In a perfect world, two gas particles do this when they're near each other.
They do not interact
This state of matter is condensed and has low kinetic energy.
Solid
Add this number to convert to Kelvin.
273
Deposition.
You can observe this measurement change as kinetic energy increases.
Temperature
This stays the same when particles collide with each other or the container.
Kinetic energy.
These particles are usually alone.
Gas
Ain't no way we can get to this temperature.
Absolute zero/0K
An absolute measure of energy.
Kelvin
Vaporization happens quickly with these forces are low.
Intermolecular forces
All matter is constantly doing this.
Moving
This state of matter is present at point 3.
Liquid
55 oC
328K
The force of a gas particle on the walls of a container.
Pressure
These changes between liquid and gas happen at the same temperature - it just depends on the direction you're going.
Condensing and Vaporizing
An increase in this will also make the pressure increase.
Temperature.
This substance will boil at 1atm at this temperature.
100oC
256K
-17oC
The random movement of particles from one place to another.
Diffusion
This spreading process speeds up at higher temperatures.
Diffusion
You can add energy, but temperature won't change during this process.
Phase change
This will change anything in A to a gas if done correctly.
Decrease pressure.
Watch out! He gas flies around at this speed at 23oC.
1109 m/s
The force of particles coming off of a substance.
Vapor pressure.
Some liquids form beads because of this property caused by attractions between particles.
Surface tension