seemotionTheobject'spotentialenergyThe object'stemperature/thermalenergy/heat willincrease.Yes, theparticlesaremoving.That the circuitis complete andthe currents ofpower can flow. Yes, in theform ofvibrationNo the circuit isnot completebecause it doesnot have a wireback to abattery.The object with alarge amount willtransfer some to theother object andtheir temperatureswill begin tobalancehearParticlesThe lightreflects(bounces)back at usnopotentialenergyThe objectabsorbs allof the lightexcept red; itreflects red.waves;vibratingIf a bulb burnsout in a parallelcircuit, the otherbulbs shouldcontinue towork.thermometercurrentsThelightbends.FreeThe objectwill come toa stop (andcould heatup).The light will travelthrough thematerialsomewhat, but theimage will beblurred or bent.heatseemotionTheobject'spotentialenergyThe object'stemperature/thermalenergy/heat willincrease.Yes, theparticlesaremoving.That the circuitis complete andthe currents ofpower can flow. Yes, in theform ofvibrationNo the circuit isnot completebecause it doesnot have a wireback to abattery.The object with alarge amount willtransfer some to theother object andtheir temperatureswill begin tobalancehearParticlesThe lightreflects(bounces)back at usnopotentialenergyThe objectabsorbs allof the lightexcept red; itreflects red.waves;vibratingIf a bulb burnsout in a parallelcircuit, the otherbulbs shouldcontinue towork.thermometercurrentsThelightbends.FreeThe objectwill come toa stop (andcould heatup).The light will travelthrough thematerialsomewhat, but theimage will beblurred or bent.heat

MELTS - 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. see
  2. motion
  3. The object's potential energy
  4. The object's temperature/thermal energy/heat will increase.
  5. Yes, the particles are moving.
  6. That the circuit is complete and the currents of power can flow.
  7. Yes, in the form of vibration
  8. No the circuit is not complete because it does not have a wire back to a battery.
  9. The object with a large amount will transfer some to the other object and their temperatures will begin to balance
  10. hear
  11. Particles
  12. The light reflects (bounces) back at us
  13. no
  14. potential energy
  15. The object absorbs all of the light except red; it reflects red.
  16. waves; vibrating
  17. If a bulb burns out in a parallel circuit, the other bulbs should continue to work.
  18. thermometer
  19. currents
  20. The light bends.
  21. Free
  22. The object will come to a stop (and could heat up).
  23. The light will travel through the material somewhat, but the image will be blurred or bent.
  24. heat