For the reaction A $\rightarrow$ B,the K_eq' is 10⁴.If a reaction mixture originally contains 1 mmol of A and no B,which one of the following must be true? A)At equilibrium,there will be far more B than A. B)The rate of the reaction is very slow. C)The reaction requires coupling to an exergonic reaction in order to proceed. D)The reaction will proceed toward B at a very high rate. E)($\Delta$ G'° for the reaction will be large and positive.)

Question

Quizplus · Accepted Answer

The equilibrium constant K_eq' is 10, which means at equilibrium, there will be 10 times more B than A. Therefore, choice A is the correct answer. Choices B, C, D, and E are not necessarily true based on the information given in the question.

For the Reaction A →\rightarrow→ B,the Keq' Is 104 Δ\DeltaΔ G'° for the Reaction Will Be Large and Positive

For the Reaction A $\rightarrow$ B,the K_eq' Is 10⁴ $\Delta$ G'° for the Reaction Will Be Large and Positive