PeriodTime tocompleteone cylcle oroscillationPowerThe rateat whichwork isdoneVectorA quantitythat includesbothmagnitudeand directionNewton's2nd LawThe acceleration ofan object is directlyproportional to thenet force andinversely proportionalto the objects massDisplacementThechange inposition ofan objectKineticEnergyEnergyassociatedwith anobjectsmotionDistanceThe totallength of thepath travelledbetween twopositionsKineticFrictionFrictionpresent asan objectslides acrossa surfaceWorkA forceexerted overa distance ora change inenergyScalarA quantitythat includesmagnitudeonlyGravityForce that isexertedbetween anytwo objectswith massAirResistanceResistiveforce exertedby airmoleculesExplosionType of collisionin which the totalmomentum ofthe system iszeroForceA pushor apullNewton's3rd LawFor everyaction thereis an equaland oppositereactionBalancedForcesWhen thesum of theforces actingon an objectis zeroAccelerationThe rate atwhich anobjectsvelocity ischangingNewton's1st LawAn object in motionremains in motionand an object at restremains at restunless acted on byan external forceInertiaThe tendencyof an objectto resist achange inmotionNormalForceForce that isperpendicularto a surfaceTensionA forceexertedby a ropeor chainNetForceThe vectorsum of theforces actingon an objectElasticPotentialEnergyEnergyassociated withan objectsposition on aspringFreeFallThis occurswhen gravityis the onlyforce actingon an objectMomentumTheproduct ofmass andvelocityVelocityThe rate atwhich anobjectsposition ischangingStaticFrictionType of frictionpresent beforean objectbegins to moveCentripetalForceNet Forcethat causesan object tomove in acircular pathFrequencyNumber ofcycles oroscillationsper secondImpulseA change inmomentum orthe product ofForce andTimeElasticCollisionType ofcollision inwhich objectsbounce off ofone anotherGravitationalPotentialEnergyEnergyassociated withan objectsposition abovethe groundInelasticCollisionCollision inwhich twoobjects sticktogetherPeriodTime tocompleteone cylcle oroscillationPowerThe rateat whichwork isdoneVectorA quantitythat includesbothmagnitudeand directionNewton's2nd LawThe acceleration ofan object is directlyproportional to thenet force andinversely proportionalto the objects massDisplacementThechange inposition ofan objectKineticEnergyEnergyassociatedwith anobjectsmotionDistanceThe totallength of thepath travelledbetween twopositionsKineticFrictionFrictionpresent asan objectslides acrossa surfaceWorkA forceexerted overa distance ora change inenergyScalarA quantitythat includesmagnitudeonlyGravityForce that isexertedbetween anytwo objectswith massAirResistanceResistiveforce exertedby airmoleculesExplosionType of collisionin which the totalmomentum ofthe system iszeroForceA pushor apullNewton's3rd LawFor everyaction thereis an equaland oppositereactionBalancedForcesWhen thesum of theforces actingon an objectis zeroAccelerationThe rate atwhich anobjectsvelocity ischangingNewton's1st LawAn object in motionremains in motionand an object at restremains at restunless acted on byan external forceInertiaThe tendencyof an objectto resist achange inmotionNormalForceForce that isperpendicularto a surfaceTensionA forceexertedby a ropeor chainNetForceThe vectorsum of theforces actingon an objectElasticPotentialEnergyEnergyassociated withan objectsposition on aspringFreeFallThis occurswhen gravityis the onlyforce actingon an objectMomentumTheproduct ofmass andvelocityVelocityThe rate atwhich anobjectsposition ischangingStaticFrictionType of frictionpresent beforean objectbegins to moveCentripetalForceNet Forcethat causesan object tomove in acircular pathFrequencyNumber ofcycles oroscillationsper secondImpulseA change inmomentum orthe product ofForce andTimeElasticCollisionType ofcollision inwhich objectsbounce off ofone anotherGravitationalPotentialEnergyEnergyassociated withan objectsposition abovethe groundInelasticCollisionCollision inwhich twoobjects sticktogether

Honors Physics Vocabulary - 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. Time to complete one cylcle or oscillation
    Period
  2. The rate at which work is done
    Power
  3. A quantity that includes both magnitude and direction
    Vector
  4. The acceleration of an object is directly proportional to the net force and inversely proportional to the objects mass
    Newton's 2nd Law
  5. The change in position of an object
    Displacement
  6. Energy associated with an objects motion
    Kinetic Energy
  7. The total length of the path travelled between two positions
    Distance
  8. Friction present as an object slides across a surface
    Kinetic Friction
  9. A force exerted over a distance or a change in energy
    Work
  10. A quantity that includes magnitude only
    Scalar
  11. Force that is exerted between any two objects with mass
    Gravity
  12. Resistive force exerted by air molecules
    Air Resistance
  13. Type of collision in which the total momentum of the system is zero
    Explosion
  14. A push or a pull
    Force
  15. For every action there is an equal and opposite reaction
    Newton's 3rd Law
  16. When the sum of the forces acting on an object is zero
    Balanced Forces
  17. The rate at which an objects velocity is changing
    Acceleration
  18. An object in motion remains in motion and an object at rest remains at rest unless acted on by an external force
    Newton's 1st Law
  19. The tendency of an object to resist a change in motion
    Inertia
  20. Force that is perpendicular to a surface
    Normal Force
  21. A force exerted by a rope or chain
    Tension
  22. The vector sum of the forces acting on an object
    Net Force
  23. Energy associated with an objects position on a spring
    Elastic Potential Energy
  24. This occurs when gravity is the only force acting on an object
    Free Fall
  25. The product of mass and velocity
    Momentum
  26. The rate at which an objects position is changing
    Velocity
  27. Type of friction present before an object begins to move
    Static Friction
  28. Net Force that causes an object to move in a circular path
    Centripetal Force
  29. Number of cycles or oscillations per second
    Frequency
  30. A change in momentum or the product of Force and Time
    Impulse
  31. Type of collision in which objects bounce off of one another
    Elastic Collision
  32. Energy associated with an objects position above the ground
    Gravitational Potential Energy
  33. Collision in which two objects stick together
    Inelastic Collision