chemicalenergyvibraterapidly andbegin tomove out ofa placeliquidmovefreelyCharles’s law statesvolume of a gasincreases with increasingtemperature if pressureis constant. Boyle’s lawstates pressure of a gasincreases if volumedecreases whentemperature is constant.volume andtemperatureevaporationsurfacetensionvibrateback andforth inplacekineticenergy ofparticlesvaporgasparticlesareconfinedmovefastercondensationpressureanddensitySmall particles makeup all matter, particlesin constant randommotion, collide withother particles, otherobjects, and walls ofcontainer, and noenergy is lost.viscositythermalenergyvolumeincreasessolidsublimationkineticmoleculartheoryvolumedecreaseschemicalenergyvibraterapidly andbegin tomove out ofa placeliquidmovefreelyCharles’s law statesvolume of a gasincreases with increasingtemperature if pressureis constant. Boyle’s lawstates pressure of a gasincreases if volumedecreases whentemperature is constant.volume andtemperatureevaporationsurfacetensionvibrateback andforth inplacekineticenergy ofparticlesvaporgasparticlesareconfinedmovefastercondensationpressureanddensitySmall particles makeup all matter, particlesin constant randommotion, collide withother particles, otherobjects, and walls ofcontainer, and noenergy is lost.viscositythermalenergyvolumeincreasessolidsublimationkineticmoleculartheoryvolumedecreases

Science Chapter 8 - 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. chemical energy
  2. vibrate rapidly and begin to move out of a place
  3. liquid
  4. move freely
  5. Charles’s law states volume of a gas increases with increasing temperature if pressure is constant. Boyle’s law states pressure of a gas increases if volume decreases when temperature is constant.
  6. volume and temperature
  7. evaporation
  8. surface tension
  9. vibrate back and forth in place
  10. kinetic energy of particles
  11. vapor
  12. gas
  13. particles are confined
  14. move faster
  15. condensation
  16. pressure and density
  17. Small particles make up all matter, particles in constant random motion, collide with other particles, other objects, and walls of container, and no energy is lost.
  18. viscosity
  19. thermal energy
  20. volume increases
  21. solid
  22. sublimation
  23. kinetic molecular theory
  24. volume decreases