EDGthe shapebased onall electronregionsvalenceelectronsthe onlyelectronsinvolvedin bondingBcan haveanincompleteoctetstabilitythepurposeofbondingcovalentbondingnonmetalsbondingwithnonmetalsHcan onlyhave aduetmolecularcompoundsnamedusingprefixesbentthe MGforwaterlonepairsunbondedelectronsOcan formdoublebondsnonpolartype ofbondbetweenC-Hdoublebondcan beformedby O & Sinventorythe first stepindeterminingmolecularshapesVSEPRTheorysays thatelectronregions repeleach other asfar away aspossibleromannumeralsused whennamingcompoundswith transitionmetalsdiatomicmoleculesH2, F2,O2, N2,F2, I2, Cl2expandedoctetwhen acentral atomhas morethan 8electronsLewisStructuremodel thatshowsarrangementof atomstriplebonda total of6 sharedelectronscationresults fromthe completeloss of anelectronlinearthe EDGand MGof CO2freeradicalhas a single,unpaired &unbondedelectronpartialpositivethe charge onthe lesselectronegativeatomasymmetryresults inpolarmoleculessinglebondone pairof sharedelectronsdipolearrow thatshowsdirectionof "pull"partialnegativethe charge onthe mostelectronegativeatomionicbondingmetalbondingwithnonmetalsCwhenpresent, it isalways thecentral atomMGthe shapebased onligands andlone pairsanionresults fromthe completegain of anelectronoctetrulesays that eachatom strives tohave 8 valenceelectronsincompleteoctetwhen acentral atomhas lessthan 8electronstetrahedralthe shapewith 4electrondomainsNcan formtriplebondsFthe mostelectronegativeelementelectronegativitydetermineswhich atom willpull morestrongly on thesharedelectronsEDGthe shapebased onall electronregionsvalenceelectronsthe onlyelectronsinvolvedin bondingBcan haveanincompleteoctetstabilitythepurposeofbondingcovalentbondingnonmetalsbondingwithnonmetalsHcan onlyhave aduetmolecularcompoundsnamedusingprefixesbentthe MGforwaterlonepairsunbondedelectronsOcan formdoublebondsnonpolartype ofbondbetweenC-Hdoublebondcan beformedby O & Sinventorythe first stepindeterminingmolecularshapesVSEPRTheorysays thatelectronregions repeleach other asfar away aspossibleromannumeralsused whennamingcompoundswith transitionmetalsdiatomicmoleculesH2, F2,O2, N2,F2, I2, Cl2expandedoctetwhen acentral atomhas morethan 8electronsLewisStructuremodel thatshowsarrangementof atomstriplebonda total of6 sharedelectronscationresults fromthe completeloss of anelectronlinearthe EDGand MGof CO2freeradicalhas a single,unpaired &unbondedelectronpartialpositivethe charge onthe lesselectronegativeatomasymmetryresults inpolarmoleculessinglebondone pairof sharedelectronsdipolearrow thatshowsdirectionof "pull"partialnegativethe charge onthe mostelectronegativeatomionicbondingmetalbondingwithnonmetalsCwhenpresent, it isalways thecentral atomMGthe shapebased onligands andlone pairsanionresults fromthe completegain of anelectronoctetrulesays that eachatom strives tohave 8 valenceelectronsincompleteoctetwhen acentral atomhas lessthan 8electronstetrahedralthe shapewith 4electrondomainsNcan formtriplebondsFthe mostelectronegativeelementelectronegativitydetermineswhich atom willpull morestrongly on thesharedelectrons

Bonding & Nomenclature BINGO 2.0 - 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 shape based on all electron regions
    EDG
  2. the only electrons involved in bonding
    valence electrons
  3. can have an incomplete octet
    B
  4. the purpose of bonding
    stability
  5. nonmetals bonding with nonmetals
    covalent bonding
  6. can only have a duet
    H
  7. named using prefixes
    molecular compounds
  8. the MG for water
    bent
  9. unbonded electrons
    lone pairs
  10. can form double bonds
    O
  11. type of bond between C-H
    nonpolar
  12. can be formed by O & S
    double bond
  13. the first step in determining molecular shapes
    inventory
  14. says that electron regions repel each other as far away as possible
    VSEPR Theory
  15. used when naming compounds with transition metals
    roman numerals
  16. H2, F2, O2, N2, F2, I2, Cl2
    diatomic molecules
  17. when a central atom has more than 8 electrons
    expanded octet
  18. model that shows arrangement of atoms
    Lewis Structure
  19. a total of 6 shared electrons
    triple bond
  20. results from the complete loss of an electron
    cation
  21. the EDG and MG of CO2
    linear
  22. has a single, unpaired & unbonded electron
    free radical
  23. the charge on the less electronegative atom
    partial positive
  24. results in polar molecules
    asymmetry
  25. one pair of shared electrons
    single bond
  26. arrow that shows direction of "pull"
    dipole
  27. the charge on the most electronegative atom
    partial negative
  28. metal bonding with nonmetals
    ionic bonding
  29. when present, it is always the central atom
    C
  30. the shape based on ligands and lone pairs
    MG
  31. results from the complete gain of an electron
    anion
  32. says that each atom strives to have 8 valence electrons
    octet rule
  33. when a central atom has less than 8 electrons
    incomplete octet
  34. the shape with 4 electron domains
    tetrahedral
  35. can form triple bonds
    N
  36. the most electronegative element
    F
  37. determines which atom will pull more strongly on the shared electrons
    electronegativity