How high can an equilibrium constant be?
the higher the equilibrium constant is above 1, the greater the concentration of B relative to A. Reactions that go almost to completion have high equilibrium constants. the smaller the equilibrium constant is, as a fraction, between 0 and 1, the greater the concentration of A relative to B.Click to see full answer. Simply so,…
the higher the equilibrium constant is above 1, the greater the concentration of B relative to A. Reactions that go almost to completion have high equilibrium constants. the smaller the equilibrium constant is, as a fraction, between 0 and 1, the greater the concentration of A relative to B.Click to see full answer. Simply so, what is considered a large equilibrium constant?If K is a large number, it means that the equilibrium concentration of the products is large. In this case, the reaction as written will proceed to the right (resulting in an increase in the concentration of products) If K is a small number, it means that the equilibrium concentration of the reactants is large. are reactions with large equilibrium constants fast? The rate of a reaction is determined by Ea. The equilibrium position of a reaction is determined by the difference in energy between reactants and products. Thus, a reaction with a large Keq does not necessarily have a rapid rate. A rapid reaction does not necessarily have a large Keq. Consequently, how large can equilibrium constant be? If K is larger than 1, the mixture contains mostly products. If K is less than 1, the mixture contains mostly reactants. If K is about equal to 1, the reaction will reach equilibrium as an intermediate mixture, meaning the amounts of products and reactants will be about the same.What does it mean if KEQ is greater than 1?If Keq is much greater than 1 (For example if Keq = 103), then the position of equilibrium is to the right; more products are present at equilibrium. If Keq = 1, then the position of equilibrium is in the center, the amount of products is roughly equal to the amount of reactants at equilibrium.
