Red Mass number 22 Radio waves Release 54 Ground state Isotopes Infrared 2412Mg Electromagnetic radiation Excited state 50 Unstable 90 Beta decay Protons Yellow Ultraviolet 234 91Pa Alpha decay Higher Atomic number 2310Ne Fusion Fission Energy levels Lower Power plants Visible light Stable Absorb Electron transition 78 Emission spectrum Gamma decay Electrons Four Green The sun Microwaves Violet Blue Gamma radiation Neutrons 9 X- rays Wavelength Red Mass number 22 Radio waves Release 54 Ground state Isotopes Infrared 2412Mg Electromagnetic radiation Excited state 50 Unstable 90 Beta decay Protons Yellow Ultraviolet 234 91Pa Alpha decay Higher Atomic number 2310Ne Fusion Fission Energy levels Lower Power plants Visible light Stable Absorb Electron transition 78 Emission spectrum Gamma decay Electrons Four Green The sun Microwaves Violet Blue Gamma radiation Neutrons 9 X- rays Wavelength
(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.
Red
Mass number
22
Radio waves
Release
54
Ground state
Isotopes
Infrared
2412Mg
Electromagnetic radiation
Excited state
50
Unstable
90
Beta decay
Protons
Yellow
Ultraviolet
234 91Pa
Alpha decay
Higher
Atomic number
2310Ne
Fusion
Fission
Energy levels
Lower
Power plants
Visible light
Stable
Absorb
Electron transition
78
Emission spectrum
Gamma decay
Electrons
Four
Green
The sun
Microwaves
Violet
Blue
Gamma radiation
Neutrons
9
X-rays
Wavelength