Complete the passage to describe the relationship between kinetic energy, internal energy, thermal energy, and
temperature.
As the average kinetic energy of a substance increases, the internal energy vand so its thermal energy
As the thermal energy of a substance increases, the temperature

As the average kinetic energy of a substance increases, its thermal energy increases which increases the temperature, and as the temperature increases, the internal energy of the substance increases.

The thermal energy, internal energy and kinetic energy of a gas are interrelated.

The average kinetic energy of a gas is its internal energy presented by the equation E = [tex]\frac{3}{2}k_{b}T[/tex], here [tex]k_{b}[/tex] is Boltzmann's constant and T is the temperature of the gas.
We can see that the average kinetic energy of the internal energy is directly proportional to temperature.
So if the thermal energy of the gas is increased, it raises the temperature of the gas, which will increase the vibrations of the molecules of the gas and the velocity of the molecules.
The increase in the vibration of the molecules and their velocities results in increase in average kinetic energy and internal energy of the gas.

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Complete the passage to describe the relationship between kinetic energy, internal energy, thermal energy, and temperature. As the average kinetic energy of a substance increases, the internal energy vand so its thermal energy As the thermal energy of a substance increases, the temperature

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Complete the passage to describe the relationship between kinetic energy, internal energy, thermal energy, and
temperature.
As the average kinetic energy of a substance increases, the internal energy vand so its thermal energy
As the thermal energy of a substance increases, the temperature