increasesmagneticfieldIncreasingcurrentrighthandrule determinesthe directionof magneticfieldmagneticforcePush orpull whenmagnetsinteractelectro-magnetismelectricityandmagnetismworkingtogetherNorthernLightsevidenceofmagneticfieldsolenoidcoil with acurrentrunningthrough itelectromagnetstrongesttype ofmagnetmagnetismattractionandrepulsionof magnetsironmagnetsareattractedto thissolarwindsmagneticfield protectsearth fromthisferromagneticcan becomemagnetic ifexposed to amagneticfieldmagneticpoleswheremagneticforce is thestrongestelectromagnetsolenoid withaferromagneticcoremagneticfieldextendsfrom onepole tothe otherincreasesthestrength ofsolenoidaddingmore coilsor loopsmagneticfieldproducedby anelectriccurrentincreasesmagneticfieldIncreasingcurrentrighthandrule determinesthe directionof magneticfieldmagneticforcePush orpull whenmagnetsinteractelectro-magnetismelectricityandmagnetismworkingtogetherNorthernLightsevidenceofmagneticfieldsolenoidcoil with acurrentrunningthrough itelectromagnetstrongesttype ofmagnetmagnetismattractionandrepulsionof magnetsironmagnetsareattractedto thissolarwindsmagneticfield protectsearth fromthisferromagneticcan becomemagnetic ifexposed to amagneticfieldmagneticpoleswheremagneticforce is thestrongestelectromagnetsolenoid withaferromagneticcoremagneticfieldextendsfrom onepole tothe otherincreasesthestrength ofsolenoidaddingmore coilsor loopsmagneticfieldproducedby anelectriccurrent

Topic 9 Less. 2&3 Review - 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. Increasing current
    increases magnetic field
  2. determines the direction of magnetic field
    right hand rule
  3. Push or pull when magnets interact
    magnetic force
  4. electricity and magnetism working together
    electro-magnetism
  5. evidence of magnetic field
    Northern Lights
  6. coil with a current running through it
    solenoid
  7. strongest type of magnet
    electromagnet
  8. attraction and repulsion of magnets
    magnetism
  9. magnets are attracted to this
    iron
  10. magnetic field protects earth from this
    solar winds
  11. can become magnetic if exposed to a magnetic field
    ferromagnetic
  12. where magnetic force is the strongest
    magnetic poles
  13. solenoid with a ferromagnetic core
    electromagnet
  14. extends from one pole to the other
    magnetic field
  15. adding more coils or loops
    increases the strength of solenoid
  16. produced by an electric current
    magnetic field