For a body inequilibrium, the sumof anticlockwisemoments about apoint is equal to thesum of clockwisemoments about thesame point.Quantity thathas bothmagnitudeand directionA region wherea chargeexperiences anelectric forceWhen two oppositeforces are EQUAL toeach other, hence theresultant force is zero(zeroacceleration)Transfer of heatenergy due to hotmolecules becomeless dense and risesup, cold molecules isdenser and sinksdown creating aconvection current1 Coulombof chargeflow in 1second(Height ofImage)/(Height ofObject)1 N of Forceacting on 1squaredmetre ofAreaThevibration/oscillationof particles areperpendicular/ rightangles to thedirection of thewave. For a body inequilibrium, the sumof anticlockwisemoments about apoint is equal to thesum of clockwisemoments about thesame point.Quantity thathas bothmagnitudeand directionA region wherea chargeexperiences anelectric forceWhen two oppositeforces are EQUAL toeach other, hence theresultant force is zero(zeroacceleration)Transfer of heatenergy due to hotmolecules becomeless dense and risesup, cold molecules isdenser and sinksdown creating aconvection current1 Coulombof chargeflow in 1second(Height ofImage)/(Height ofObject)1 N of Forceacting on 1squaredmetre ofAreaThevibration/oscillationof particles areperpendicular/ rightangles to thedirection of thewave. 

Physics - 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. For a body in equilibrium, the sum of anticlockwise moments about a point is equal to the sum of clockwise moments about the same point.
  2. Quantity that has both magnitude and direction
  3. A region where a charge experiences an electric force
  4. When two opposite forces are EQUAL to each other, hence the resultant force is zero (zero acceleration)
  5. Transfer of heat energy due to hot molecules become less dense and rises up, cold molecules is denser and sinks down creating a convection current
  6. 1 Coulomb of charge flow in 1 second
  7. (Height of Image)/ (Height of Object)
  8. 1 N of Force acting on 1 squared metre of Area
  9. The vibration/oscillation of particles are perpendicular/ right angles to the direction of the wave.