EnergyTheability todo work.MachineA tool thatmakes workeasier bychanging forceor motion.AccelerationThe rate atwhichvelocitychangesover time.PulleyA wheel witha groove thatuses a ropeor cable tolift loads.WorkEnergytransferredwhen a forcemoves anobject adistance.ScrewAn inclinedplanewrappedaround acylinder.CompoundMachineA machinemade fromtwo or moresimplemachines.GearA rotatingwheel withteeth thattransfersmotion andforce.WedgeTwo inclinedplanes joinedtogether tosplit or cutobjects.VelocitySpeed ina specificdirection.NetForceThecombinedeffect of allforces actingon an object.Conservationof EnergyEnergy cannotbe created ordestroyed,only changedin form.EfficiencyThe percentageof input energyconverted intouseful outputwork.MechanicsThe branchof physicsthat studiesmotion andforces.TorqueA twisting forcethat causesrotation aroundan axis.PowerThe rate atwhich workis done orenergy isused.SimpleMachineA basicdevice thathelpschange forceor motion.MechanicalSystemA device thatuses energyto performwork.ForceA push orpull actingon anobject.MotorA device thatconvertselectricalenergy intomechanicalmotion.LeverA rigid barthat rotatesaround a fixedpoint called afulcrum.MechanicalAdvantageHow much amachinemultiplies theinput force.FulcrumThe pivotpoint onwhich a leverrotates.WheelandAxleA large wheelattached to asmaller axlethat rotatetogether.InclinedPlaneA slantedsurface usedto raise orlower objectswith less force.EnergyTheability todo work.MachineA tool thatmakes workeasier bychanging forceor motion.AccelerationThe rate atwhichvelocitychangesover time.PulleyA wheel witha groove thatuses a ropeor cable tolift loads.WorkEnergytransferredwhen a forcemoves anobject adistance.ScrewAn inclinedplanewrappedaround acylinder.CompoundMachineA machinemade fromtwo or moresimplemachines.GearA rotatingwheel withteeth thattransfersmotion andforce.WedgeTwo inclinedplanes joinedtogether tosplit or cutobjects.VelocitySpeed ina specificdirection.NetForceThecombinedeffect of allforces actingon an object.Conservationof EnergyEnergy cannotbe created ordestroyed,only changedin form.EfficiencyThe percentageof input energyconverted intouseful outputwork.MechanicsThe branchof physicsthat studiesmotion andforces.TorqueA twisting forcethat causesrotation aroundan axis.PowerThe rate atwhich workis done orenergy isused.SimpleMachineA basicdevice thathelpschange forceor motion.MechanicalSystemA device thatuses energyto performwork.ForceA push orpull actingon anobject.MotorA device thatconvertselectricalenergy intomechanicalmotion.LeverA rigid barthat rotatesaround a fixedpoint called afulcrum.MechanicalAdvantageHow much amachinemultiplies theinput force.FulcrumThe pivotpoint onwhich a leverrotates.WheelandAxleA large wheelattached to asmaller axlethat rotatetogether.InclinedPlaneA slantedsurface usedto raise orlower objectswith less force.

Principles of Engineering 3.1 - 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 ability to do work.
    Energy
  2. A tool that makes work easier by changing force or motion.
    Machine
  3. The rate at which velocity changes over time.
    Acceleration
  4. A wheel with a groove that uses a rope or cable to lift loads.
    Pulley
  5. Energy transferred when a force moves an object a distance.
    Work
  6. An inclined plane wrapped around a cylinder.
    Screw
  7. A machine made from two or more simple machines.
    Compound Machine
  8. A rotating wheel with teeth that transfers motion and force.
    Gear
  9. Two inclined planes joined together to split or cut objects.
    Wedge
  10. Speed in a specific direction.
    Velocity
  11. The combined effect of all forces acting on an object.
    Net Force
  12. Energy cannot be created or destroyed, only changed in form.
    Conservation of Energy
  13. The percentage of input energy converted into useful output work.
    Efficiency
  14. The branch of physics that studies motion and forces.
    Mechanics
  15. A twisting force that causes rotation around an axis.
    Torque
  16. The rate at which work is done or energy is used.
    Power
  17. A basic device that helps change force or motion.
    Simple Machine
  18. A device that uses energy to perform work.
    Mechanical System
  19. A push or pull acting on an object.
    Force
  20. A device that converts electrical energy into mechanical motion.
    Motor
  21. A rigid bar that rotates around a fixed point called a fulcrum.
    Lever
  22. How much a machine multiplies the input force.
    Mechanical Advantage
  23. The pivot point on which a lever rotates.
    Fulcrum
  24. A large wheel attached to a smaller axle that rotate together.
    Wheel and Axle
  25. A slanted surface used to raise or lower objects with less force.
    Inclined Plane