UnbalancedUnequal forcesacting on anobject, causinga change inmotionFrictionA force thatopposes motionbetween twosurfacestouching eachotherNewtonThe SIunit forforceVelocitySpeedanddirectionkgThe SIunit formassMassTheamount ofmatter inan objectAction-ReactionPairTwo equaland oppositeforcesbetweenobjectsForceA pushor pull onan objectNewton's3rd LawFor everyaction force,there is anequal andoppositereaction forceinverselyproportionalWhen onevalueincreases,the otherdecreasessubtractUsed to find netforces whenforces act in theoppositedirectiondirectlyproportionalWhen onevalueincreases,the otherincreasesF=maTheformula forNewton's2nd lawThe SI unitforaccelerationAccelerationChangein velocityover timeaddUsed to findnet force whenforces act inthe samedirectionNewton's2nd LawThe accelerationis inverselyproportional tomass and directlyproportional tonet force appliedNormalForceSupportforce from asurfacepushing upon an objectNewton's1st LawAn object willstay at rest orin motionunless a forceacts on it.InertiaThe tendencyof objects toresistchanges inmotionNetForceThe sum ofof all forcesacting onan objectBalancedEqual andoppositeforces causingno change inmotionWeightThe forceof gravityacting onan objectGravityAn attractiveforce thatpulls objectstoward eachotherUnbalancedUnequal forcesacting on anobject, causinga change inmotionFrictionA force thatopposes motionbetween twosurfacestouching eachotherNewtonThe SIunit forforceVelocitySpeedanddirectionkgThe SIunit formassMassTheamount ofmatter inan objectAction-ReactionPairTwo equaland oppositeforcesbetweenobjectsForceA pushor pull onan objectNewton's3rd LawFor everyaction force,there is anequal andoppositereaction forceinverselyproportionalWhen onevalueincreases,the otherdecreasessubtractUsed to find netforces whenforces act in theoppositedirectiondirectlyproportionalWhen onevalueincreases,the otherincreasesF=maTheformula forNewton's2nd lawThe SI unitforaccelerationAccelerationChangein velocityover timeaddUsed to findnet force whenforces act inthe samedirectionNewton's2nd LawThe accelerationis inverselyproportional tomass and directlyproportional tonet force appliedNormalForceSupportforce from asurfacepushing upon an objectNewton's1st LawAn object willstay at rest orin motionunless a forceacts on it.InertiaThe tendencyof objects toresistchanges inmotionNetForceThe sum ofof all forcesacting onan objectBalancedEqual andoppositeforces causingno change inmotionWeightThe forceof gravityacting onan objectGravityAn attractiveforce thatpulls objectstoward eachother

Newton's Laws 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. Unequal forces acting on an object, causing a change in motion
    Unbalanced
  2. A force that opposes motion between two surfaces touching each other
    Friction
  3. The SI unit for force
    Newton
  4. Speed and direction
    Velocity
  5. The SI unit for mass
    kg
  6. The amount of matter in an object
    Mass
  7. Two equal and opposite forces between objects
    Action-Reaction Pair
  8. A push or pull on an object
    Force
  9. For every action force, there is an equal and opposite reaction force
    Newton's 3rd Law
  10. When one value increases, the other decreases
    inversely proportional
  11. Used to find net forces when forces act in the opposite direction
    subtract
  12. When one value increases, the other increases
    directly proportional
  13. The formula for Newton's 2nd law
    F=ma
  14. The SI unit for acceleration
  15. Change in velocity over time
    Acceleration
  16. Used to find net force when forces act in the same direction
    add
  17. The acceleration is inversely proportional to mass and directly proportional to net force applied
    Newton's 2nd Law
  18. Support force from a surface pushing up on an object
    Normal Force
  19. An object will stay at rest or in motion unless a force acts on it.
    Newton's 1st Law
  20. The tendency of objects to resist changes in motion
    Inertia
  21. The sum of of all forces acting on an object
    Net Force
  22. Equal and opposite forces causing no change in motion
    Balanced
  23. The force of gravity acting on an object
    Weight
  24. An attractive force that pulls objects toward each other
    Gravity