ConstantspeedAverageSpeedTotaldistancedivided bytotal timeSecondlawF=MABalancedforceCause nochange inmotionThirdlawevery actionhas an equaland oppositereactionFlyingsouth forthe winterexampleofVelocityNoncontactforceElectricityormagnetismSpeedDistancetraveled inan amountof timeGravityforce forceof attractionbetweentwo objectsForcePushor pullMotionChangeinpositionFirstlawan own objectat rest remainsat rest untilacted on by anunbalancedforceMagnitudethesizeAccelerationchangeinvelocity1meter100cm600m/sexampleofSpeedFrictionForcecaused byobjects incontactContactforceSlidingorrollingNetforcetotal of allforcesacting onan objectSecondsunitunit oftimeNewtonkgm/s2VelocitySpeedin adirectionConservationof momentumMomentum isnot createdor destroyedit onlytransfersM/sunit ofspeedUnbalancedforceCause achangein motionRidinga Ferriswheelexample ofaccelerationDisplacementdistancefrom startpositionDistanceLengthbetween2pointsReferencepointLocationused todeterminemotionAirresistanceFrictionof airMassAmount ofmatter inan objectStopwatchtool foolformeasuringtimeInertiaResistanceto stanceto changein motionD/tEquationforspeedConstantspeedAverageSpeedTotaldistancedivided bytotal timeSecondlawF=MABalancedforceCause nochange inmotionThirdlawevery actionhas an equaland oppositereactionFlyingsouth forthe winterexampleofVelocityNoncontactforceElectricityormagnetismSpeedDistancetraveled inan amountof timeGravityforce forceof attractionbetweentwo objectsForcePushor pullMotionChangeinpositionFirstlawan own objectat rest remainsat rest untilacted on by anunbalancedforceMagnitudethesizeAccelerationchangeinvelocity1meter100cm600m/sexampleofSpeedFrictionForcecaused byobjects incontactContactforceSlidingorrollingNetforcetotal of allforcesacting onan objectSecondsunitunit oftimeNewtonkgm/s2VelocitySpeedin adirectionConservationof momentumMomentum isnot createdor destroyedit onlytransfersM/sunit ofspeedUnbalancedforceCause achangein motionRidinga Ferriswheelexample ofaccelerationDisplacementdistancefrom startpositionDistanceLengthbetween2pointsReferencepointLocationused todeterminemotionAirresistanceFrictionof airMassAmount ofmatter inan objectStopwatchtool foolformeasuringtimeInertiaResistanceto stanceto changein motionD/tEquationforspeed

Motion Bingo - 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. Constant speed
  2. Total distance divided by total time
    Average Speed
  3. F=MA
    Second law
  4. Cause no change in motion
    Balanced force
  5. every action has an equal and opposite reaction
    Third law
  6. example of Velocity
    Flying south for the winter
  7. Electricity or magnetism
    Noncontact force
  8. Distance traveled in an amount of time
    Speed
  9. force force of attraction between two objects
    Gravity
  10. Push or pull
    Force
  11. Change in position
    Motion
  12. an own object at rest remains at rest until acted on by an unbalanced force
    First law
  13. the size
    Magnitude
  14. change in velocity
    Acceleration
  15. 100 cm
    1 meter
  16. example of Speed
    600m/s
  17. Force caused by objects in contact
    Friction
  18. Sliding or rolling
    Contact force
  19. total of all forces acting on an object
    Net force
  20. unit unit of time
    Seconds
  21. kg m/s2
    Newton
  22. Speed in a direction
    Velocity
  23. Momentum is not created or destroyed it only transfers
    Conservation of momentum
  24. unit of speed
    M/s
  25. Cause a change in motion
    Unbalanced force
  26. example of acceleration
    Riding a Ferris wheel
  27. distance from start position
    Displacement
  28. Length between 2points
    Distance
  29. Location used to determine motion
    Reference point
  30. Friction of air
    Air resistance
  31. Amount of matter in an object
    Mass
  32. tool fool for measuring time
    Stopwatch
  33. Resistance to stance to change in motion
    Inertia
  34. Equation for speed
    D/t