equilibrium is defined as the point at which conc. of reactants and products remains constant.in physics, when a quantity on the x axis varies non- uniformly with that on the y-axis, we assume it to be constant over a small change in y (dy), and integrate to solve.why can the same method not be extended to conc . of reactants and products, and rate of reaction , and every point be called the equilibrium point?

equilibrium is defined as the point at which conc. of reactants and pr

1.	equilibrium is defined as the point at which conc. of reactants and products remains constant.in physics, when a quantity on the x axis varies non- uniformly with that on the y-axis, we assume it to be constant over a small change in y (dy), and integrate to solve.why can the same method not be extended to conc . of reactants and products, and rate of reaction , and every point be called the equilibrium point?
Answer» equilibrium is defined as the point at which conc. of reactants and products remains constant. in physics, when a quantity on the x axis varies non- uniformly with that on the y-axis, we assume it to be constant over a small change in y (dy), and integrate to solve. why can the same method not be extended to conc . of reactants and products, and rate of reaction , and every point be called the equilibrium point?