Specifyinglocation ofobjectReferencepointVectorDisplacementS. I unit ofdisplacementMeterShortestdistancebetweeninitial andfinal positionsDisplacementChange inthe positionfromsurroundingsMotionDid youenjoy theBingo👍StandardmeasuringunitsS IUnitsS. I unitofdistanceMeterBothmagnitudeanddirectionVectorStudy ofcause ofmotionDynamics Length ofactualpathDistanceMotionalong astraightpathKinematicsScalarDistanceStudyofmotionMechanicsOnlymagnitudeScalarPoint fromwhere wedescribe theposition ofobjectOriginSpecifyinglocation ofobjectReferencepointVectorDisplacementS. I unit ofdisplacementMeterShortestdistancebetweeninitial andfinal positionsDisplacementChange inthe positionfromsurroundingsMotionDid youenjoy theBingo👍StandardmeasuringunitsS IUnitsS. I unitofdistanceMeterBothmagnitudeanddirectionVectorStudy ofcause ofmotionDynamics Length ofactualpathDistanceMotionalong astraightpathKinematicsScalarDistanceStudyofmotionMechanicsOnlymagnitudeScalarPoint fromwhere wedescribe theposition ofobjectOrigin

Bingo with kinematics - 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. Reference point
    Specifying location of object
  2. Displacement
    Vector
  3. Meter
    S. I unit of displacement
  4. Displacement
    Shortest distance between initial and final positions
  5. Motion
    Change in the position from surroundings
  6. 👍
    Did you enjoy the Bingo
  7. S I Units
    Standard measuring units
  8. Meter
    S. I unit of distance
  9. Vector
    Both magnitude and direction
  10. Dynamics
    Study of cause of motion
  11. Distance
    Length of actual path
  12. Kinematics
    Motion along a straight path
  13. Distance
    Scalar
  14. Mechanics
    Study of motion
  15. Scalar
    Only magnitude
  16. Origin
    Point from where we describe the position of object