1. Red Station-Key Solid, Liquid, Gas, Plasma
Temperature, movement of particles
SolidLiquidGasPlasma
Anything that has mass and takes up space
Solid, Liquid, Gas
Plasma

2. Blue Station-Key Lightning, fire, stars, neon lights
Average amount of kinetic energy in an object
As energy is added and the temperature increases, the particles lose their attraction to each other and spread out.
Crystalline and Amorphous

3. Pink Station-Key
The particles are so attracted to each other they are vibrating in place causing them to have a definite shape.
Surface tension is the force of attraction that acts on a liquid at the surface.
Water has a higher surface tension than alcohol
3. Viscosity is the resistance to the flow of a fluid?
Honey has a higher viscosity than water.
Anything that flows (liquid, gas, plasma)
The temperature and pressure applied to them.
The particles run into each other with so much force that they strip the electrons off of each other that positive and negative ions are created.

4. Yellow Station-Key Define pressure.
Because the particles spread out in the volume that is given creating pressure.
At a constant temperature, as a pressure increases, volume decreases.
At a constant pressure, as temperature increases, volume increases.
Boiling happens throughout the substance
Evaporation happens at the surface.
6. Endothermic-energy added
Exothermic-energy removed

5. Brown Station-Key
The ice is melting as the kinetic energy is increasing and the particles are losing their attraction to each other.
Energy being removed to cause a change.
Energy being added to cause a change.
MeltingVaporizationIonization
DeionizationCondensationFreezing
SublimationDeposition

6. Green Station
Boyles and Charles law are both used to explain the relationship between temperature, volume, and pressure.
3. When a change in state is happening the temperature is not changing, because a change in state cannot happen at the same time that temperature is changing because it takes to much energy.
4. Transfer of kinetic energy.
5. Average amount kinetic energy in a substance.
6. Total amount of kinetic energy in a substance.

7. Orange Station-Key D=m/vB C
D=m/v
Use the Phase diagram to answer the questions that follow.
2. 80atm, ~780 degrees Celsius atm, 350 degrees Celsius
A= deposition/sublimation, B= freezing/melting, C=Vaporization, Condensation
Liquid A

8. Purple Station-Key
They all use kinetic energy in different ways, heat is the transfer of the energy, temperature is the average amount of kinetic energy, and thermal energy is the total amount of thermal energy.
Specific Heat is the amount of energy it takes to raise the temperature of 1g of substance 1 degree Celsius.
The concept that as materials heat up the particles lose their attraction and start to move away from each other.
2.63 g/mL
.245J/g*○C