) proceeds to equilibrium at a temperature T(K), the mole fractions of the four reactive species satisfy the relation where K(T) is the reaction equilibrium constant. At T=1105K,K=1.00. Suppose the feed to a reactor contains 1.00mol of CO,2.00mol of H2O, and no CO2 or H2, and the reaction mixture comes to equilibrium at 1105K. Calculate the equilibrium composition and the fractional conversion of the limiting reactant