Question

why in living things when Gibbs free energy is at equilibrium, it is not a favorable condition? I need a detailed explanation

Answer 1

The Gibbs free energy change of a reaction tells us what the concentration of reactants and products will be at equilibrium. For a general reaction of a moles of A, b moles of B and c moles of C combining to form n moles of N, m moles of M, and o moles of O...

Keq IA BI IC] where IAJa is the molar concentration of A to the power a AGRT In Keq

If the reaction is not at equilibrium, it will proceed in the forward or reverse direction to the minimum value of the Gibbs free energy. At that point, there is no further change in the Gibbs free energy (G = 0) and the reaction is at equilibrium.

At point (1). G is decreasing and the reaction proceeds in the forward direction At point ③Ģis increasing and the reaction proceeds in the reverse direction At point (2), G is not changing. It has reached its lowest point and there is no net change in the reaction reaction progress