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