Non-metalsGains 1electron,MgCl₂H₂O(Covalent)Al₂O₃1,O²⁻TobecomestablecationsK – outerelectronfarther fromthe nucleusFull outershell –stable2, 8,8Each Clshares1 dotToachieve astableoctet1Group7Na,Group1,Li⁺ ,Nextwith 8dots,26,HighmeltingpointIonicBond,8,Group 8 –fullvalenceshellCaF₂Non-metalsGains 1electron,MgCl₂H₂O(Covalent)Al₂O₃1,O²⁻TobecomestablecationsK – outerelectronfarther fromthe nucleusFull outershell –stable2, 8,8Each Clshares1 dotToachieve astableoctet1Group7Na,Group1,Li⁺ ,Nextwith 8dots,26,HighmeltingpointIonicBond,8,Group 8 –fullvalenceshellCaF₂

UNIT 2 PROPERTIES OF MATERIALS - 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. Non-metals
  2. Gains 1 electron,
  3. MgCl₂
  4. H₂O (Covalent)
  5. Al₂O₃
  6. 1,
  7. O²⁻
  8. To become stable cations
  9. K – outer electron farther from the nucleus
  10. Full outer shell – stable
  11. 2, 8, 8
  12. Each Cl shares 1 dot
  13. To achieve a stable octet
  14. 1
  15. Group 7
  16. Na,
  17. Group 1,
  18. Li⁺ ,
  19. Next with 8 dots,
  20. 26,
  21. High melting point
  22. Ionic Bond,
  23. 8,
  24. Group 8 – full valence shell
  25. CaF₂