Which of the following is an appropriate explanation for why thermal energy is a combination of the kinetic and potential energies of the molecules in a sample of matter?
a. Thermal Energy is based on how quickly the particles are moving (kinetic energy) and how much energy is stored in their electric fields (potential energy)
b. Thermal Energy is based on how much room the particles have to collide (kinetic energy) and how much energy they gain from those collisions (potential energy)
c. Thermal Energy is based on how quickly the particles are moving (kinetic energy) and how much freedom they have to move further (potential energy)
d. Thermal Energy is based on how tightly contained the particles are (kinetic energy) and how loose their electron structure is (potential energy)

Respuesta :

The appropriate explanation for why thermal energy is a combination of the kinetic and potential energies is Thermal Energy is based on how quickly the particles are moving (kinetic energy) and how much energy is stored in their electric fields (potential energy)

What is thermal energy?

Thermal energy refer to the heat energy generated from an object or particle when there is increase on temperature whose internal energy is in equilibrium

Potential energy is the energy stored in a body at rest.

Kinetic energy is the energy at work in a body in motion.

Therefore, The appropriate explanation for why thermal energy is a combination of the kinetic and potential energies is Thermal Energy is based on how quickly the particles are moving (kinetic energy) and how much energy is stored in their electric fields (potential energy)

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