pressure 1 bar. Equilibrium constant (K7a ( mathrm{K} ) ) is ( mathbf{8 7 0} ) for the reaction given below. [ mathrm{H}_{2(n)}+mathrm{I}_{2(x)} leftrightarrow 2 mathrm{HI}_{(i)} ] a) Calculate the reaction coordinate and amounts of the components in the mixture at equilibrium. b) Calculate the change in the equilibrium constant of the reaction when the total pressure is increased from ( mathbf{1} ) bar to ( mathbf{2} ) bar at constant temperature.

1. A sealed container was filled with 0.3molH2y,0.4moll2(p) and 0.2molH(y) at 870K and total pressure 1 bar. Equilibrium constant ( Kk ) is 870 for the reaction given below: H3(a)+I2(x)2HI(t) a) Calculate the reaction coordinate and amounts of the components in the mixture at equilibrium. b) Calculate the change in the equilibrium constant of the reaction when the total pressure is increased from 1 bar to 2 bar at constant temperature. pressure I bar. Equilibrium constant (K n7K ) is 870 for the reaction given below. H3(e)+I2(n)2H(i) a) Calculate the reaction coordinate and amounts of the components in the mixture at equilibrium. b) Calculate the change in the equilibrium constant of the reaction when the total pressure is increased from 1 bar to 2 bar at constant temperature