Mantle Gas more dense thinnest Outer Core Mantle solid iron Continental Crust Ex: Warm air rising from a fire place. Cooled Rock Convection asthenosphere Solid Ex: A fire warming a person from a safe distance. Oceanic Crust Density Solid Iron Radiation Liquid Crust coolest Inner Core hottest Ex: Hot water heating up a spoon. 1% steep Solid Gas elevation Liquid Iron Conduction Oceanic Crust Iron Magnesium Silicates liquid iron and nickel lithosphere Inner Core Density Very thin less dense Crust Very thick Outer Core Convection 6- 70KM Solid Iron Iron Magnesium Silicates convection currents Continental Crust topography density thickest pressure Mantle Gas more dense thinnest Outer Core Mantle solid iron Continental Crust Ex: Warm air rising from a fire place. Cooled Rock Convection asthenosphere Solid Ex: A fire warming a person from a safe distance. Oceanic Crust Density Solid Iron Radiation Liquid Crust coolest Inner Core hottest Ex: Hot water heating up a spoon. 1% steep Solid Gas elevation Liquid Iron Conduction Oceanic Crust Iron Magnesium Silicates liquid iron and nickel lithosphere Inner Core Density Very thin less dense Crust Very thick Outer Core Convection 6- 70KM Solid Iron Iron Magnesium Silicates convection currents Continental Crust topography density thickest pressure
(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.
Mantle
Gas
more dense
thinnest
Outer Core
Mantle
solid iron
Continental Crust
Ex: Warm air rising from a fire place.
Cooled Rock
Convection
asthenosphere
Solid
Ex: A fire warming a person from a safe distance.
Oceanic Crust
Density
Solid Iron
Radiation
Liquid
Crust
coolest
Inner Core
hottest
Ex: Hot water heating up a spoon.
1%
steep
Solid
Gas
elevation
Liquid Iron
Conduction
Oceanic Crust
Iron Magnesium Silicates
liquid iron and nickel
lithosphere
Inner Core
Density
Very thin
less dense
Crust
Very thick
Outer Core
Convection
6-70KM
Solid Iron
Iron Magnesium Silicates
convection currents
Continental Crust
topography
density
thickest
pressure