suppose the reaction a → b has a large negative δg. the reaction would proceed ______, at equilibrium ______…

suppose the reaction a → b has a large negative δg. the reaction would proceed ______, at equilibrium ______ would be present, and ______. from a to b; mostly b; the reaction would be fast from a to b; mostly b; the reaction would be slow from b to a; mostly a; the reaction would be slow there is not enough information to answer the question. from a to b; mostly b; insufficient information is given to predict the rate of the reaction

suppose the reaction a → b has a large negative δg. the reaction would proceed ______, at equilibrium ______ would be present, and ______. from a to b; mostly b; the reaction would be fast from a to b; mostly b; the reaction would be slow from b to a; mostly a; the reaction would be slow there is not enough information to answer the question. from a to b; mostly b; insufficient information is given to predict the rate of the reaction

Answer

Brief Explanations:

A negative $\Delta G$ indicates a spontaneous reaction. For the reaction A $\to$ B with a large negative $\Delta G$, it will proceed from A to B. At equilibrium, there will be mostly B. The sign and magnitude of $\Delta G$ tell us about spontaneity and equilibrium position, but not about the reaction - rate which depends on factors like activation energy.

Answer:

E. from A to B; mostly B; insufficient information is given to predict the rate of the reaction