BalancedForcesForces thatare equal insize andopposite indirectionCircuitAtomsThesimplestform ofmatterForcePush andpull oneobjectexcerpts onanotherMassTheamount ofmatter ina objectNetForceThe combiningof forces whentwo or moreforces act onan objectGravityTheattractiontwo objectshave on oneanotherAccelerationRate ofchange ofvelocityover timeBatteryA device thatconvertschemicalenergy toelectricalenergy.NegativeAccelerationWhen anobjectslowsdownSpeedThe distancean object'straver perunit of timeElectromagnetTemporaymagnet madeby copper,battery, andiron coilsSlopeThesteepnessof a lineMagnetA materialthat gives offan externalmagneticfieldInductionTransfer ofelectronsthrough electricfields workingover a distance.PositiveAccelerationWhen anobjectspeeds upLaw ofconservationof changeCharge cannotbe created ordestroyed, onlytransferred.UnbalancedForcesWeightConductionTransfer ofelectronsthroughdirectNewton'sFirst LawFrictionTransfers ofelectronthroughrubbingobjectsVelocityThe speed ofan objectand thedirection ofits motionMatterAnything thathas massand take upspaceBalancedForcesForces thatare equal insize andopposite indirectionCircuitAtomsThesimplestform ofmatterForcePush andpull oneobjectexcerpts onanotherMassTheamount ofmatter ina objectNetForceThe combiningof forces whentwo or moreforces act onan objectGravityTheattractiontwo objectshave on oneanotherAccelerationRate ofchange ofvelocityover timeBatteryA device thatconvertschemicalenergy toelectricalenergy.NegativeAccelerationWhen anobjectslowsdownSpeedThe distancean object'straver perunit of timeElectromagnetTemporaymagnet madeby copper,battery, andiron coilsSlopeThesteepnessof a lineMagnetA materialthat gives offan externalmagneticfieldInductionTransfer ofelectronsthrough electricfields workingover a distance.PositiveAccelerationWhen anobjectspeeds upLaw ofconservationof changeCharge cannotbe created ordestroyed, onlytransferred.UnbalancedForcesWeightConductionTransfer ofelectronsthroughdirectNewton'sFirst LawFrictionTransfers ofelectronthroughrubbingobjectsVelocityThe speed ofan objectand thedirection ofits motionMatterAnything thathas massand take upspace

Force and Motion - 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.


1
B B
2
G
3
N N
4
B B
5
G G
6
B B
7
O O
8
G G
9
I I
10
N N
11
G G
12
I I
13
I I
14
I I
15
N N
16
O O
17
O O
18
O
19
I
20
B B
21
N
22
G G
23
B B
24
O O
  1. B-Forces that are equal in size and opposite in direction
    B-Balanced Forces
  2. G-Circuit
  3. N-The simplest form of matter
    N-Atoms
  4. B-Push and pull one object excerpts on another
    B-Force
  5. G-The amount of matter in a object
    G-Mass
  6. B-The combining of forces when two or more forces act on an object
    B-Net Force
  7. O-The attraction two objects have on one another
    O-Gravity
  8. G-Rate of change of velocity over time
    G-Acceleration
  9. I-A device that converts chemical energy to electrical energy.
    I-Battery
  10. N-When an object slows down
    N-Negative Acceleration
  11. G-The distance an object's traver per unit of time
    G-Speed
  12. I-Temporay magnet made by copper, battery, and iron coils
    I-Electromagnet
  13. I-The steepness of a line
    I-Slope
  14. I-A material that gives off an external magnetic field
    I-Magnet
  15. N-Transfer of electrons through electric fields working over a distance.
    N-Induction
  16. O-When an object speeds up
    O-Positive Acceleration
  17. O-Charge cannot be created or destroyed, only transferred.
    O-Law of conservation of change
  18. O-Unbalanced Forces
  19. I-Weight
  20. B-Transfer of electrons through direct
    B-Conduction
  21. N-Newton's First Law
  22. G-Transfers of electron through rubbing objects
    G-Friction
  23. B-The speed of an object and the direction of its motion
    B-Velocity
  24. O-Anything that has mass and take up space
    O-Matter