which statement about reversible reactions is correct?\nat equilibrium, the forward and reverse reactions…

which statement about reversible reactions is correct?\nat equilibrium, the forward and reverse reactions continue indefinitely.\nat equilibrium the rate of reaction of products divided by the rate of reaction of reactants equal the equilibrium constant, k.\nat equilibrium, the forward and reverse reactions stop at the appropriate concentrations.

which statement about reversible reactions is correct?\nat equilibrium, the forward and reverse reactions continue indefinitely.\nat equilibrium the rate of reaction of products divided by the rate of reaction of reactants equal the equilibrium constant, k.\nat equilibrium, the forward and reverse reactions stop at the appropriate concentrations.

Answer

Brief Explanations:

In a reversible - reaction at equilibrium, it is a dynamic equilibrium. The forward and reverse reactions do not stop; they continue at the same rate indefinitely. The equilibrium constant $K$ is the ratio of the concentrations of products to reactants (raised to their stoichiometric coefficients), not the ratio of reaction rates.

Answer:

At equilibrium, the forward and reverse reactions continue indefinitely.