3. how does temperature relate to the kinetic energy of gas particles? - a. temperature decreases as kinetic…

3. how does temperature relate to the kinetic energy of gas particles? - a. temperature decreases as kinetic energy increases - b. temperature is not related to kinetic energy - c. temperature increases as kinetic energy increases - d. temperature remains constant regardless of kinetic energy

3. how does temperature relate to the kinetic energy of gas particles? - a. temperature decreases as kinetic energy increases - b. temperature is not related to kinetic energy - c. temperature increases as kinetic energy increases - d. temperature remains constant regardless of kinetic energy

Answer

Brief Explanations:

The temperature of a gas is directly proportional to the average kinetic energy of its particles. As the kinetic energy of gas - particles increases, they move faster and the temperature of the gas rises.

Answer:

C. Temperature increases as kinetic energy increases