occurs whenthe surfaceparticles do notpass throughthe liquid stateat all.canchangevolumevery easilywhen a solidsuch ascrystalline meltsat a distincttemperatureoccurs whengas particleslose enoughthermal energyto become aliquid.diagrams thattell how twovariables tellthis storyhas a definitevolume anda definiteshapetakes placeonly on thesurface ofliquidsolids withparticles thatare notarranged in aregular pattern.the changefrom liquidwater intowater vapordiagrams thattell how twovariables tellthis storythe energythat theparticles of asubstancehaveeach liquidstemperaturethat makesit boilthetemperatureat which aliquid turnsinto a solidthe measure ofthe averageenergy ofmotion of theparticles of asubstancethe changein statefrom a solidto a liquidthe changeof statefrom liquidto solidwhen the pressureof a gas increasedat a constanttemperature, thevolume of the gasdecreasedwhen a graphof two variablesis a straight linepassing throughthe point(0,0)the force of itsoutward pushdivided by thearea of thewalls of thecontainerhas no shapeof its own andtakes theshape of itscontainertheresistanceof a liquidto flowingtakes placeinside aliquid as wellas at thesurfacesolids thatare madeup ofcrystalswhen thetemperature of agas is increasedat a constantpressure, itsvolume increases.occurs whenthe surfaceparticles do notpass throughthe liquid stateat all.canchangevolumevery easilywhen a solidsuch ascrystalline meltsat a distincttemperatureoccurs whengas particleslose enoughthermal energyto become aliquid.diagrams thattell how twovariables tellthis storyhas a definitevolume anda definiteshapetakes placeonly on thesurface ofliquidsolids withparticles thatare notarranged in aregular pattern.the changefrom liquidwater intowater vapordiagrams thattell how twovariables tellthis storythe energythat theparticles of asubstancehaveeach liquidstemperaturethat makesit boilthetemperatureat which aliquid turnsinto a solidthe measure ofthe averageenergy ofmotion of theparticles of asubstancethe changein statefrom a solidto a liquidthe changeof statefrom liquidto solidwhen the pressureof a gas increasedat a constanttemperature, thevolume of the gasdecreasedwhen a graphof two variablesis a straight linepassing throughthe point(0,0)the force of itsoutward pushdivided by thearea of thewalls of thecontainerhas no shapeof its own andtakes theshape of itscontainertheresistanceof a liquidto flowingtakes placeinside aliquid as wellas at thesurfacesolids thatare madeup ofcrystalswhen thetemperature of agas is increasedat a constantpressure, itsvolume increases.

Science Bingo Chapter 2 - 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.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
  1. occurs when the surface particles do not pass through the liquid state at all.
  2. can change volume very easily
  3. when a solid such as crystalline melts at a distinct temperature
  4. occurs when gas particles lose enough thermal energy to become a liquid.
  5. diagrams that tell how two variables tell this story
  6. has a definite volume and a definite shape
  7. takes place only on the surface of liquid
  8. solids with particles that are not arranged in a regular pattern.
  9. the change from liquid water into water vapor
  10. diagrams that tell how two variables tell this story
  11. the energy that the particles of a substance have
  12. each liquids temperature that makes it boil
  13. the temperature at which a liquid turns into a solid
  14. the measure of the average energy of motion of the particles of a substance
  15. the change in state from a solid to a liquid
  16. the change of state from liquid to solid
  17. when the pressure of a gas increased at a constant temperature, the volume of the gas decreased
  18. when a graph of two variables is a straight line passing through the point(0,0)
  19. the force of its outward push divided by the area of the walls of the container
  20. has no shape of its own and takes the shape of its container
  21. the resistance of a liquid to flowing
  22. takes place inside a liquid as well as at the surface
  23. solids that are made up of crystals
  24. when the temperature of a gas is increased at a constant pressure, its volume increases.