PartialMeltdownwhen some, butnot all, of thefuel rodsmelted beforecoolant wasrestoredNuclearMeltdownA severenuclear reactoraccident thatresults in coredamage fromoverheatingNuclearFissiontype ofnuclearreaction usedin nuclearpower plantsNuclearCorethe portion of anuclear reactorcontaining thenuclear fuelcomponents wherethe nuclearreactions take placeTurbinea device thatharnesses thekinetic energyof some fluid -such as water,steam, or airNuclearWasteAll of the stuff leftover when you’redone running thereactor or whenyou’re done usingthe fuelElectricitya form of energyreleased from thenucleus, the coreof atoms, madeup of protons andneutronsProtonPositivelychargedparticleNuclearEnergya form of energyreleased from thenucleus, the coreof atoms, madeup of protons andneutronsIsotopeForms of the sameelement thatcontain equalnumbers ofprotons butdifferent numbersof neutronsElectronNegativelychargedparticlesChernobylThe reactor melteddown duringroutinemaintenance &Technicians didnot properly usethe control rods.ControlRodsabsorb neutrons toregulate the rate ofthe chain reactionso that the waterdoes not overheatand destroy thereactorAtomicNucleusthecentralregion ofan atomNuclearReactorCoolantcoolant in anuclear reactorused to removeheat from thenuclear reactorcoreNeutronParticlewith aneutralchargeSubatomicParticlesthe piecesthat makeup anatomRadioactiveFalloutradiation thatlanded onEarth fromclouds carryingradiationRadiationEnergy thatcomes from asource andtravels throughspace at thespeed of lightNuclearFusionType ofnuclearreaction onthe SunAtomA particle ofmatter thatuniquelydefines achemicalelementAlternativeEnergyenergy that doesnot come fromfossil fuels, andthus produces littleto no greenhousegases like carbondioxideNuclearFusiontwo smallerelements arecombined,creating alarger elementNuclearFissionlargeradioactiveelement is splitcreating twosmallerelementsPartialMeltdownwhen some, butnot all, of thefuel rodsmelted beforecoolant wasrestoredNuclearMeltdownA severenuclear reactoraccident thatresults in coredamage fromoverheatingNuclearFissiontype ofnuclearreaction usedin nuclearpower plantsNuclearCorethe portion of anuclear reactorcontaining thenuclear fuelcomponents wherethe nuclearreactions take placeTurbinea device thatharnesses thekinetic energyof some fluid -such as water,steam, or airNuclearWasteAll of the stuff leftover when you’redone running thereactor or whenyou’re done usingthe fuelElectricitya form of energyreleased from thenucleus, the coreof atoms, madeup of protons andneutronsProtonPositivelychargedparticleNuclearEnergya form of energyreleased from thenucleus, the coreof atoms, madeup of protons andneutronsIsotopeForms of the sameelement thatcontain equalnumbers ofprotons butdifferent numbersof neutronsElectronNegativelychargedparticlesChernobylThe reactor melteddown duringroutinemaintenance &Technicians didnot properly usethe control rods.ControlRodsabsorb neutrons toregulate the rate ofthe chain reactionso that the waterdoes not overheatand destroy thereactorAtomicNucleusthecentralregion ofan atomNuclearReactorCoolantcoolant in anuclear reactorused to removeheat from thenuclear reactorcoreNeutronParticlewith aneutralchargeSubatomicParticlesthe piecesthat makeup anatomRadioactiveFalloutradiation thatlanded onEarth fromclouds carryingradiationRadiationEnergy thatcomes from asource andtravels throughspace at thespeed of lightNuclearFusionType ofnuclearreaction onthe SunAtomA particle ofmatter thatuniquelydefines achemicalelementAlternativeEnergyenergy that doesnot come fromfossil fuels, andthus produces littleto no greenhousegases like carbondioxideNuclearFusiontwo smallerelements arecombined,creating alarger elementNuclearFissionlargeradioactiveelement is splitcreating twosmallerelements

Nuclear Power - 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. when some, but not all, of the fuel rods melted before coolant was restored
    Partial Meltdown
  2. A severe nuclear reactor accident that results in core damage from overheating
    Nuclear Meltdown
  3. type of nuclear reaction used in nuclear power plants
    Nuclear Fission
  4. the portion of a nuclear reactor containing the nuclear fuel components where the nuclear reactions take place
    Nuclear Core
  5. a device that harnesses the kinetic energy of some fluid - such as water, steam, or air
    Turbine
  6. All of the stuff left over when you’re done running the reactor or when you’re done using the fuel
    Nuclear Waste
  7. a form of energy released from the nucleus, the core of atoms, made up of protons and neutrons
    Electricity
  8. Positively charged particle
    Proton
  9. a form of energy released from the nucleus, the core of atoms, made up of protons and neutrons
    Nuclear Energy
  10. Forms of the same element that contain equal numbers of protons but different numbers of neutrons
    Isotope
  11. Negatively charged particles
    Electron
  12. The reactor melted down during routine maintenance & Technicians did not properly use the control rods.
    Chernobyl
  13. absorb neutrons to regulate the rate of the chain reaction so that the water does not overheat and destroy the reactor
    Control Rods
  14. the central region of an atom
    Atomic Nucleus
  15. coolant in a nuclear reactor used to remove heat from the nuclear reactor core
    Nuclear Reactor Coolant
  16. Particle with a neutral charge
    Neutron
  17. the pieces that make up an atom
    Subatomic Particles
  18. radiation that landed on Earth from clouds carrying radiation
    Radioactive Fallout
  19. Energy that comes from a source and travels through space at the speed of light
    Radiation
  20. Type of nuclear reaction on the Sun
    Nuclear Fusion
  21. A particle of matter that uniquely defines a chemical element
    Atom
  22. energy that does not come from fossil fuels, and thus produces little to no greenhouse gases like carbon dioxide
    Alternative Energy
  23. two smaller elements are combined, creating a larger element
    Nuclear Fusion
  24. large radioactive element is split creating two smaller elements
    Nuclear Fission