The ionsarrange in apattern tomaximizeattractionCationElectronegativityValenceElectronsBondingpairsAnionSaltsTriplebondsPolyatomicIonTheyfollow theOctet ruleMetalslose,nonmetalsgainDoublebondsStructuralformulaCovalentBondingLewisdotstructureTheyneed 8 tobe stableIonSodiumtransfers itsvalenceelectron toChlorineMonatomicionIonicBondingCrystallatticestructureLonepairsThe ionsarrange in apattern tomaximizeattractionCationElectronegativityValenceElectronsBondingpairsAnionSaltsTriplebondsPolyatomicIonTheyfollow theOctet ruleMetalslose,nonmetalsgainDoublebondsStructuralformulaCovalentBondingLewisdotstructureTheyneed 8 tobe stableIonSodiumtransfers itsvalenceelectron toChlorineMonatomicionIonicBondingCrystallatticestructureLonepairs

Ionic & Covalent bonding - 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. The ions arrange in a pattern to maximize attraction
  2. Cation
  3. Electronegativity
  4. Valence Electrons
  5. Bonding pairs
  6. Anion
  7. Salts
  8. Triple bonds
  9. Polyatomic Ion
  10. They follow the Octet rule
  11. Metals lose, nonmetals gain
  12. Double bonds
  13. Structural formula
  14. Covalent Bonding
  15. Lewis dot structure
  16. They need 8 to be stable
  17. Ion
  18. Sodium transfers its valence electron to Chlorine
  19. Monatomic ion
  20. Ionic Bonding
  21. Crystal lattice structure
  22. Lone pairs