which statement best explains the change that occurs when gas particles move more slowly?\nthe temperature…

which statement best explains the change that occurs when gas particles move more slowly?\nthe temperature increases because the average kinetic energy decreases.\nthe temperature increases because the average kinetic energy increases.\nthe temperature decreases because the average kinetic energy decreases.\nthe temperature decreases because the average kinetic energy increases.

which statement best explains the change that occurs when gas particles move more slowly?\nthe temperature increases because the average kinetic energy decreases.\nthe temperature increases because the average kinetic energy increases.\nthe temperature decreases because the average kinetic energy decreases.\nthe temperature decreases because the average kinetic energy increases.

Answer

Brief Explanations:

The temperature of a gas is directly proportional to the average kinetic energy of its particles. When gas particles move more slowly, their average kinetic energy decreases. Since temperature is related to average kinetic energy in this way, a decrease in average kinetic energy leads to a decrease in temperature.

Answer:

The temperature decreases because the average kinetic energy decreases.