AreaThe surfacespacewhere forceis applied.FlowRateThe amount offluid movingthrough asystem in agiven amountof time.MechanicalAdvantageWhen amachinemultiplies theforce appliedto it.PneumaticSystemA system thatuses compressedair or gas tocreate movementor powermachines.ReservoirA containerthat storeshydraulic fluidin a hydraulicsystem.CompressibilityHow easily asubstance canbe squeezedinto a smallervolume.VelocityThe speedanddirection offluid flow.HydraulicPressA machine thatuses Pascal’sLaw to multiplyforce usingfluid pressure.ContinuityEquationThe principlethat the flow rateof fluid mustremain constantin a closed pipesystem.Boyle’sLawA gas lawstating thatpressure andvolume areinverselyrelated.Pascal’sLawA principle statingthat pressureapplied to aconfined fluid istransmitted equallythroughout thefluid.IncompressibleFluidA fluid thatcannot beeasilycompressed,like water or oil.LiftAn upwardforce createdby pressuredifferences inmoving fluids.ClosedSystemA system wherefluid iscontained andpressure istransmittedthrough it.FluidPowerThe use ofliquids or gasesunder pressureto move orcontrolmachinery.PumpThe componentthat moves fluidthrough ahydraulic systemand createspressure.ForceA push orpullapplied toan object.Charles’sLawA gas lawstating thatvolume andtemperature ofa gas aredirectly related.AutomationUsingmachines andcontrol systemsto performtasksautomatically.PressureThe amountof forceapplied overa specificarea.GasLawsScientific rules thatdescribe howgases behaveunder changes inpressure, volume,and temperature.PneumaticToolA machinepowered bycompressedair.ValveA device thatcontrols thedirection orflow of fluidin a system.FluidFlowThe movementof liquids orgases throughpipes orsystems.HydraulicSystemA system thatusespressurizedliquid to transmitforce andperform work.HydraulicCylinderA device thatuses fluidpressure tocreate straight-line motion.Bernoulli’sPrincipleA rule stating thatas the speed of amoving fluidincreases, itspressuredecreases.ActuatorA device thatconvertsfluidpressure intomovement.CompressedAirAir that hasbeen squeezedinto a smallerspace to storeenergy.AreaThe surfacespacewhere forceis applied.FlowRateThe amount offluid movingthrough asystem in agiven amountof time.MechanicalAdvantageWhen amachinemultiplies theforce appliedto it.PneumaticSystemA system thatuses compressedair or gas tocreate movementor powermachines.ReservoirA containerthat storeshydraulic fluidin a hydraulicsystem.CompressibilityHow easily asubstance canbe squeezedinto a smallervolume.VelocityThe speedanddirection offluid flow.HydraulicPressA machine thatuses Pascal’sLaw to multiplyforce usingfluid pressure.ContinuityEquationThe principlethat the flow rateof fluid mustremain constantin a closed pipesystem.Boyle’sLawA gas lawstating thatpressure andvolume areinverselyrelated.Pascal’sLawA principle statingthat pressureapplied to aconfined fluid istransmitted equallythroughout thefluid.IncompressibleFluidA fluid thatcannot beeasilycompressed,like water or oil.LiftAn upwardforce createdby pressuredifferences inmoving fluids.ClosedSystemA system wherefluid iscontained andpressure istransmittedthrough it.FluidPowerThe use ofliquids or gasesunder pressureto move orcontrolmachinery.PumpThe componentthat moves fluidthrough ahydraulic systemand createspressure.ForceA push orpullapplied toan object.Charles’sLawA gas lawstating thatvolume andtemperature ofa gas aredirectly related.AutomationUsingmachines andcontrol systemsto performtasksautomatically.PressureThe amountof forceapplied overa specificarea.GasLawsScientific rules thatdescribe howgases behaveunder changes inpressure, volume,and temperature.PneumaticToolA machinepowered bycompressedair.ValveA device thatcontrols thedirection orflow of fluidin a system.FluidFlowThe movementof liquids orgases throughpipes orsystems.HydraulicSystemA system thatusespressurizedliquid to transmitforce andperform work.HydraulicCylinderA device thatuses fluidpressure tocreate straight-line motion.Bernoulli’sPrincipleA rule stating thatas the speed of amoving fluidincreases, itspressuredecreases.ActuatorA device thatconvertsfluidpressure intomovement.CompressedAirAir that hasbeen squeezedinto a smallerspace to storeenergy.

Fluid Power - 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 surface space where force is applied.
    Area
  2. The amount of fluid moving through a system in a given amount of time.
    Flow Rate
  3. When a machine multiplies the force applied to it.
    Mechanical Advantage
  4. A system that uses compressed air or gas to create movement or power machines.
    Pneumatic System
  5. A container that stores hydraulic fluid in a hydraulic system.
    Reservoir
  6. How easily a substance can be squeezed into a smaller volume.
    Compressibility
  7. The speed and direction of fluid flow.
    Velocity
  8. A machine that uses Pascal’s Law to multiply force using fluid pressure.
    Hydraulic Press
  9. The principle that the flow rate of fluid must remain constant in a closed pipe system.
    Continuity Equation
  10. A gas law stating that pressure and volume are inversely related.
    Boyle’s Law
  11. A principle stating that pressure applied to a confined fluid is transmitted equally throughout the fluid.
    Pascal’s Law
  12. A fluid that cannot be easily compressed, like water or oil.
    Incompressible Fluid
  13. An upward force created by pressure differences in moving fluids.
    Lift
  14. A system where fluid is contained and pressure is transmitted through it.
    Closed System
  15. The use of liquids or gases under pressure to move or control machinery.
    Fluid Power
  16. The component that moves fluid through a hydraulic system and creates pressure.
    Pump
  17. A push or pull applied to an object.
    Force
  18. A gas law stating that volume and temperature of a gas are directly related.
    Charles’s Law
  19. Using machines and control systems to perform tasks automatically.
    Automation
  20. The amount of force applied over a specific area.
    Pressure
  21. Scientific rules that describe how gases behave under changes in pressure, volume, and temperature.
    Gas Laws
  22. A machine powered by compressed air.
    Pneumatic Tool
  23. A device that controls the direction or flow of fluid in a system.
    Valve
  24. The movement of liquids or gases through pipes or systems.
    Fluid Flow
  25. A system that uses pressurized liquid to transmit force and perform work.
    Hydraulic System
  26. A device that uses fluid pressure to create straight-line motion.
    Hydraulic Cylinder
  27. A rule stating that as the speed of a moving fluid increases, its pressure decreases.
    Bernoulli’s Principle
  28. A device that converts fluid pressure into movement.
    Actuator
  29. Air that has been squeezed into a smaller space to store energy.
    Compressed Air