Respuesta :
Near-equilibrium reaction has a free energy change near zero. Both the forward and reverse reactions' rates in the near-equilibrium reaction are remarkably greater than the flux, but they are virtually comparable.
There isn't much that can be controlled when a reaction is close to equilibrium because it has an equal chance of moving ahead and backward. Large negative variations in free energy indicate that a reaction is far from Near-equilibrium. These responses are essentially unreversible. Two categories of reactions can be distinguished in a metabolic pathway: reactions that are very close to equilibrium (near-equilibrium) and reactions that are far from equilibrium (non-equilibrium).
Energy can transform into other forms. For instance, electrical energy transforms into thermal and light energy when you turn on a lightbulb. Energy change is calculated as the difference between the bond energies of all the bonds in the reactants and the products. Energy change is defined as the difference between the bond energies of all the reactants and the products.
learn more about Near-equilibrium here
https://brainly.com/question/13963396
#SPJ4
