Moonsgravity =1.6 m/s/sNuclearenergymxgxhWork =Force xdistanceJoules(J)ThermalenergyEnergytransformationTotalenergy =K.E. +G.P.E1 kJ =1000JWorkWeightis aForceNiftynineWeight(N)MechanicalenergySoundenergy½mv^2EnergyGravity(9.8m/s/s)ChemicalpotentialenergyElasticpotentialenergyMass(kg)ElectricalenergyEnergytransferM.E.L.T.SKEGPEWeight =Mass xGravityGravitationalpotentialenergyLightenergyLaw ofconservationof matterAbilityto doworkMoonsgravity =1.6 m/s/sNuclearenergymxgxhWork =Force xdistanceJoules(J)ThermalenergyEnergytransformationTotalenergy =K.E. +G.P.E1 kJ =1000JWorkWeightis aForceNiftynineWeight(N)MechanicalenergySoundenergy½mv^2EnergyGravity(9.8m/s/s)ChemicalpotentialenergyElasticpotentialenergyMass(kg)ElectricalenergyEnergytransferM.E.L.T.SKEGPEWeight =Mass xGravityGravitationalpotentialenergyLightenergyLaw ofconservationof matterAbilityto dowork

Year 8 - Energy - Game 1 - 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. Moons gravity = 1.6 m/s/s
  2. Nuclear energy
  3. mxgxh
  4. Work = Force x distance
  7. Joules (J)
  8. Thermal energy
  10. Energy transformation
  11. Total energy = K.E. + G.P.E
  12. 1 kJ = 1000J
  15. Work
  16. Weight is a Force
  17. Nifty nine
  18. Weight (N)
  20. Mechanical energy
  21. Sound energy
  22. ½ mv^2
  23. Energy
  24. Gravity (9.8 m/s/s)
  25. Chemical potential energy
  26. Elastic potential energy
  27. Mass (kg)
  29. Electrical energy
  30. Energy transfer
  31. M.E.L.T.S
  33. KE
  34. GPE
  35. Weight = Mass x Gravity
  36. Gravitational potential energy
  37. Light energy
  38. Law of conservation of matter
  40. Ability to do work