SublimationSoliddirectlyto a GasV1/T1=V2/T2Charles'sLawConstantmotion ofparticlesKineticTheoryModelof gasparticlesPressureResult of aforcedistributedover an areaThermalenergyHeat inthe formof heatModelof solidparticlesCondensationGas toa liquidHeatupMoleculesof asubstancespeed upCoolDownMoleculesof asubstanceslow downMatterAnything thathas massand takes upspaceEvaporationLiquidto GasMeltingA solidto aliquidVolumeTemperature# ofParticlesFactorsthat affectGasPressureP1V1/T1=P2V2/T2CombinedGas LawFreezingLiquidto asolidLiquidDefinitevolume,takes theshape of thecontainerP1V1=P2V2Boyle'sLawGasTakes thevolume andshape of thecontainerDepositionGasdirectlyto a SolidSolidDefinitevolume anddefiniteshapeModel ofliquidparticlesKineticenergyEnergyofmotionItdoesn'tchangeTemperatureduring aphasechangeSublimationSoliddirectlyto a GasV1/T1=V2/T2Charles'sLawConstantmotion ofparticlesKineticTheoryModelof gasparticlesPressureResult of aforcedistributedover an areaThermalenergyHeat inthe formof heatModelof solidparticlesCondensationGas toa liquidHeatupMoleculesof asubstancespeed upCoolDownMoleculesof asubstanceslow downMatterAnything thathas massand takes upspaceEvaporationLiquidto GasMeltingA solidto aliquidVolumeTemperature# ofParticlesFactorsthat affectGasPressureP1V1/T1=P2V2/T2CombinedGas LawFreezingLiquidto asolidLiquidDefinitevolume,takes theshape of thecontainerP1V1=P2V2Boyle'sLawGasTakes thevolume andshape of thecontainerDepositionGasdirectlyto a SolidSolidDefinitevolume anddefiniteshapeModel ofliquidparticlesKineticenergyEnergyofmotionItdoesn'tchangeTemperatureduring aphasechange

Phases of Matter - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Solid directly to a Gas
    Sublimation
  2. Charles's Law
    V1/T1=V2/T2
  3. Kinetic Theory
    Constant motion of particles
  4. Model of gas particles
  5. Result of a force distributed over an area
    Pressure
  6. Heat in the form of heat
    Thermal energy
  7. Model of solid particles
  8. Gas to a liquid
    Condensation
  9. Molecules of a substance speed up
    Heat up
  10. Molecules of a substance slow down
    Cool Down
  11. Anything that has mass and takes up space
    Matter
  12. Liquid to Gas
    Evaporation
  13. A solid to a liquid
    Melting
  14. Factors that affect Gas Pressure
    Volume Temperature # of Particles
  15. Combined Gas Law
    P1V1/T1 = P2V2/T2
  16. Liquid to a solid
    Freezing
  17. Definite volume, takes the shape of the container
    Liquid
  18. Boyle's Law
    P1V1=P2V2
  19. Takes the volume and shape of the container
    Gas
  20. Gas directly to a Solid
    Deposition
  21. Definite volume and definite shape
    Solid
  22. Model of liquid particles
  23. Energy of motion
    Kinetic energy
  24. Temperature during a phase change
    It doesn't change