WorksheetsCH. 3/4 REVIEW GAME -- AICE Marine
Total questions: 15
Worksheet time: 8mins
The process where large sections of the Earth’s crust are in constant movement
over the fluid mantle, causing earthquakes and volcanoes at the borders
between the plates.
Oceanic Crust
Continental Drift
Plate Tectonics
Continental Crust
The dense, basaltic layer of crust.
Oceanic Crust
Continental Drift
Plate Tectonics
Continental Crust
A theory supporting the possibility that continents are able to move over Earth’s
surface.
Continental Drift
Oceanic Crust
Mid-Ocean Ridge
Plate Tectonics
A long, narrow and deep depression on the ocean floor with relatively steep
sides; caused by convergent plate boundaries
Continental Drift
Oceanic Crust
Mid-Ocean Ridge
Trench
The core of Earth is composed primarily of:
uranium
nickel
metallic hydrogen
iron
Which best describes the term stratified?
To transfer heat through a material
To arrange or form layers
To spread information.
An expression of the heaviness of a substance or mass/volume.
The place where crust is being “recycled” back into the mantle is at:
Mid-ocean ridges
Sea floor spreading centers
Subduction zone
Transform plate boundary
Comprises the actual seafloor (beneath the sediments).
Granitic rock
Basaltic rock
Which of the following makes up the most of Earth’s volume?
mantle material.
granite rock
liquid water
basalt
Land-based evidence for plate tectonics can be seen in:
the distribution of similar fossils on now far apart continents.
the alignment of mountain ranges.
the correlation of rocks in now widely separated continents.
Which of the following statements does not correctly describe subduction zones?
They are belts of deep-focus earthquakes.
They are sites where crustal plates are diverging or pulling apart.
They are marked by the presence of deep-sea trenches.
They are zones where old seafloor descends into the crust and mantle.
The boundary seen in the image is
Continental- Continental Convergent Boundary
Continental- Continental Divergent Boundary
Transform Fault
Continental- Oceanic Divergent Boundary
Sea floor spreading is shown in the picture,
What evidence of sea floor spreading is also shown?
Converging Plates
Subduction Zones
Paleomagnetism
Why is the oceanic crust on the left being subducted
under the oceanic crust in the picture shown?
The crust on the left is denser
The crust on the right is denser
The continental crust is pushing harder
It is decided by the speed of the two
opposing plates
The result of the action taking place in the picture would be
A trench will form
A ridge will form
A volcano will form
A fault line will form
