When a graph oftwomeasurementsforms this kind ofcurve, therelationship isnonlinear.Charles found thatwhen the temp. of a gasis increased at aconstant pressure, itsvolume increases.When the temp. of agas is decreased, itsvolume decreases.When a graph oftwo variables is astraight linepassing throughthe (0,0) point therelationship islinear.The specifictemperaturea liquid willboil at.Theresistanceof a liquidto flowing.The energythat particlesof asubstancehave.Has adefinitevolumeand shape.Changesvolumeveryeasily.The changefrom liquidwater intowater vapor.Boyle found that whenthe pressure of a gas isincreased at a constanttemp, the volume of thegas decreases. Whenthe pressure isdecreased, the volumeincreases.Diagrams thattell how twovariables, orfactors, arerelated.The change ofstate fromliquid to solid-just reverse ofmelting.Thetemperature inwhich a liquidbecomes asolidTakes placeinside aliquid as wellas at thesurface.Has noshape ofits ownIn other solidsthe particlesare notarranged in aregular pattern.Solids thatare madeup ofcrystals.Takes placeonly on thesurface of aliquid.Occurs when thesurface particlesof a solid gainenough energy tobecome a gas.The force of itsoutward pushdivided by thearea of thewalls of thecontainer.A measure ofthe averageenergy of amotion of theparticles of asubstance.A crystallinesolid such assnow isheated, itmelts.Occurs whengas particleslose enoughthermal energyto become aliquid.The changein state froma solid to aliquid.When a graph oftwomeasurementsforms this kind ofcurve, therelationship isnonlinear.Charles found thatwhen the temp. of a gasis increased at aconstant pressure, itsvolume increases.When the temp. of agas is decreased, itsvolume decreases.When a graph oftwo variables is astraight linepassing throughthe (0,0) point therelationship islinear.The specifictemperaturea liquid willboil at.Theresistanceof a liquidto flowing.The energythat particlesof asubstancehave.Has adefinitevolumeand shape.Changesvolumeveryeasily.The changefrom liquidwater intowater vapor.Boyle found that whenthe pressure of a gas isincreased at a constanttemp, the volume of thegas decreases. Whenthe pressure isdecreased, the volumeincreases.Diagrams thattell how twovariables, orfactors, arerelated.The change ofstate fromliquid to solid-just reverse ofmelting.Thetemperature inwhich a liquidbecomes asolidTakes placeinside aliquid as wellas at thesurface.Has noshape ofits ownIn other solidsthe particlesare notarranged in aregular pattern.Solids thatare madeup ofcrystals.Takes placeonly on thesurface of aliquid.Occurs when thesurface particlesof a solid gainenough energy tobecome a gas.The force of itsoutward pushdivided by thearea of thewalls of thecontainer.A measure ofthe averageenergy of amotion of theparticles of asubstance.A crystallinesolid such assnow isheated, itmelts.Occurs whengas particleslose enoughthermal energyto become aliquid.The changein state froma solid to aliquid.

Chapter Two Vocabulary - 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. When a graph of two measurements forms this kind of curve, the relationship is nonlinear.
  2. Charles found that when the temp. of a gas is increased at a constant pressure, its volume increases. When the temp. of a gas is decreased, its volume decreases.
  3. When a graph of two variables is a straight line passing through the (0,0) point the relationship is linear.
  4. The specific temperature a liquid will boil at.
  5. The resistance of a liquid to flowing.
  6. The energy that particles of a substance have.
  7. Has a definite volume and shape.
  8. Changes volume very easily.
  9. The change from liquid water into water vapor.
  10. Boyle found that when the pressure of a gas is increased at a constant temp, the volume of the gas decreases. When the pressure is decreased, the volume increases.
  11. Diagrams that tell how two variables, or factors, are related.
  12. The change of state from liquid to solid- just reverse of melting.
  13. The temperature in which a liquid becomes a solid
  14. Takes place inside a liquid as well as at the surface.
  15. Has no shape of its own
  16. In other solids the particles are not arranged in a regular pattern.
  17. Solids that are made up of crystals.
  18. Takes place only on the surface of a liquid.
  19. Occurs when the surface particles of a solid gain enough energy to become a gas.
  20. The force of its outward push divided by the area of the walls of the container.
  21. A measure of the average energy of a motion of the particles of a substance.
  22. A crystalline solid such as snow is heated, it melts.
  23. Occurs when gas particles lose enough thermal energy to become a liquid.
  24. The change in state from a solid to a liquid.