Negative(-2)HardandBrittlePolarCovalentBondHighElectricalConductivityWhenMoltenDifferentElectronegativityResonanceIncreasesmeltingpointIonFormationThey tendto breakor shatterMorePolarTheybreakapart intoionsCrystalLatticePolarityMetalsandNonmetalsIonicCompoundDipole-dipoleInteractionHardandBrittleCovalentBondHighMeltingPointLatticeEnergyHighConductivityLowMeltingPointMetalsHighBoilingPointsIonicCompoundDissociationLiquid,Solid,GasThey maymelt ordecomposeTheyDissociateinto IonsCrystalLatticeAnion(O²⁻)Crystallineand oftencolorlessIncreasesmeltingpointHighMeltingPointDifferentElectronegativityIonizationIonicBondMolecularGeometryThey maymelt ordecomposeBondLengthMoleculeThe ionsseparateand movefreelyDissociationPositiveandNegativeIonsDecreasesSolubleAnion(O²⁻)SingleBondMetalsandNonmetalsTheybreakapart intoionsNoFREEionsPolarityIonizationTheyDissociateinto IonsStrongBondEnergyTheydissolveFlexibilityHighBoilingPointsPositiveandNegativeIonsNegative(-2)The ionsseparateand movefreelyAndYesIonicBondPolarCovalentBondNonpolarCovalentBondTheydissolveHighElectricalConductivityWhenMoltenCrystallineand oftencolorlessThey tendto breakor shatterMorePolarTripleBondNonmetaltoNonmetalLowBoilingPointLatticeEnergyHighConductivityNegative(-2)HardandBrittlePolarCovalentBondHighElectricalConductivityWhenMoltenDifferentElectronegativityResonanceIncreasesmeltingpointIonFormationThey tendto breakor shatterMorePolarTheybreakapart intoionsCrystalLatticePolarityMetalsandNonmetalsIonicCompoundDipole-dipoleInteractionHardandBrittleCovalentBondHighMeltingPointLatticeEnergyHighConductivityLowMeltingPointMetalsHighBoilingPointsIonicCompoundDissociationLiquid,Solid,GasThey maymelt ordecomposeTheyDissociateinto IonsCrystalLatticeAnion(O²⁻)Crystallineand oftencolorlessIncreasesmeltingpointHighMeltingPointDifferentElectronegativityIonizationIonicBondMolecularGeometryThey maymelt ordecomposeBondLengthMoleculeThe ionsseparateand movefreelyDissociationPositiveandNegativeIonsDecreasesSolubleAnion(O²⁻)SingleBondMetalsandNonmetalsTheybreakapart intoionsNoFREEionsPolarityIonizationTheyDissociateinto IonsStrongBondEnergyTheydissolveFlexibilityHighBoilingPointsPositiveandNegativeIonsNegative(-2)The ionsseparateand movefreelyAndYesIonicBondPolarCovalentBondNonpolarCovalentBondTheydissolveHighElectricalConductivityWhenMoltenCrystallineand oftencolorlessThey tendto breakor shatterMorePolarTripleBondNonmetaltoNonmetalLowBoilingPointLatticeEnergyHighConductivity

Bonding Over - 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. Negative (-2)
  2. Hard and Brittle
  3. Polar Covalent Bond
  4. High Electrical Conductivity When Molten
  5. Different Electronegativity
  6. Resonance
  7. Increases melting point
  8. Ion Formation
  9. They tend to break or shatter
  10. More Polar
  11. They break apart into ions
  12. Crystal Lattice
  13. Polarity
  14. Metals and Nonmetals
  15. Ionic Compound
  16. Dipole-dipole Interaction
  17. Hard and Brittle
  18. Covalent Bond
  19. High Melting Point
  20. Lattice Energy
  21. High Conductivity
  22. Low Melting Point
  23. Metals
  24. High Boiling Points
  25. Ionic Compound
  26. Dissociation
  27. Liquid, Solid, Gas
  28. They may melt or decompose
  29. They Dissociate into Ions
  30. Crystal Lattice
  31. Anion (O²⁻)
  32. Crystalline and often colorless
  33. Increases melting point
  34. High Melting Point
  35. Different Electronegativity
  36. Ionization
  37. Ionic Bond
  38. Molecular Geometry
  39. They may melt or decompose
  40. Bond Length
  41. Molecule
  42. The ions separate and move freely
  43. Dissociation
  44. Positive and Negative Ions
  45. Decreases
  46. Soluble
  47. Anion (O²⁻)
  48. Single Bond
  49. Metals and Nonmetals
  50. They break apart into ions
  51. No FREE ions
  52. Polarity
  53. Ionization
  54. They Dissociate into Ions
  55. Strong Bond Energy
  56. They dissolve
  57. Flexibility
  58. High Boiling Points
  59. Positive and Negative Ions
  60. Negative (-2)
  61. The ions separate and move freely
  62. And Yes
  63. Ionic Bond
  64. Polar Covalent Bond
  65. Nonpolar Covalent Bond
  66. They dissolve
  67. High Electrical Conductivity When Molten
  68. Crystalline and often colorless
  69. They tend to break or shatter
  70. More Polar
  71. Triple Bond
  72. Nonmetal to Nonmetal
  73. Low Boiling Point
  74. Lattice Energy
  75. High Conductivity