300m/swestVelocitymassamount ofmatter inan object3rdlawA fireman turnson the hose andis pushed backby the force ofwater leavingthe hoseairresistanceupward forceof an objectfallingthrough theairconstantspeedgravitypullingobjects toeachotherd/tcalculatespeedmagnitiudesize orstrengthof a force2ndlawA heavycartrequiresmore forceconstantforcemassincreasesandaccelerationdecreasesTo decribeVelocityyou needto knowspeedanddirectionfrictionforce thatopposesmotionspeedat restzerometermetricunit ofdistancebalancedforces thatdo notcauseaccelerationunbalancedforce2 birds pullingon a worm andthe wormmoves to thefirst bird, forcesarebalancedforcesdiagramAccelerationischange inspeed ordirectionnewtonunit offorcemotionprocess ofchangingpostion1stlawbowlingpins aresitting atrestm/s/sunit ofaccelerationinertiaresistanceto changein motionforcepushor pulldislacementdifferencebetween thestarting andfinal positionmomentuma meaure ofhow hard itis to stop amovingobjectdifferentobjectswhy don'tactionreaction pairscreate a netforce of zeroreferencepointStarting pointyou chooseto describe alocation orpositionHalloweenOctober31st9.8m/s/saccelerationdue togravityF=maequationfornewton,s2nd lawconservationofmomentumtotalmomentum of agroupof objectsstays the samafter a colisionActionandReactionEqualandoppositesecondmetricunit oftime300m/swestVelocitymassamount ofmatter inan object3rdlawA fireman turnson the hose andis pushed backby the force ofwater leavingthe hoseairresistanceupward forceof an objectfallingthrough theairconstantspeedgravitypullingobjects toeachotherd/tcalculatespeedmagnitiudesize orstrengthof a force2ndlawA heavycartrequiresmore forceconstantforcemassincreasesandaccelerationdecreasesTo decribeVelocityyou needto knowspeedanddirectionfrictionforce thatopposesmotionspeedat restzerometermetricunit ofdistancebalancedforces thatdo notcauseaccelerationunbalancedforce2 birds pullingon a worm andthe wormmoves to thefirst bird, forcesarebalancedforcesdiagramAccelerationischange inspeed ordirectionnewtonunit offorcemotionprocess ofchangingpostion1stlawbowlingpins aresitting atrestm/s/sunit ofaccelerationinertiaresistanceto changein motionforcepushor pulldislacementdifferencebetween thestarting andfinal positionmomentuma meaure ofhow hard itis to stop amovingobjectdifferentobjectswhy don'tactionreaction pairscreate a netforce of zeroreferencepointStarting pointyou chooseto describe alocation orpositionHalloweenOctober31st9.8m/s/saccelerationdue togravityF=maequationfornewton,s2nd lawconservationofmomentumtotalmomentum of agroupof objectsstays the samafter a colisionActionandReactionEqualandoppositesecondmetricunit oftime

Unit Review Newton motion - 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. Velocity
    300m/s west
  2. amount of matter in an object
    mass
  3. A fireman turns on the hose and is pushed back by the force of water leaving the hose
    3rd law
  4. upward force of an object falling through the air
    air resistance

  5. constant speed
  6. pulling objects to each other
    gravity
  7. calculate speed
    d/t
  8. size or strength of a force
    magnitiude
  9. A heavy cart requires more force
    2nd law
  10. mass increases and acceleration decreases
    constant force
  11. speed and direction
    To decribe Velocity you need to know
  12. force that opposes motion
    friction
  13. zero
    speed at rest
  14. metric unit of distance
    meter
  15. forces that do not cause acceleration
    balanced
  16. 2 birds pulling on a worm and the worm moves to the first bird, forces are
    unbalanced force
  17. balanced forces diagram
  18. change in speed or direction
    Acceleration is
  19. unit of force
    newton
  20. process of changing postion
    motion
  21. bowling pins are sitting at rest
    1st law
  22. unit of acceleration
    m/s/s
  23. resistance to change in motion
    inertia
  24. push or pull
    force
  25. difference between the starting and final position
    dislacement
  26. a meaure of how hard it is to stop a moving object
    momentum
  27. why don't action reaction pairs create a net force of zero
    different objects
  28. Starting point you choose to describe a location or position
    reference point
  29. October 31st
    Halloween
  30. acceleration due to gravity
    9.8 m/s/s
  31. equation for newton,s 2nd law
    F=ma
  32. total momentum of a groupof objects stays the sam after a colision
    conservation of momentum
  33. Equal and opposite
    Action and Reaction
  34. metric unit of time
    second