Element square metalloids energy (potential, kinetic, thermal) Covalent and ionic bond Anion Periods Boyles Law(high pressure vs low pressure) Cation Chemical family Valence shell Mass Charges: positive, negative and neutral chemical equation Orbital temperature definite volume or shape Noble gases Element name weight Isotope Element symbol Bond molecules neutrons protons and electrons physical change conservation of matter/mass (reactants=products) indefinite volume or shape sublimation solute, solvent and solution Bohr model Atomic mass Atomic number chemical change deposition Groups Ion Element square metalloids energy (potential, kinetic, thermal) Covalent and ionic bond Anion Periods Boyles Law(high pressure vs low pressure) Cation Chemical family Valence shell Mass Charges: positive, negative and neutral chemical equation Orbital temperature definite volume or shape Noble gases Element name weight Isotope Element symbol Bond molecules neutrons protons and electrons physical change conservation of matter/mass (reactants=products) indefinite volume or shape sublimation solute, solvent and solution Bohr model Atomic mass Atomic number chemical change deposition Groups Ion
(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.
Element square
metalloids
energy (potential, kinetic, thermal)
Covalent and ionic bond
Anion
Periods
Boyles Law(high pressure vs low pressure)
Cation
Chemical family
Valence shell
Mass
Charges: positive, negative and neutral
chemical equation
Orbital
temperature
definite volume or shape
Noble gases
Element name
weight
Isotope
Element symbol
Bond
molecules
neutrons protons and electrons
physical change
conservation of
matter/mass
(reactants=products)
indefinite volume or shape
sublimation
solute, solvent and solution
Bohr model
Atomic mass
Atomic number
chemical change
deposition
Groups
Ion