revolution waves Heliocentric Earth's tilt on its axis New moon Jupiter infiltration inertia Gas giants density salinity sea breeze troposphere comet surface water Geocentric precipitation crescent deep sea currents mid- ocean ridge gravity conservation continental shelf pressure land breeze high pressure temperature/salinity cold front stationary front asteroid Asteroid belt gibbous tropical Terrestrial planets fresh water Saturn rotation waning ozone layer air mass meteoroid Venus waxing Milky Way evaporation mesosphere runoff Mars altitude solar eclipse stratosphere water vapor tornadoes Coriolis Effect polar Jet stream transpiration glaciers/ice caps radiation conduction warm front convection low pressure spring tides deep sea trench Big Bang Theory tides abyssal plain hurricanes maritime continental condensation revolution waves Heliocentric Earth's tilt on its axis New moon Jupiter infiltration inertia Gas giants density salinity sea breeze troposphere comet surface water Geocentric precipitation crescent deep sea currents mid- ocean ridge gravity conservation continental shelf pressure land breeze high pressure temperature/salinity cold front stationary front asteroid Asteroid belt gibbous tropical Terrestrial planets fresh water Saturn rotation waning ozone layer air mass meteoroid Venus waxing Milky Way evaporation mesosphere runoff Mars altitude solar eclipse stratosphere water vapor tornadoes Coriolis Effect polar Jet stream transpiration glaciers/ice caps radiation conduction warm front convection low pressure spring tides deep sea trench Big Bang Theory tides abyssal plain hurricanes maritime continental condensation
(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.
revolution
waves
Heliocentric
Earth's tilt on its axis
New moon
Jupiter
infiltration
inertia
Gas giants
density
salinity
sea breeze
troposphere
comet
surface water
Geocentric
precipitation
crescent
deep sea currents
mid-ocean ridge
gravity
conservation
continental shelf
pressure
land breeze
high pressure
temperature/salinity
cold front
stationary front
asteroid
Asteroid belt
gibbous
tropical
Terrestrial planets
fresh water
Saturn
rotation
waning
ozone layer
air mass
meteoroid
Venus
waxing
Milky Way
evaporation
mesosphere
runoff
Mars
altitude
solar eclipse
stratosphere
water vapor
tornadoes
Coriolis Effect
polar
Jet stream
transpiration
glaciers/ice caps
radiation
conduction
warm front
convection
low pressure
spring tides
deep sea trench
Big Bang Theory
tides
abyssal plain
hurricanes
maritime
continental
condensation