What happens to the air temperature as the gas molecules that make up the air move about more rapidly?

Answer 1

The temperature is rising. An analogy would be when boiling water, the water and air molecules move very quickly to produce vapour.

When freezing water, temperature drops and thus molecules would "freeze" or become slower.

Answer 2

Temperature is caused by the movement of molecules and atoms- the more movement, or the more 'excited' the molecules and atoms are, the more heat.

In it'simplest form when the molecules (and atoms) are tightly held together they form a solid, as heat is applied and the bonds begin to break down it becomes a liquid and if more heat is applied the molecules break free completely and it becomes a gas.

Answer 3

The kenetic theory of gases tells us that the more rapid the motion of gas molecules, the higher the temperature will be.

Answer 4

P is straight away proportional to T below gas rules so whilst stress boost temperature will boost .....its kinetic ability....via fact the stress is extra desirable the collision of molecules interior the gas boost and and thank you to the collision the temperature is extra desirable....this ability is kinetic.

Answer 5

Gets hot, don't it. Under the right conditions you'll even strike up a plasma field.

Answer 6

Warmer. If they stop moving altogether, you have reached absolute zero.