It’s very easy to take the time to acknowledge the beauty of a mountain or a volcano, or the sheer horror of an earthquake, but do you even know how the things are formed? Let’s find out!
True
False
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Crust
Mantle
Core
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Earthquakes
Weathering
Erosion
Deposition
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Valleys
Rivers
Mountains
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True
False
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Erosion
Volcanoes
Glaciers
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Plates collide
Plates floats
Glacier melts
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Volcanoes
Glaciers
Iron
Lava
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Crust
Mantle
Core
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New sea floor is formed at the ridges
Sea floor is lost
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Volcano
Hail
Earth quake
Erosion
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Valleys
Plate boundaries
Plate center
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Valleys
Plates
Bowls
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Steven
Richter
Richard
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Wood
Rock
Water
Metal
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Plates colliding
Plates pulling apart
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Plates sliding past each other
Lava flowing down the side of a volcano
Plates spreading apart
Hot magma
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Ocean waves
Seismic waves
Seismic wind
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Crust, core, mantle
Crust, mantle, core
Mantle, crust, core
Mantle, core, crust
Core, mantle, crust
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True
False
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Telegraph
Scale
Seismotor
Seismograph
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Hot
Cold
Warm
Chilly
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Soft
Hard
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Heat
Water
Energy
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Pacific, North America
Africa, North America
Pacific, Nazca
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Push together
Pull apart
Float by itself
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Deltas
Faults
Hills
Valleys
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Glaciers
Valleys
Floodplains
Mountains
Deltas
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Core
Mantle
Crust
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Eurasian Plate
Pacific Plate
South American Plate
Atlantic Plate
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Windows
Vents
Tubes
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Temperature
Pressure
Wind
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Plates colliding
Plates pulling apart
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Hurricanes
Earthquakes
Tsunamis
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True
False
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North American Plate
Eurasian Plate
South American Plate
Pacific Plate
Atlantic Plate
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Pacific Plate
North American Plate
Eurasia Plate
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Continental and oceanic plates colliding and continental plates move over and above the oceanic plates
Continental and oceanic plates colliding and continental plates sink below the oceanic plates
Continental and oceanic plates separating
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Ash
Lava
Magma
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Continental plated pulling apart
Continental plates scraping past one another
Continental plates colliding
Continental and oceanic plates colliding
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Shield volcanoes
Cinder cone volcanoes
Composite volcanoes
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Crust
Mantle
Core
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Magmas
Volcanoes
Ashes
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Shield volcanoes
Cinder cone volcanoes
Composite volcanoes
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Slow, inches
Slow, centimeters
Fast, feet
Fast, miles
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Plates pull apart and magma rise into the gaps to form long chains of mountains under the ocean
Plates collides and magma rise into the gaps to form long chains of mountains under the ocean
Continental and oceanic plates colliding and continental plates sink below the oceanic plates
Continental plates scraping past one another
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A continental and an ocean plates collide and the edge of the oceanic plate melts as it sink into the mantle. The melted rock becomes magma
A continental and an ocean plates collide and the edge of the continental plate melts as it sink into the mantle. The melted rock becomes magma
A continental and an ocean plates collide and the edge of the oceanic plate melts as it sink into the core. The melted rock becomes magma
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Himalayas
The Mid Atlantic Ridge
Mount everest
Rocky Mountains
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