Mantle Crater Caldera Outermost & Thinnest layer Covers 70 % of Earth 70 Cinder cone Boundry Geologist Transform Boundry Alfred Wegener North American Plate Mt. Fuiji composite Continent volcanologist Pangea Fault Continental Drift (moving) Oceanic Crust Lava Rift Valleys Volcano Magma The Ring of Fire Divergent Boundry Lithosphere Convergent Boundry Outer Core Continental Crust Denser crust Mt. St. Helens Mid ocean ridges VEI 1800 miles thick Lower Mantle thickness layer Asthenosphere Earthquake upper mantle composite Inner Core Mt. St. Helen Iron & Nickel South American Plate Hamilayans Tectonic Plates Core pyroclastic flow Ashfall Earth Magnetic Field Subduction Zone Mantle Crater Caldera Outermost & Thinnest layer Covers 70 % of Earth 70 Cinder cone Boundry Geologist Transform Boundry Alfred Wegener North American Plate Mt. Fuiji composite Continent volcanologist Pangea Fault Continental Drift (moving) Oceanic Crust Lava Rift Valleys Volcano Magma The Ring of Fire Divergent Boundry Lithosphere Convergent Boundry Outer Core Continental Crust Denser crust Mt. St. Helens Mid ocean ridges VEI 1800 miles thick Lower Mantle thickness layer Asthenosphere Earthquake upper mantle composite Inner Core Mt. St. Helen Iron & Nickel South American Plate Hamilayans Tectonic Plates Core pyroclastic flow Ashfall Earth Magnetic Field Subduction Zone
Earth - Call List
(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
Crater
Caldera
Outermost & Thinnest layer
70
Covers 70 % of Earth
Cinder cone
Boundry
Geologist
Transform Boundry
Alfred Wegener
North American Plate
Mt. Fuiji
composite
Continent
volcanologist
Pangea
Fault
Continental Drift (moving)
Oceanic Crust
Lava
Rift Valleys
Volcano
Magma
The Ring of Fire
Divergent Boundry
Lithosphere
Convergent Boundry
Outer Core
Continental Crust
Denser crust
Mt. St. Helens
Mid ocean ridges
VEI
1800 miles thick
Lower Mantle
thickness layer
Asthenosphere
Earthquake
upper mantle
composite
Inner Core
Mt. St. Helen
Iron & Nickel
South American Plate
Hamilayans
Tectonic Plates
Core
pyroclastic flow
Ashfall
Earth
Magnetic Field
Subduction Zone