Nuclear charge Anion Electron Proton Wave Mechanical Model Orbital Ground state Same number of electrons Neutron Nucleus Bright Line Spectra Gains electrons Atomic Mass Plumb Pudding Model Cation Valance electron Atomic Number Rutherford Excited State Gold foil experiment Mass Number Same number of protons Electron Configuration Isotope Dalton Loses Electrons Bohr Electron shells Cathode Ray Tube Experiment Light No valance electrons Thompson Eight valance electrons Nuclear charge Anion Electron Proton Wave Mechanical Model Orbital Ground state Same number of electrons Neutron Nucleus Bright Line Spectra Gains electrons Atomic Mass Plumb Pudding Model Cation Valance electron Atomic Number Rutherford Excited State Gold foil experiment Mass Number Same number of protons Electron Configuration Isotope Dalton Loses Electrons Bohr Electron shells Cathode Ray Tube Experiment Light No valance electrons Thompson Eight valance electrons
(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.
Nuclear charge
Anion
Electron
Proton
Wave Mechanical Model
Orbital
Ground state
Same number of electrons
Neutron
Nucleus
Bright Line Spectra
Gains electrons
Atomic Mass
Plumb Pudding Model
Cation
Valance electron
Atomic Number
Rutherford
Excited State
Gold foil experiment
Mass Number
Same number of protons
Electron Configuration
Isotope
Dalton
Loses Electrons
Bohr
Electron shells
Cathode Ray Tube Experiment
Light
No valance electrons
Thompson
Eight valance electrons