Nuclear:comesfrom releasingenergy from thenucleus of anatom; used innuclear powerplants. Conductorsmaterialsthatallow heat tofloweasily Electricalenergycomes fromoutlets andpower plants;used to powerelectricaldevice Radiationtransferof energythroughelectromagneticwaves.  Convection:transfer ofenergyby themovementof heatedparticles. ElectromagneticWaveswaves capableoftransferringenergy througha vacuum. Law ofConservationof Energy:energycan never becreated ordestroyed, it canonly changeforms. Conductiontransfer ofenergythrough matterbydirect contact ofparticles. Electromagneticform of energythat is reflected oremitted in the formof electrical andmagnetic wavesthat can travelthrough space.  MechanicalWaveswaves thatcan onlytravelthrough amedium. Temperaturea measure oftheaverage kineticenergy ofparticlesin an object. Mechanicalenergythe totalamount ofkinetic andpotentialenergy in asystem. ElasticPotentialenergyenergystored inobjectsbeingcompressedor stretched Radiantit thatcomes from thesun and lightbulbs; used tosee and as apower source. Heatthe transferof energyfrom oneobject toanother. Thermalenergythe sum ofkinetic andpotentialenergy of theparticles in anobject. KineticenergyenergyinmotionEnergyAbility tocausechangeWave:a rhythmicdisturbance thattransfersenergy throughmatter or space. Insulatorsmaterialsthat donot allowheat toflow easily Thermalheat thatcomes fromfire, sun,etc.; used toheatobjects PotentialenergyStoredenergyChemicalPotentialenergyenergystored inchemicalbonds ofcompounds. GravitationalPotentialEnergyEnergy storedin objects thatare above theEarth’ssurface.Nuclear:comesfrom releasingenergy from thenucleus of anatom; used innuclear powerplants. Conductorsmaterialsthatallow heat tofloweasily Electricalenergycomes fromoutlets andpower plants;used to powerelectricaldevice Radiationtransferof energythroughelectromagneticwaves.  Convection:transfer ofenergyby themovementof heatedparticles. ElectromagneticWaveswaves capableoftransferringenergy througha vacuum. Law ofConservationof Energy:energycan never becreated ordestroyed, it canonly changeforms. Conductiontransfer ofenergythrough matterbydirect contact ofparticles. Electromagneticform of energythat is reflected oremitted in the formof electrical andmagnetic wavesthat can travelthrough space.  MechanicalWaveswaves thatcan onlytravelthrough amedium. Temperaturea measure oftheaverage kineticenergy ofparticlesin an object. Mechanicalenergythe totalamount ofkinetic andpotentialenergy in asystem. ElasticPotentialenergyenergystored inobjectsbeingcompressedor stretched Radiantit thatcomes from thesun and lightbulbs; used tosee and as apower source. Heatthe transferof energyfrom oneobject toanother. Thermalenergythe sum ofkinetic andpotentialenergy of theparticles in anobject. KineticenergyenergyinmotionEnergyAbility tocausechangeWave:a rhythmicdisturbance thattransfersenergy throughmatter or space. Insulatorsmaterialsthat donot allowheat toflow easily Thermalheat thatcomes fromfire, sun,etc.; used toheatobjects PotentialenergyStoredenergyChemicalPotentialenergyenergystored inchemicalbonds ofcompounds. GravitationalPotentialEnergyEnergy storedin objects thatare above theEarth’ssurface.

Energy and its transformations - Call List

(Print) Use this randomly generated list as your call list when playing the game. 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.


1
G G
2
N N
3
O O
4
G G
5
N N
6
B B
7
O O
8
I I
9
I I
10
I I
11
B B
12
O O
13
G G
14
G G
15
O O
16
N N
17
I I
18
B B
19
G G
20
I I
21
B B
22
N N
23
O O
24
B B
  1. G-comes from releasing energy from the nucleus of an atom; used in nuclear power plants.
    G-Nuclear:
  2. N-materials that allow heat to flow easily
    N-Conductors
  3. O-comes from outlets and power plants; used to power electrical device
    O-Electrical energy
  4. G-transfer of energy through electromagnetic waves.
    G-Radiation
  5. N-transfer of energy by the movement of heated particles.
    N-Convection:
  6. B-waves capable of transferring energy through a vacuum.
    B-Electromagnetic Waves
  7. O-energy can never be created or destroyed, it can only change forms.
    O-Law of Conservation of Energy:
  8. I-transfer of energy through matter by direct contact of particles.
    I-Conduction
  9. I-form of energy that is reflected or emitted in the form of electrical and magnetic waves that can travel through space.
    I-Electromagnetic
  10. I-waves that can only travel through a medium.
    I-Mechanical Waves
  11. B-a measure of the average kinetic energy of particles in an object.
    B-Temperature
  12. O-the total amount of kinetic and potential energy in a system.
    O-Mechanical energy
  13. G-energy stored in objects being compressed or stretched
    G-Elastic Potential energy
  14. G-it that comes from the sun and light bulbs; used to see and as a power source.
    G-Radiant
  15. O-the transfer of energy from one object to another.
    O-Heat
  16. N-the sum of kinetic and potential energy of the particles in an object.
    N-Thermal energy
  17. I-energy in motion
    I-Kinetic energy
  18. B-Ability to cause change
    B-Energy
  19. G-a rhythmic disturbance that transfers energy through matter or space.
    G-Wave:
  20. I-materials that do not allow heat to flow easily
    I-Insulators
  21. B-heat that comes from fire, sun, etc.; used to heat objects
    B-Thermal
  22. N-Stored energy
    N-Potential energy
  23. O-energy stored in chemical bonds of compounds.
    O-Chemical Potential energy
  24. B-Energy stored in objects that are above the Earth’s surface.
    B-Gravitational Potential Energy