Thermal energy is a term that refers to temperature

Increasing an object's thermal energy increases particle motion and can cause a change of state.

Decreasing an object's thermal energy increases particle motion and can cause a change of state.

Thermal energy is the energy added from a heat source.

Particles move so fast they break from their fixed position.

Particles melt and become a liquid.

Particles find a circular orbit around an atom's nucleus.

Particles stop vibrating and change into their liquid form.

Boiling requires an outside power source and the evaporation process is internal.

Evaporation takes place at one temperature, boiling takes place at all temperatures.

Boiling takes place at one temperature, evaporation takes place at all temperatures.

Boiling takes can only occur through mechanical methods.

Has the opposite effect of evaporating a liquid.

Happens at a lower temperature at a lower altitude.

Decreases pressure inside of the liquid.

Increases pressure inside of the liquid.

Condensation

Sublimation

Deposition

Alienation

Liquid is condensed into a solid.

Water vapor becomes snow at high altitudes.

As a liquid is heated to boiling.

Vapor is cooled on a surface.

Dry ice turning into CO2

Water Freezing

Dry ice turning into H2O

Lava erupting from a volcano

Particles confined to a smaller space can move less freely.

Particles are unable to change states under immense pressure.

Particles confined to a smaller space are able to change state with less thermal energy.

Pressure increases the thermal energy of particles.

True

False

True

False