Question 3 10 pts The reaction Gibbs energy, A, G, is given by: A,G = A,G + RT In Q where A, G is the standard reaction Gibbs energy and Q is the reaction quotient. Assume that a gas reaction at a fixed temperature, T, is at equilibrium. It is found that increasing the total pressure modifies the value of A, G. How does this affect the position of equilibrium, i.e., the chemical composition of the equilibrium mixture, and the value of the equilibrium constant Kp? The position of equilibrium is shifted according to Le Chatelier's principle, but Kp remains constant. Changes in pressure do not affect neither the equilibrium position, nor Kp. Both the equilibrium position and Kp will be affected by changes in the total pressure. There is not enough information to answer this