electricalpowerstates that chargecan be transferredfrom one object toanother but thetotal charge doesnot changethe net movementof electric chargesin a singledirection,measured inamperes (A)resistanceelectriccircuita device,sometimesconsisting of twoleaves of metallicfoil, used to detectelectric chargeelectriccurrentOhm'slawmaterial inwhich electronsand thermalenergy are notable to moveeasilystaticelectricitymaterial, suchas copper wire,through whichelectrons canmove easilyparallelcircuitseriescircuitstates that thecurrent in a circuitequals the voltagedifference dividedby the resistancethe transferring ofelectrical chargebetween objectsby touching orrubbingtheaccumulationof excesselectric chargeon an objectthe difference inelectric potentialbetween two points ina circuit and is thedriving force for anelectric current,measured in volts (V)tendency for a materialto oppose electron flowand to convert electricalenergy into other formsof energy, such asthermal energy andlight; measured in ohms(Ω)electroscopelaw ofconservationof chargea region surroundingevery electric chargein which a force ofattraction orrepulsion is exertedon other electricchargeselectricfieldthe rearranging ofelectrons on aneutral objectcaused bybringing a chargedobject close to itcircuit in whichelectriccurrent hasonly one pathto followchargingbycontacta closed paththat electriccurrentfollowsrate at whichelectrical energy isconverted toanother form ofenergy; expressedin watts (W)closedconducting loopthrough whichan electriccurrent can flowinsulatorconductorcircuit in whichelectriccurrent hasmore than onepath to followchargingbyinductionelectricalpowerstates that chargecan be transferredfrom one object toanother but thetotal charge doesnot changethe net movementof electric chargesin a singledirection,measured inamperes (A)resistanceelectriccircuita device,sometimesconsisting of twoleaves of metallicfoil, used to detectelectric chargeelectriccurrentOhm'slawmaterial inwhich electronsand thermalenergy are notable to moveeasilystaticelectricitymaterial, suchas copper wire,through whichelectrons canmove easilyparallelcircuitseriescircuitstates that thecurrent in a circuitequals the voltagedifference dividedby the resistancethe transferring ofelectrical chargebetween objectsby touching orrubbingtheaccumulationof excesselectric chargeon an objectthe difference inelectric potentialbetween two points ina circuit and is thedriving force for anelectric current,measured in volts (V)tendency for a materialto oppose electron flowand to convert electricalenergy into other formsof energy, such asthermal energy andlight; measured in ohms(Ω)electroscopelaw ofconservationof chargea region surroundingevery electric chargein which a force ofattraction orrepulsion is exertedon other electricchargeselectricfieldthe rearranging ofelectrons on aneutral objectcaused bybringing a chargedobject close to itcircuit in whichelectriccurrent hasonly one pathto followchargingbycontacta closed paththat electriccurrentfollowsrate at whichelectrical energy isconverted toanother form ofenergy; expressedin watts (W)closedconducting loopthrough whichan electriccurrent can flowinsulatorconductorcircuit in whichelectriccurrent hasmore than onepath to followchargingbyinduction

electricity - 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. electrical power
  2. states that charge can be transferred from one object to another but the total charge does not change
  3. the net movement of electric charges in a single direction, measured in amperes (A)
  4. resistance
  5. electric circuit
  6. a device, sometimes consisting of two leaves of metallic foil, used to detect electric charge
  7. electric current
  8. Ohm's law
  9. material in which electrons and thermal energy are not able to move easily
  10. static electricity
  11. material, such as copper wire, through which electrons can move easily
  12. parallel circuit
  13. series circuit
  14. states that the current in a circuit equals the voltage difference divided by the resistance
  15. the transferring of electrical charge between objects by touching or rubbing
  16. the accumulation of excess electric charge on an object
  17. the difference in electric potential between two points in a circuit and is the driving force for an electric current, measured in volts (V)
  18. tendency for a material to oppose electron flow and to convert electrical energy into other forms of energy, such as thermal energy and light; measured in ohms (Ω)
  19. electroscope
  20. law of conservation of charge
  21. a region surrounding every electric charge in which a force of attraction or repulsion is exerted on other electric charges
  22. electric field
  23. the rearranging of electrons on a neutral object caused by bringing a charged object close to it
  24. circuit in which electric current has only one path to follow
  25. charging by contact
  26. a closed path that electric current follows
  27. rate at which electrical energy is converted to another form of energy; expressed in watts (W)
  28. closed conducting loop through which an electric current can flow
  29. insulator
  30. conductor
  31. circuit in which electric current has more than one path to follow
  32. charging by induction