DisplacementThe amount offluid pushedaside by asubmergedobject.pistonThe part of ahydraulicsystem thatmoves dueto pressureBuoyantForceThe upwardforce exertedby a fluid ona submergedobject.DensityThemeasure ofmass perunit volume.AreaThe formulafor pressureis forcedivided bythis.DisplacementThe amount offluid pushedaside by asubmergedobject.pistonThe part of ahydraulicsystem thatmoves dueto pressurehighdensityThe reasonwhy a rocksinks inwater.Pascal(Pa)The SIunit ofpressure.DensityThemeasure ofmass perunit volume.AreaThe formulafor pressureis forcedivided bythis.HydraulicLiftA machinethat usesPascal'sPrinciple tolift cars.PressureThe forceapplied toa surfacearea.Shape andDisplacementThe reasonwhy steelships floatdespite theirweight.volumeThe formulafor density ismass dividedby this.Pascal’sPrincipleThis principleexplains whypressure istransmittedequally in afluid.shipsA real-lifeexample ofArchimedes’Principle intransportation.BuoyancyThe principleused in hotair balloonsto rise.HydraulicSystemA system thatuses fluidpressure tomultiplyforce.HydraulicFluidThe fluidused inhydraulicsystems.Archimedes’PrincipleThis principleexplains whyobjects floatwhen theydisplaceenough fluid.BallastTanksUsed insubmarinesto controlfloating andsinking.HydraulicBrakeA device thatuses fluidpressure tostopvehicles.lowdensityThe reasonwhy awoodenblock floats.DisplacementThe amount offluid pushedaside by asubmergedobject.pistonThe part of ahydraulicsystem thatmoves dueto pressureBuoyantForceThe upwardforce exertedby a fluid ona submergedobject.DensityThemeasure ofmass perunit volume.AreaThe formulafor pressureis forcedivided bythis.DisplacementThe amount offluid pushedaside by asubmergedobject.pistonThe part of ahydraulicsystem thatmoves dueto pressurehighdensityThe reasonwhy a rocksinks inwater.Pascal(Pa)The SIunit ofpressure.DensityThemeasure ofmass perunit volume.AreaThe formulafor pressureis forcedivided bythis.HydraulicLiftA machinethat usesPascal'sPrinciple tolift cars.PressureThe forceapplied toa surfacearea.Shape andDisplacementThe reasonwhy steelships floatdespite theirweight.volumeThe formulafor density ismass dividedby this.Pascal’sPrincipleThis principleexplains whypressure istransmittedequally in afluid.shipsA real-lifeexample ofArchimedes’Principle intransportation.BuoyancyThe principleused in hotair balloonsto rise.HydraulicSystemA system thatuses fluidpressure tomultiplyforce.HydraulicFluidThe fluidused inhydraulicsystems.Archimedes’PrincipleThis principleexplains whyobjects floatwhen theydisplaceenough fluid.BallastTanksUsed insubmarinesto controlfloating andsinking.HydraulicBrakeA device thatuses fluidpressure tostopvehicles.lowdensityThe reasonwhy awoodenblock floats.

Review Bingo: Physics of Fluids - 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. The amount of fluid pushed aside by a submerged object.
    Displacement
  2. The part of a hydraulic system that moves due to pressure
    piston
  3. The upward force exerted by a fluid on a submerged object.
    Buoyant Force
  4. The measure of mass per unit volume.
    Density
  5. The formula for pressure is force divided by this.
    Area
  6. The amount of fluid pushed aside by a submerged object.
    Displacement
  7. The part of a hydraulic system that moves due to pressure
    piston
  8. The reason why a rock sinks in water.
    high density
  9. The SI unit of pressure.
    Pascal (Pa)
  10. The measure of mass per unit volume.
    Density
  11. The formula for pressure is force divided by this.
    Area
  12. A machine that uses Pascal's Principle to lift cars.
    Hydraulic Lift
  13. The force applied to a surface area.
    Pressure
  14. The reason why steel ships float despite their weight.
    Shape and Displacement
  15. The formula for density is mass divided by this.
    volume
  16. This principle explains why pressure is transmitted equally in a fluid.
    Pascal’s Principle
  17. A real-life example of Archimedes’ Principle in transportation.
    ships
  18. The principle used in hot air balloons to rise.
    Buoyancy
  19. A system that uses fluid pressure to multiply force.
    Hydraulic System
  20. The fluid used in hydraulic systems.
    Hydraulic Fluid
  21. This principle explains why objects float when they displace enough fluid.
    Archimedes’ Principle
  22. Used in submarines to control floating and sinking.
    Ballast Tanks
  23. A device that uses fluid pressure to stop vehicles.
    Hydraulic Brake
  24. The reason why a wooden block floats.
    low density