Axial tilt Gamma Rays Unequal Solar Heating Nitrogen Ozone Layer Winter Solstice Ionization Outgassing Stratosphere Weather Photodissociation Vibration Orographic lifting Insolation Climate Conduction Positive Feedback Loop Troposphere Thermosphere Greenhouse Gas Effect EM Radiation Negative Feedback Loop Convectional lifting Urban Heat Effect Visible Light IR UV Excitation Radiation Mesosphere Great Oxidation Event Radio Waves Albedo Summer Solstice Tropopause Convection Rainshadow Axial tilt Gamma Rays Unequal Solar Heating Nitrogen Ozone Layer Winter Solstice Ionization Outgassing Stratosphere Weather Photodissociation Vibration Orographic lifting Insolation Climate Conduction Positive Feedback Loop Troposphere Thermosphere Greenhouse Gas Effect EM Radiation Negative Feedback Loop Convectional lifting Urban Heat Effect Visible Light IR UV Excitation Radiation Mesosphere Great Oxidation Event Radio Waves Albedo Summer Solstice Tropopause Convection Rainshadow
(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.
Axial tilt
Gamma Rays
Unequal Solar Heating
Nitrogen
Ozone Layer
Winter Solstice
Ionization
Outgassing
Stratosphere
Weather
Photodissociation
Vibration
Orographic lifting
Insolation
Climate
Conduction
Positive Feedback Loop
Troposphere
Thermosphere
Greenhouse Gas Effect
EM Radiation
Negative Feedback Loop
Convectional lifting
Urban Heat Effect
Visible Light
IR
UV
Excitation
Radiation
Mesosphere
Great Oxidation Event
Radio Waves
Albedo
Summer Solstice
Tropopause
Convection
Rainshadow