EnergyThe ability todo work. Itcan exist inmany forms.MechanicalEnergyThe sum of anobject'spotential andkinetic energy.(Total Energy)ThermalEnergyEnergy due to themotion of atomstransferredbetween objects ofdifferenttemperatures.ConvectionThe transfer of heatthrough circularcurrents that causeless dense, hottersubstances to riseand coolersubstances to sink.NuclearEnergyEnergy stored inthe nucleus of anatom which can bereleased bynuclear fusion orfission.SoundEnergyEnergy thattravels througha medium (likeair) in waves/vibrationsChemicalEnergyEnergy stored inthe bonds ofcompounds andmolecules that canbe released inchemicalreactions.RadiantEnergyEnergy carriedthrough emptyspace in theform ofelectromagneticwaves.ElectricalEnergyEnergy ofmovingelectrons orelectricalcharges.ConductionThe transfer ofheat from onesubstance toanother throughdirect contactEnergyTransformationEnergychanging fromone form toanother. (AKAenergyconversion)GravitationalEnergyStored energybased on anobject's highposition relativeto a low one(due to gravity).InsulatorA substancethat does nottransfer heatand electricitywell.ConductorA substancethat transfersheat andelectricitywell.ElasticEnergyEnergy storeddue to thebending,stretching, ortwisiting of anobject.Electro-magneticWavesA form of energywave that cantransfer energythrough empty spaceand objects at thespeed of light. Usedin communications.TemperatureA way to measure anobject's thermalenergy (how fastatoms are moving).Measured in degreesFahrenheit or CelciusKineticEnergyEnergy of an objectdue to its motion.This type of energyincludes electrical,radiant, sound, andthermal energy.RadiationThe transfer ofheat throughelectromagneticwaves throughempty space atthe speed of lightThermalEquilibriumThe point whensubstances havereached the sametemperature and heatno longer flowsbetween them.PotentialEnergyStored energy of anobject based on itsposition or condition.This type of energyincludes gravitational,chemical, elastic, andnuclear energy.Law ofConservationof EnergyStates thatenergy cannotbe created ordestroyed, onlytransformed.EnergyThe ability todo work. Itcan exist inmany forms.MechanicalEnergyThe sum of anobject'spotential andkinetic energy.(Total Energy)ThermalEnergyEnergy due to themotion of atomstransferredbetween objects ofdifferenttemperatures.ConvectionThe transfer of heatthrough circularcurrents that causeless dense, hottersubstances to riseand coolersubstances to sink.NuclearEnergyEnergy stored inthe nucleus of anatom which can bereleased bynuclear fusion orfission.SoundEnergyEnergy thattravels througha medium (likeair) in waves/vibrationsChemicalEnergyEnergy stored inthe bonds ofcompounds andmolecules that canbe released inchemicalreactions.RadiantEnergyEnergy carriedthrough emptyspace in theform ofelectromagneticwaves.ElectricalEnergyEnergy ofmovingelectrons orelectricalcharges.ConductionThe transfer ofheat from onesubstance toanother throughdirect contactEnergyTransformationEnergychanging fromone form toanother. (AKAenergyconversion)GravitationalEnergyStored energybased on anobject's highposition relativeto a low one(due to gravity).InsulatorA substancethat does nottransfer heatand electricitywell.ConductorA substancethat transfersheat andelectricitywell.ElasticEnergyEnergy storeddue to thebending,stretching, ortwisiting of anobject.Electro-magneticWavesA form of energywave that cantransfer energythrough empty spaceand objects at thespeed of light. Usedin communications.TemperatureA way to measure anobject's thermalenergy (how fastatoms are moving).Measured in degreesFahrenheit or CelciusKineticEnergyEnergy of an objectdue to its motion.This type of energyincludes electrical,radiant, sound, andthermal energy.RadiationThe transfer ofheat throughelectromagneticwaves throughempty space atthe speed of lightThermalEquilibriumThe point whensubstances havereached the sametemperature and heatno longer flowsbetween them.PotentialEnergyStored energy of anobject based on itsposition or condition.This type of energyincludes gravitational,chemical, elastic, andnuclear energy.Law ofConservationof EnergyStates thatenergy cannotbe created ordestroyed, onlytransformed.

Energy Bingo - 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.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
  1. The ability to do work. It can exist in many forms.
    Energy
  2. The sum of an object's potential and kinetic energy. (Total Energy)
    Mechanical Energy
  3. Energy due to the motion of atoms transferred between objects of different temperatures.
    Thermal Energy
  4. The transfer of heat through circular currents that cause less dense, hotter substances to rise and cooler substances to sink.
    Convection
  5. Energy stored in the nucleus of an atom which can be released by nuclear fusion or fission.
    Nuclear Energy
  6. Energy that travels through a medium (like air) in waves/ vibrations
    Sound Energy
  7. Energy stored in the bonds of compounds and molecules that can be released in chemical reactions.
    Chemical Energy
  8. Energy carried through empty space in the form of electromagnetic waves.
    Radiant Energy
  9. Energy of moving electrons or electrical charges.
    Electrical Energy
  10. The transfer of heat from one substance to another through direct contact
    Conduction
  11. Energy changing from one form to another. (AKA energy conversion)
    Energy Transformation
  12. Stored energy based on an object's high position relative to a low one (due to gravity).
    Gravitational Energy
  13. A substance that does not transfer heat and electricity well.
    Insulator
  14. A substance that transfers heat and electricity well.
    Conductor
  15. Energy stored due to the bending, stretching, or twisiting of an object.
    Elastic Energy
  16. A form of energy wave that can transfer energy through empty space and objects at the speed of light. Used in communications.
    Electro- magnetic Waves
  17. A way to measure an object's thermal energy (how fast atoms are moving). Measured in degrees Fahrenheit or Celcius
    Temperature
  18. Energy of an object due to its motion. This type of energy includes electrical, radiant, sound, and thermal energy.
    Kinetic Energy
  19. The transfer of heat through electromagnetic waves through empty space at the speed of light
    Radiation
  20. The point when substances have reached the same temperature and heat no longer flows between them.
    Thermal Equilibrium
  21. Stored energy of an object based on its position or condition. This type of energy includes gravitational, chemical, elastic, and nuclear energy.
    Potential Energy
  22. States that energy cannot be created or destroyed, only transformed.
    Law of Conservation of Energy