Which statement best describes the relationship between temperature and thermal energy?

When temperature will increase, particles in an object speed up, which implies a rise in thermal energy. Since the particles ar moving additional now, the potential energy decreases, so kinetic energy will increase.

Overall, once worker goes up, thermal energy goes up, that ends up in a rise in kinetic energy

Explanation:

Often we expect that heat and temperature are a constant issue. However, this can be not the case. Heat and temperature are associated with one another, however, are totally different ideas.

Heat is that the total energy of molecular motion during a substance whereas temperature may be a live of the common energy of molecular motion during a substance

When heat is transferred from one substance to a different, the warmth energy moves from the warmer substance to the colder substance.

The temperature may be a measure of however hot or cold a substance is. the upper the temperature of an object, the warmer is that the object

When temperature increases, particles in an object speed up, which means an increase in thermal energy. Since the particles are moving more now, the potential energy decreases, therefore kinetic energy increases.

Overall, when temp goes up, thermal energy goes up, which leads to an increase in kinetic energy.