When a liquid is boiled and forms a gas, the chemical identity of the substance is retained. This suggests that A. The forces holding atoms together to form molecules are stronger than the forces holding molecules together in the liquid. B. The forces holding atoms together to form molecules are weaker than the forces holding molecules together in the liquid. C. The forces holding atoms together to form molecules are about the same strength as the forces holding molecules together in the liquid When a liquid is boiled and forms a gas, the chemical identity of the substance is retained. This suggests that A. The forces holding atoms together to form molecules are stronger than the forces holding molecules together in the liquid. B. The forces holding atoms together to form molecules are weaker than the forces holding molecules together in the liquid. C. The forces holding atoms together to form molecules are about the same strength as the forces holding molecules together in the liquid A. The forces holding atoms together to form molecules are stronger than the forces holding molecules together in the liquid. B. The forces holding atoms together to form molecules are weaker than the forces holding molecules together in the liquid. C. The forces holding atoms together to form molecules are about the same strength as the forces holding molecules together in the liquid Solution Since chemical identity of the substance retain. This suggests that The force holding together to form molecules are stronger than the forces holding molecules togather in the liquid. If the forces holding atoms together less than or equal to the forces holding molecules together. Then the chemical identity will be change. So answer is ( A) .