NormalForceThe upwardforce thatbalances theweight of anobject on asurface.AmplitudeThe amplitude of apendulum is one-half the distancethat the bobtravels in movingfrom one side tothe other.MotionChange inpositionrelative to areferenceframe.Newton'sFirst Lawof MotionEvery object tends to stayat rest or in motion in a setdirection unless acted uponby an outside force. Anobject in motion will remainin motion in a straight lineat constant speed unlessacted on by an unbalancedforce.Positionobject’splace orlocationPeriodthe duration of onecomplete cycle of apendulum swingingfrom one side to theother and back to itsstarting point.ReferencePointa place or objectused forcomparison todetermine ifsomething is inmotion.accelerationThe amountof change inan object'svelocity.Pendulumanything thatswingsunder itsown weight.FrictionThe force thatacts to resistthe relativemotion ofobjects incontact.balancedforceForces actingon an objectthat combineand form a netforce of zero.SpeedThe distancetraveleddivided bytime.constantvelocitydoes notchange (NOspeeding up,slowing down,or changingdirection)NewtonsUnit forforce9.807m/s²earth'sgravitationalaccelerationWeightThe forceof gravityon anobject.MicrogravityAn environmentcreated byfreefall in whichgravity’s effectsare greatlyreduced.ForceA push,pull ortwist of anobject.PowerThe rateat whichwork isdone.Trajectorythe line orcurve of anobject movingthroughspace.CenterofMassthe averageposition of allof the massof an objectMassThequantity ofmatter inan object.Bobthe weight atthe end of astring or rodin apendulum.Arcasegmentof a circleRestAn object doesnot change itsposition withrespect to itssurroundings.Buoyantforceis theupward pushof a liquid orgas on anobject.MomentofInertiathe principleof inertiaapplied torotatingobjects.Slopethe steepness of aline on a graph, equalto its vertical changedivided by itshorizontal change;slope = rise dividedby run.Distancehow muchground iscovered by amoving objectfrom start tofinish.Pivota point uponwhichsomethingrests, turnsor oscillates.Inertiathe property ofan object tokeep movingunless it isstopped by anoutside forceNetForceThecombinationof all theforces actingon an object.ExertTo putto useDisplacementChange inrelativeposition ofan object.frequencythe rate atwhich arepeatingeventoccurs.UnbalancedForceforces acting onan object thatcombine andform a net forcethat is not zero.AverageSpeedthe overall rate ofspeed at which anobject moves at anon-constant rate;total distance dividedby total time =average speedKilogramThemetricmeasureof mass.VectorA quantitywith adirection.MomentumA measure ofmass in motion.Momentum is theproduct of anobject's mass andvelocity.Dragforces, such as airfriction, acting in theopposite directionfrom the forcepropelling theobject.CollisionA situation inwhich two objectsin close contactexchange energyand momentum.ReactionA force thatis acting inthe oppositedirection.SirIsaacNewtonScientist famousfor developing thelaws of motion. Heis most famous for“discovering”gravity.InertiaAn object'sresistance tochanging itsmotion.Conservationof momentumthe totalmomentumremains constantunless a netexternal force actson a systemMotionA changein positionover time.VelocityThe speedanddirection ofan object.Oscillationto swing backand forth or upand down, fromone extremelimit to anotherImpulsethe quantityof force andtime appliedin a situationWorkA forceapplied to anobject over adistance.RepelTwo forceaway orapart.Newtonthe SIunit offorceStationaryNotmoving.NormalForceThe upwardforce thatbalances theweight of anobject on asurface.AmplitudeThe amplitude of apendulum is one-half the distancethat the bobtravels in movingfrom one side tothe other.MotionChange inpositionrelative to areferenceframe.Newton'sFirst Lawof MotionEvery object tends to stayat rest or in motion in a setdirection unless acted uponby an outside force. Anobject in motion will remainin motion in a straight lineat constant speed unlessacted on by an unbalancedforce.Positionobject’splace orlocationPeriodthe duration of onecomplete cycle of apendulum swingingfrom one side to theother and back to itsstarting point.ReferencePointa place or objectused forcomparison todetermine ifsomething is inmotion.accelerationThe amountof change inan object'svelocity.Pendulumanything thatswingsunder itsown weight.FrictionThe force thatacts to resistthe relativemotion ofobjects incontact.balancedforceForces actingon an objectthat combineand form a netforce of zero.SpeedThe distancetraveleddivided bytime.constantvelocitydoes notchange (NOspeeding up,slowing down,or changingdirection)NewtonsUnit forforce9.807m/s²earth'sgravitationalaccelerationWeightThe forceof gravityon anobject.MicrogravityAn environmentcreated byfreefall in whichgravity’s effectsare greatlyreduced.ForceA push,pull ortwist of anobject.PowerThe rateat whichwork isdone.Trajectorythe line orcurve of anobject movingthroughspace.CenterofMassthe averageposition of allof the massof an objectMassThequantity ofmatter inan object.Bobthe weight atthe end of astring or rodin apendulum.Arcasegmentof a circleRestAn object doesnot change itsposition withrespect to itssurroundings.Buoyantforceis theupward pushof a liquid orgas on anobject.MomentofInertiathe principleof inertiaapplied torotatingobjects.Slopethe steepness of aline on a graph, equalto its vertical changedivided by itshorizontal change;slope = rise dividedby run.Distancehow muchground iscovered by amoving objectfrom start tofinish.Pivota point uponwhichsomethingrests, turnsor oscillates.Inertiathe property ofan object tokeep movingunless it isstopped by anoutside forceNetForceThecombinationof all theforces actingon an object.ExertTo putto useDisplacementChange inrelativeposition ofan object.frequencythe rate atwhich arepeatingeventoccurs.UnbalancedForceforces acting onan object thatcombine andform a net forcethat is not zero.AverageSpeedthe overall rate ofspeed at which anobject moves at anon-constant rate;total distance dividedby total time =average speedKilogramThemetricmeasureof mass.VectorA quantitywith adirection.MomentumA measure ofmass in motion.Momentum is theproduct of anobject's mass andvelocity.Dragforces, such as airfriction, acting in theopposite directionfrom the forcepropelling theobject.CollisionA situation inwhich two objectsin close contactexchange energyand momentum.ReactionA force thatis acting inthe oppositedirection.SirIsaacNewtonScientist famousfor developing thelaws of motion. Heis most famous for“discovering”gravity.InertiaAn object'sresistance tochanging itsmotion.Conservationof momentumthe totalmomentumremains constantunless a netexternal force actson a systemMotionA changein positionover time.VelocityThe speedanddirection ofan object.Oscillationto swing backand forth or upand down, fromone extremelimit to anotherImpulsethe quantityof force andtime appliedin a situationWorkA forceapplied to anobject over adistance.RepelTwo forceaway orapart.Newtonthe SIunit offorceStationaryNotmoving.

Law Of Inertia Bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. 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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E E
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F F
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C C
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O O
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C C
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O O
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C C
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F F
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F F
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C C
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O O
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F F
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O O
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E E
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F F
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E E
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O O
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R R
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R R
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R R
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E E
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O O
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O O
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C C
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C C
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E E
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R R
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E E
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R R
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E E
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E E
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R R
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R R
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E E
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R R
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O O
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O O
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F F
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F F
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O O
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F F
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C C
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C C
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F F
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E E
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O O
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F F
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C C
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R R
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F F
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E E
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C C
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C C
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R R
  1. E-The upward force that balances the weight of an object on a surface.
    E-Normal Force
  2. F-The amplitude of a pendulum is one-half the distance that the bob travels in moving from one side to the other.
    F-Amplitude
  3. C-Change in position relative to a reference frame.
    C-Motion
  4. O-Every object tends to stay at rest or in motion in a set direction unless acted upon by an outside force. An object in motion will remain in motion in a straight line at constant speed unless acted on by an unbalanced force.
    O-Newton's First Law of Motion
  5. C-object’s place or location
    C-Position
  6. O-the duration of one complete cycle of a pendulum swinging from one side to the other and back to its starting point.
    O-Period
  7. C-a place or object used for comparison to determine if something is in motion.
    C-Reference Point
  8. F-The amount of change in an object's velocity.
    F-acceleration
  9. F-anything that swings under its own weight.
    F-Pendulum
  10. C-The force that acts to resist the relative motion of objects in contact.
    C-Friction
  11. O-Forces acting on an object that combine and form a net force of zero.
    O-balanced force
  12. F-The distance traveled divided by time.
    F-Speed
  13. O-does not change (NO speeding up, slowing down, or changing direction)
    O-constant velocity
  14. E-Unit for force
    E-Newtons
  15. F-earth's gravitational acceleration
    F-9.807 m/s²
  16. E-The force of gravity on an object.
    E-Weight
  17. O-An environment created by freefall in which gravity’s effects are greatly reduced.
    O-Microgravity
  18. R- A push, pull or twist of an object.
    R-Force
  19. R-The rate at which work is done.
    R-Power
  20. R-the line or curve of an object moving through space.
    R-Trajectory
  21. E- the average position of all of the mass of an object
    E-Center of Mass
  22. O-The quantity of matter in an object.
    O-Mass
  23. O-the weight at the end of a string or rod in a pendulum.
    O-Bob
  24. C-a segment of a circle
    C-Arc
  25. C-An object does not change its position with respect to its surroundings.
    C-Rest
  26. E-is the upward push of a liquid or gas on an object.
    E-Buoyant force
  27. R-the principle of inertia applied to rotating objects.
    R-Moment of Inertia
  28. E-the steepness of a line on a graph, equal to its vertical change divided by its horizontal change; slope = rise divided by run.
    E-Slope
  29. R-how much ground is covered by a moving object from start to finish.
    R-Distance
  30. E-a point upon which something rests, turns or oscillates.
    E-Pivot
  31. E- the property of an object to keep moving unless it is stopped by an outside force
    E-Inertia
  32. R-The combination of all the forces acting on an object.
    R-Net Force
  33. R-To put to use
    R-Exert
  34. E-Change in relative position of an object.
    E-Displacement
  35. R-the rate at which a repeating event occurs.
    R-frequency
  36. O-forces acting on an object that combine and form a net force that is not zero.
    O-Unbalanced Force
  37. O-the overall rate of speed at which an object moves at a non-constant rate; total distance divided by total time = average speed
    O-Average Speed
  38. F-The metric measure of mass.
    F-Kilogram
  39. F-A quantity with a direction.
    F-Vector
  40. O-A measure of mass in motion. Momentum is the product of an object's mass and velocity.
    O-Momentum
  41. F-forces, such as air friction, acting in the opposite direction from the force propelling the object.
    F-Drag
  42. C-A situation in which two objects in close contact exchange energy and momentum.
    C-Collision
  43. C-A force that is acting in the opposite direction.
    C-Reaction
  44. F-Scientist famous for developing the laws of motion. He is most famous for “discovering” gravity.
    F-Sir Isaac Newton
  45. E-An object's resistance to changing its motion.
    E-Inertia
  46. O- the total momentum remains constant unless a net external force acts on a system
    O-Conservation of momentum
  47. F-A change in position over time.
    F-Motion
  48. C-The speed and direction of an object.
    C-Velocity
  49. R-to swing back and forth or up and down, from one extreme limit to another
    R-Oscillation
  50. F-the quantity of force and time applied in a situation
    F-Impulse
  51. E-A force applied to an object over a distance.
    E-Work
  52. C-Two force away or apart.
    C-Repel
  53. C-the SI unit of force
    C-Newton
  54. R-Not moving.
    R-Stationary