MassThe amountof matter aphysicalbodycontainsInertiaThe tendencyof an objectto resist achange inmotionFrictionthe resistanceof motion whenone object rubsagainstanother.ForceA push orpullcausingmotionradiationtransfer ofheat thatdoes notneed contactlike sun raysVelocitydescribesspeed anddirection ofobjects inmotionWorkForce xDistanceUnbalancedForcesWhen one oftwo forces isstrongerthan theotherthermalenergythe motion ofatoms alsoknown asheatHypothesisA testableEducatedGuessconvectionhow thermalenergymoves fromhot places tocold placesthe law ofconservationof energy energycannot belost ordestroyedconductiontransferbetweensubstances indirect contactwith each othermechanicalenergytransfer ofenergythroughmotionMotionWhen anobjectchangespositionInfraredWavesGiven off byfire alsoknow asheat wavesMagneticNorthDirectionaCompassPoints toNewtons1st Lawof MotionAn object atrest tends toremain atrestBalancedForceswhen thereare oppositeforces of =strengthPotentialEnergyStoredEnergyMicrowavescarry phonesignals andcook foodNewton's2nd Lawof Motionthe law ofacceleration(acceleration=force/mass)EnergyThe abilityorcapacityto do workconductorsomethingthat helps orallows theflow ofelectricityNetforceThe sum ofall forcesacting on anobjectDistanceHow faran objecthasmovedSpeedthe ratean objectistravellingNewton'sThird Lawof MotionFor everyaction thereis an equaland oppositereactionGravity the universalforce ofattraction actingbetween allmatter.AccelerationA changein velocityover time20NewtonsKineticEnergyEnergyofMotionNon-contactForces1Gravity2Magnetism3Electromagnetism4Weak & StrongNuclear forcesinsulatorsomethingthat preventsthe flow ofelectricityMassThe amountof matter aphysicalbodycontainsInertiaThe tendencyof an objectto resist achange inmotionFrictionthe resistanceof motion whenone object rubsagainstanother.ForceA push orpullcausingmotionradiationtransfer ofheat thatdoes notneed contactlike sun raysVelocitydescribesspeed anddirection ofobjects inmotionWorkForce xDistanceUnbalancedForcesWhen one oftwo forces isstrongerthan theotherthermalenergythe motion ofatoms alsoknown asheatHypothesisA testableEducatedGuessconvectionhow thermalenergymoves fromhot places tocold placesthe law ofconservationof energy energycannot belost ordestroyedconductiontransferbetweensubstances indirect contactwith each othermechanicalenergytransfer ofenergythroughmotionMotionWhen anobjectchangespositionInfraredWavesGiven off byfire alsoknow asheat wavesMagneticNorthDirectionaCompassPoints toNewtons1st Lawof MotionAn object atrest tends toremain atrestBalancedForceswhen thereare oppositeforces of =strengthPotentialEnergyStoredEnergyMicrowavescarry phonesignals andcook foodNewton's2nd Lawof Motionthe law ofacceleration(acceleration=force/mass)EnergyThe abilityorcapacityto do workconductorsomethingthat helps orallows theflow ofelectricityNetforceThe sum ofall forcesacting on anobjectDistanceHow faran objecthasmovedSpeedthe ratean objectistravellingNewton'sThird Lawof MotionFor everyaction thereis an equaland oppositereactionGravity the universalforce ofattraction actingbetween allmatter.AccelerationA changein velocityover time20NewtonsKineticEnergyEnergyofMotionNon-contactForces1Gravity2Magnetism3Electromagnetism4Weak & StrongNuclear forcesinsulatorsomethingthat preventsthe flow ofelectricity

Energy, Force, & 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. The amount of matter a physical body contains
    Mass
  2. The tendency of an object to resist a change in motion
    Inertia
  3. the resistance of motion when one object rubs against another.
    Friction
  4. A push or pull causing motion
    Force
  5. transfer of heat that does not need contact like sun rays
    radiation
  6. describes speed and direction of objects in motion
    Velocity
  7. Force x Distance
    Work
  8. When one of two forces is stronger than the other
    Unbalanced Forces
  9. the motion of atoms also known as heat
    thermal energy
  10. A testable Educated Guess
    Hypothesis
  11. how thermal energy moves from hot places to cold places
    convection
  12. energy cannot be lost or destroyed
    the law of conservation of energy
  13. transfer between substances in direct contact with each other
    conduction
  14. transfer of energy through motion
    mechanical energy
  15. When an object changes position
    Motion
  16. Given off by fire also know as heat waves
    Infrared Waves
  17. Direction a Compass Points to
    Magnetic North
  18. An object at rest tends to remain at rest
    Newtons 1st Law of Motion
  19. when there are opposite forces of = strength
    Balanced Forces
  20. Stored Energy
    Potential Energy
  21. carry phone signals and cook food
    Microwaves
  22. the law of acceleration (acceleration = force/mass)
    Newton's 2nd Law of Motion
  23. The ability or capacity to do work
    Energy
  24. something that helps or allows the flow of electricity
    conductor
  25. The sum of all forces acting on an object
    Net force
  26. How far an object has moved
    Distance
  27. the rate an object is travelling
    Speed
  28. For every action there is an equal and opposite reaction
    Newton's Third Law of Motion
  29. the universal force of attraction acting between all matter.
    Gravity
  30. A change in velocity over time
    Acceleration

  31. 20 Newtons
  32. Energy of Motion
    Kinetic Energy
  33. 1Gravity 2Magnetism 3Electromagnetism 4Weak & Strong Nuclear forces
    Non-contact Forces
  34. something that prevents the flow of electricity
    insulator