pressuredecreaseswhen speedincreasesbuoyantforcePascal'sprinciplegases do notoccupy thesame volumein differentcontainersfluidpressureincreaseswhen speeddecreasespressuredecreasesliquidsand airpressureBernoulli'sprincipleincreases withlower elevationand decreaseswith higherelevationicesolidsandgasesArchimedes'principlemoleculesthat make upmaterial anddistancesbetween thematmosphericpressurepressureincreasesobjectsinksspeed, sizeand shapeof object,densityPascal'sprincipletheobjectwill sinkobjectwillfloatbuoyant force isin an upwarddirectionbecausepressure isgreaterdragforcepressuredecreaseswhen speedincreasesbuoyantforcePascal'sprinciplegases do notoccupy thesame volumein differentcontainersfluidpressureincreaseswhen speeddecreasespressuredecreasesliquidsand airpressureBernoulli'sprincipleincreases withlower elevationand decreaseswith higherelevationicesolidsandgasesArchimedes'principlemoleculesthat make upmaterial anddistancesbetween thematmosphericpressurepressureincreasesobjectsinksspeed, sizeand shapeof object,densityPascal'sprincipletheobjectwill sinkobjectwillfloatbuoyant force isin an upwarddirectionbecausepressure isgreaterdragforce

Science Chapter 4 Test - 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. pressure decreases when speed increases
  2. buoyant force
  3. Pascal's principle
  4. gases do not occupy the same volume in different containers
  5. fluid
  6. pressure increases when speed decreases
  7. pressure decreases
  8. liquids and air
  9. pressure
  10. Bernoulli's principle
  11. increases with lower elevation and decreases with higher elevation
  12. ice
  13. solids and gases
  14. Archimedes' principle
  15. molecules that make up material and distances between them
  16. atmospheric pressure
  17. pressure increases
  18. object sinks
  19. speed, size and shape of object, density
  20. Pascal's principle
  21. the object will sink
  22. object will float
  23. buoyant force is in an upward direction because pressure is greater
  24. drag force