AtomicStabilityWhy doatoms formchemicalbonds?AlNChemicalformula forAluminumNitridepolarmoleculeA molecule thathas an unevenspread ofcharge. TypicallyAsymmetrical.Ex: WaterNobelGassesWhichelementsare themost stablevalenceelectronsTheelectronsfound in theoutermostshell/orbitnonpolarmoleculeA molecule thatis symmetricaland has anevendistribution ofchargeionicbondBond formedbetween twoions ofoppositechargeoxidationnumberThe numericalcharge anatom willform. Ex:Mg2+polarbondBond where theve- are sharedUNevenlybetween atomsionAny atomwith a netchargeoctetruleThe "rule" thatgoverns whichatoms will want tobond with whichatoms (has to dowith # of electrons)subscriptofformulaThe numberfound on thebottom of achemicalformula EX:The 2 in CO2anionANegativeIon-1AnionFluorine andChlorine willform thistype of AnionnonpolarbondA bond whereelectrons areshared evenlybetween theatomsbinarycompoundA compoundmade of onlytwo elementsEx: H2O ORNaCl+3CationAluminumforms thistype ofCationsuperscriptThe numberthat appearsin the uppercornerN2O3DinitrogenTrioxidemoleculeTwo or moreatomsbondedtogetherform this..MetalandNonmetalIoniccompoundsform betweenelements fromeach of thesecategoriesPF5PhosphorusPentaflouridechemicalbondThe strongattractive forceholdingdifferent atomstogether.cationApositiveionCOCarbonMonoxideBaOBariumOxideK2SPotassiumSulfideNonmetalsCovalentcompoundsform betweentwo elements ofthis categorychemicalformulathe elementsand theiramounts foundin a compoundEX. H20AtomicStabilityWhy doatoms formchemicalbonds?AlNChemicalformula forAluminumNitridepolarmoleculeA molecule thathas an unevenspread ofcharge. TypicallyAsymmetrical.Ex: WaterNobelGassesWhichelementsare themost stablevalenceelectronsTheelectronsfound in theoutermostshell/orbitnonpolarmoleculeA molecule thatis symmetricaland has anevendistribution ofchargeionicbondBond formedbetween twoions ofoppositechargeoxidationnumberThe numericalcharge anatom willform. Ex:Mg2+polarbondBond where theve- are sharedUNevenlybetween atomsionAny atomwith a netchargeoctetruleThe "rule" thatgoverns whichatoms will want tobond with whichatoms (has to dowith # of electrons)subscriptofformulaThe numberfound on thebottom of achemicalformula EX:The 2 in CO2anionANegativeIon-1AnionFluorine andChlorine willform thistype of AnionnonpolarbondA bond whereelectrons areshared evenlybetween theatomsbinarycompoundA compoundmade of onlytwo elementsEx: H2O ORNaCl+3CationAluminumforms thistype ofCationsuperscriptThe numberthat appearsin the uppercornerN2O3DinitrogenTrioxidemoleculeTwo or moreatomsbondedtogetherform this..MetalandNonmetalIoniccompoundsform betweenelements fromeach of thesecategoriesPF5PhosphorusPentaflouridechemicalbondThe strongattractive forceholdingdifferent atomstogether.cationApositiveionCOCarbonMonoxideBaOBariumOxideK2SPotassiumSulfideNonmetalsCovalentcompoundsform betweentwo elements ofthis categorychemicalformulathe elementsand theiramounts foundin a compoundEX. H20

Chem 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. Why do atoms form chemical bonds?
    Atomic Stability
  2. Chemical formula for Aluminum Nitride
    AlN
  3. A molecule that has an uneven spread of charge. Typically Asymmetrical. Ex: Water
    polar molecule
  4. Which elements are the most stable
    Nobel Gasses
  5. The electrons found in the outermost shell/orbit
    valence electrons
  6. A molecule that is symmetrical and has an even distribution of charge
    nonpolar molecule
  7. Bond formed between two ions of opposite charge
    ionic bond
  8. The numerical charge an atom will form. Ex: Mg2+
    oxidation number
  9. Bond where the ve- are shared UNevenly between atoms
    polar bond
  10. Any atom with a net charge
    ion
  11. The "rule" that governs which atoms will want to bond with which atoms (has to do with # of electrons)
    octet rule
  12. The number found on the bottom of a chemical formula EX: The 2 in CO2
    subscript of formula
  13. A Negative Ion
    anion
  14. Fluorine and Chlorine will form this type of Anion
    -1 Anion
  15. A bond where electrons are shared evenly between the atoms
    nonpolar bond
  16. A compound made of only two elements Ex: H2O OR NaCl
    binary compound
  17. Aluminum forms this type of Cation
    +3 Cation
  18. The number that appears in the upper corner
    superscript
  19. Dinitrogen Trioxide
    N2O3
  20. Two or more atoms bonded together form this..
    molecule
  21. Ionic compounds form between elements from each of these categories
    Metal and Nonmetal
  22. Phosphorus Pentaflouride
    PF5
  23. The strong attractive force holding different atoms together.
    chemical bond
  24. A positive ion
    cation
  25. Carbon Monoxide
    CO
  26. Barium Oxide
    BaO
  27. Potassium Sulfide
    K2S
  28. Covalent compounds form between two elements of this category
    Non metals
  29. the elements and their amounts found in a compound EX. H20
    chemical formula