ElectronSubatomicparticle thatis negativelychargedStaticElectricityAnaccumulationof excesschargeChargingbyContactThe transferof electronswhen twoobjects aretouchingThunderCompressedair moleculesdue tosuperheatingof lightningGroundingA harmlesspath forenergy toeach theearth safelyMetalExampleof aconductorRubberExampleof aninsulatorLightningLarger scale staticdischarge that occursdue to the build upelectrons in theclouds beingattracted to thecharged groundCoulombUnit formeasuringthe amountof electricchargeStaticDischargeWhen too manyelectrons havebeentransferred, theyeventually returnas...LightningRodA device placed ontop of a building toattract lightning tothat grounding canoccurChargingbyInductionWhen a chargedobject cancause therearrangementof electrons in aneutral objectNegativeChargeChargewhenelectronsare gainedConductorA material inwhichelectronsmove easilyInsulatorA material inwhich electronsare NOT able tomove easilythroughElectricFieldRegionaround achargedparticle thatexerts a forceNeutronSubatomicParticlethat isneutralPositiveChargeChargewhenelectronsare lostAttractOppositechargesdo thisLaw ofConservationof ChargeElectric chargecannot be createdor destroyed, but itcan be transferredbetween objectsElectricityMovementofelectronsRepelLikechargesdo thisNeutralCharge is0. No netchargeProtonSubatomicparticle thatis positivelychargedElectronSubatomicparticle thatis negativelychargedStaticElectricityAnaccumulationof excesschargeChargingbyContactThe transferof electronswhen twoobjects aretouchingThunderCompressedair moleculesdue tosuperheatingof lightningGroundingA harmlesspath forenergy toeach theearth safelyMetalExampleof aconductorRubberExampleof aninsulatorLightningLarger scale staticdischarge that occursdue to the build upelectrons in theclouds beingattracted to thecharged groundCoulombUnit formeasuringthe amountof electricchargeStaticDischargeWhen too manyelectrons havebeentransferred, theyeventually returnas...LightningRodA device placed ontop of a building toattract lightning tothat grounding canoccurChargingbyInductionWhen a chargedobject cancause therearrangementof electrons in aneutral objectNegativeChargeChargewhenelectronsare gainedConductorA material inwhichelectronsmove easilyInsulatorA material inwhich electronsare NOT able tomove easilythroughElectricFieldRegionaround achargedparticle thatexerts a forceNeutronSubatomicParticlethat isneutralPositiveChargeChargewhenelectronsare lostAttractOppositechargesdo thisLaw ofConservationof ChargeElectric chargecannot be createdor destroyed, but itcan be transferredbetween objectsElectricityMovementofelectronsRepelLikechargesdo thisNeutralCharge is0. No netchargeProtonSubatomicparticle thatis positivelycharged

Electricity 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.


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  1. Subatomic particle that is negatively charged
    Electron
  2. An accumulation of excess charge
    Static Electricity
  3. The transfer of electrons when two objects are touching
    Charging by Contact
  4. Compressed air molecules due to superheating of lightning
    Thunder
  5. A harmless path for energy to each the earth safely
    Grounding
  6. Example of a conductor
    Metal
  7. Example of an insulator
    Rubber
  8. Larger scale static discharge that occurs due to the build up electrons in the clouds being attracted to the charged ground
    Lightning
  9. Unit for measuring the amount of electric charge
    Coulomb
  10. When too many electrons have been transferred, they eventually return as...
    Static Discharge
  11. A device placed on top of a building to attract lightning to that grounding can occur
    Lightning Rod
  12. When a charged object can cause the rearrangement of electrons in a neutral object
    Charging by Induction
  13. Charge when electrons are gained
    Negative Charge
  14. A material in which electrons move easily
    Conductor
  15. A material in which electrons are NOT able to move easily through
    Insulator
  16. Region around a charged particle that exerts a force
    Electric Field
  17. Subatomic Particle that is neutral
    Neutron
  18. Charge when electrons are lost
    Positive Charge
  19. Opposite charges do this
    Attract
  20. Electric charge cannot be created or destroyed, but it can be transferred between objects
    Law of Conservation of Charge
  21. Movement of electrons
    Electricity
  22. Like charges do this
    Repel
  23. Charge is 0. No net charge
    Neutral
  24. Subatomic particle that is positively charged
    Proton