AverageSpeedthe total distancetraveled by theobject divided bythe elapsed timeto cover thatdistanceConservationof Energya principle statingthat energy cannotbe created ordestroyed, but can bealtered from one formto anotherBalancedForcea force wheretwo forces ofequal size, acton a body, inopposingdirectionsSpeedthe rate atwhich anobjectcoversdistanceInstantaneousSpeedwhen thespeed of anobject isconstantlychangingUnbalancedForcewhen two forcesacting in opposingdirections are notequal inmagnitude and insizeDistancean amount ofspacebetween twothings orpeopleDisplacementmoving butreturning tothe originalpositionVelocitythe rate of changeof position withrespect to a frameof reference; afunction of timeConstantSpeedWhen the speed ofan object remains thesame - it does notincrease or decrease- we say it is movingat a constant speedWorka measure of energytransfer that occurswhen an object ismoved over a distanceby an external force atleast part of which isapplied in the directionof the displacementNetForcethe vectorsum offorces actingon a particleor bodyForcestrength orenergyexerted orbrought tobearFrame ofReferencean abstract coordinatesystem and the set ofphysical referencepoints that uniquely fixthe coordinate systemand standardizemeasurements withinthat frameEnergythecapacityfor doingworkMechanicalEnergythe energy thatis possessed byan object due toits motion or dueto its positionSimpleMachinea mechanicaldevice thatchanges thedirection ormagnitude of aforceFrictionthe force resisting therelative motion ofsolid surfaces, fluidlayers, and materialelements slidingagainst each otherEfforta forceexerted by amachine orin a processAccelerationthe rate ofchange ofvelocity perunit of time PotentialEnergythe energypossessed by a bodyby virtue of itsposition relative toothers, stresseswithin itself, electriccharge, and otherfactorsMotionthephenomenon inwhich an objectchanges itsposition overtimeInputForcethe initialforce used toget a machineto beginworkingOutputForcethe forceexerted onan object bya simplemachineEfficiencya comparisonof the energyoutput to theenergy input ina given systemAverageSpeedthe total distancetraveled by theobject divided bythe elapsed timeto cover thatdistanceConservationof Energya principle statingthat energy cannotbe created ordestroyed, but can bealtered from one formto anotherBalancedForcea force wheretwo forces ofequal size, acton a body, inopposingdirectionsSpeedthe rate atwhich anobjectcoversdistanceInstantaneousSpeedwhen thespeed of anobject isconstantlychangingUnbalancedForcewhen two forcesacting in opposingdirections are notequal inmagnitude and insizeDistancean amount ofspacebetween twothings orpeopleDisplacementmoving butreturning tothe originalpositionVelocitythe rate of changeof position withrespect to a frameof reference; afunction of timeConstantSpeedWhen the speed ofan object remains thesame - it does notincrease or decrease- we say it is movingat a constant speedWorka measure of energytransfer that occurswhen an object ismoved over a distanceby an external force atleast part of which isapplied in the directionof the displacementNetForcethe vectorsum offorces actingon a particleor bodyForcestrength orenergyexerted orbrought tobearFrame ofReferencean abstract coordinatesystem and the set ofphysical referencepoints that uniquely fixthe coordinate systemand standardizemeasurements withinthat frameEnergythecapacityfor doingworkMechanicalEnergythe energy thatis possessed byan object due toits motion or dueto its positionSimpleMachinea mechanicaldevice thatchanges thedirection ormagnitude of aforceFrictionthe force resisting therelative motion ofsolid surfaces, fluidlayers, and materialelements slidingagainst each otherEfforta forceexerted by amachine orin a processAccelerationthe rate ofchange ofvelocity perunit of time PotentialEnergythe energypossessed by a bodyby virtue of itsposition relative toothers, stresseswithin itself, electriccharge, and otherfactorsMotionthephenomenon inwhich an objectchanges itsposition overtimeInputForcethe initialforce used toget a machineto beginworkingOutputForcethe forceexerted onan object bya simplemachineEfficiencya comparisonof the energyoutput to theenergy input ina given system

James Ivey - Physical Science - Game Time! - 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 total distance traveled by the object divided by the elapsed time to cover that distance
    Average Speed
  2. a principle stating that energy cannot be created or destroyed, but can be altered from one form to another
    Conservation of Energy
  3. a force where two forces of equal size, act on a body, in opposing directions
    Balanced Force
  4. the rate at which an object covers distance
    Speed
  5. when the speed of an object is constantly changing
    Instantaneous Speed
  6. when two forces acting in opposing directions are not equal in magnitude and in size
    Unbalanced Force
  7. an amount of space between two things or people
    Distance
  8. moving but returning to the original position
    Displacement
  9. the rate of change of position with respect to a frame of reference; a function of time
    Velocity
  10. When the speed of an object remains the same - it does not increase or decrease - we say it is moving at a constant speed
    Constant Speed
  11. a measure of energy transfer that occurs when an object is moved over a distance by an external force at least part of which is applied in the direction of the displacement
    Work
  12. the vector sum of forces acting on a particle or body
    Net Force
  13. strength or energy exerted or brought to bear
    Force
  14. an abstract coordinate system and the set of physical reference points that uniquely fix the coordinate system and standardize measurements within that frame
    Frame of Reference
  15. the capacity for doing work
    Energy
  16. the energy that is possessed by an object due to its motion or due to its position
    Mechanical Energy
  17. a mechanical device that changes the direction or magnitude of a force
    Simple Machine
  18. the force resisting the relative motion of solid surfaces, fluid layers, and material elements sliding against each other
    Friction
  19. a force exerted by a machine or in a process
    Effort
  20. the rate of change of velocity per unit of time
    Acceleration
  21. the energy possessed by a body by virtue of its position relative to others, stresses within itself, electric charge, and other factors
    Potential Energy
  22. the phenomenon in which an object changes its position over time
    Motion
  23. the initial force used to get a machine to begin working
    Input Force
  24. the force exerted on an object by a simple machine
    Output Force
  25. a comparison of the energy output to the energy input in a given system
    Efficiency