Waves The netmovement ofelectric chargein a singledirection MagneticField Externalforce givenoff by amagnet Circuit A closedpath anelectriccurrent flowsthrough GravitationalPotentialEnergyEnergy storedin objects thatare aboveEarth’ssurface Voltagedifference Angle ofincidence isalways equalto the angleof reflectionFrequency How fastthe wavestravel ThermalEnergy What toDonate:Rolling carry-on sizedsuitcases! KineticEnergy EnergyinMotion Convection Transfer ofenergy by themovement ofheatedparticles. PotentialenergyStoredenergy Interference Adisturbancethat cancarry energy. AbsorptionLowestpoints of atransversewave. Diffraction When an objectcauses a waveto changedirection andbend around it. Circuit When awave strikesan objectand goesinto it. Reflection Energy cannever becreated ordestroyed, it canonly changeforms. Radiation Transfer ofenergy throughelectromagneticwaves. Wavelength The distancebetween onepoint on a waveand the nearestpoint just like it. Electriccurrent The netmovement ofelectric chargein a singledirection Trough Storedenergy Law ofConservationof Energy Transfer ofenergy throughmatter by directcontact ofparticles Conduction Transfer ofenergy throughmatter by directcontact ofparticles Wavespeed How fastthe wavestravel Diffraction Energy storedin objects thatare aboveEarth’ssurface Particles piecesofMatterWaves The netmovement ofelectric chargein a singledirection MagneticField Externalforce givenoff by amagnet Circuit A closedpath anelectriccurrent flowsthrough GravitationalPotentialEnergyEnergy storedin objects thatare aboveEarth’ssurface Voltagedifference Angle ofincidence isalways equalto the angleof reflectionFrequency How fastthe wavestravel ThermalEnergy What toDonate:Rolling carry-on sizedsuitcases! KineticEnergy EnergyinMotion Convection Transfer ofenergy by themovement ofheatedparticles. PotentialenergyStoredenergy Interference Adisturbancethat cancarry energy. AbsorptionLowestpoints of atransversewave. Diffraction When an objectcauses a waveto changedirection andbend around it. Circuit When awave strikesan objectand goesinto it. Reflection Energy cannever becreated ordestroyed, it canonly changeforms. Radiation Transfer ofenergy throughelectromagneticwaves. Wavelength The distancebetween onepoint on a waveand the nearestpoint just like it. Electriccurrent The netmovement ofelectric chargein a singledirection Trough Storedenergy Law ofConservationof Energy Transfer ofenergy throughmatter by directcontact ofparticles Conduction Transfer ofenergy throughmatter by directcontact ofparticles Wavespeed How fastthe wavestravel Diffraction Energy storedin objects thatare aboveEarth’ssurface Particles piecesofMatter

Energy and Its Transformations - 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. The net movement of electric charge in a single direction
    Waves
  2. External force given off by a magnet
    Magnetic Field
  3. A closed path an electric current flows through
    Circuit
  4. Energy stored in objects that are above Earth’s surface
    Gravitational Potential Energy
  5. Angle of incidence is always equal to the angle of reflection
    Voltage difference
  6. How fast the waves travel
    Frequency
  7. What to Donate: Rolling carry-on sized suitcases!
    Thermal Energy
  8. Energy in Motion
    Kinetic Energy
  9. Transfer of energy by the movement of heated particles.
    Convection
  10. Stored energy
    Potential energy
  11. A disturbance that can carry energy.
    Interference
  12. Lowest points of a transverse wave.
    Absorption
  13. When an object causes a wave to change direction and bend around it.
    Diffraction
  14. When a wave strikes an object and goes into it.
    Circuit
  15. Energy can never be created or destroyed, it can only change forms.
    Reflection
  16. Transfer of energy through electromagnetic waves.
    Radiation
  17. The distance between one point on a wave and the nearest point just like it.
    Wavelength
  18. The net movement of electric charge in a single direction
    Electric current
  19. Stored energy
    Trough
  20. Transfer of energy through matter by direct contact of particles
    Law of Conservation of Energy
  21. Transfer of energy through matter by direct contact of particles
    Conduction
  22. How fast the waves travel
    Wave speed
  23. Energy stored in objects that are above Earth’s surface
    Diffraction
  24. pieces of Matter
    Particles