Crystal Lattice More Polar They may melt or decompose The ions separate and move freely Positive and Negative Ions Bonus! Lattice Energy Negative (-2) Ionic Compound Different Electronegativity They Dissociate into Ions Ionization Ionic Bond Increases melting point They dissolve They tend to break or shatter Hard and Brittle Metals and Nonmetals High Electrical Conductivity When Molten High Conductivity High Melting Point Crystalline and often colorless Dissociation High Boiling Points They break apart into ions Crystal Lattice More Polar They may melt or decompose The ions separate and move freely Positive and Negative Ions Bonus! Lattice Energy Negative (-2) Ionic Compound Different Electronegativity They Dissociate into Ions Ionization Ionic Bond Increases melting point They dissolve They tend to break or shatter Hard and Brittle Metals and Nonmetals High Electrical Conductivity When Molten High Conductivity High Melting Point Crystalline and often colorless Dissociation High Boiling Points They break apart into ions
(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.
Crystal Lattice
More Polar
They may melt or decompose
The ions separate and move freely
Positive and Negative Ions
Bonus!
Lattice Energy
Negative (-2)
Ionic Compound
Different Electronegativity
They Dissociate into Ions
Ionization
Ionic Bond
Increases melting point
They dissolve
They tend to break or shatter
Hard and Brittle
Metals and Nonmetals
High Electrical Conductivity When Molten
High Conductivity
High Melting Point
Crystalline and often colorless
Dissociation
High Boiling Points
They break apart into ions