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Plate Tectonics Master Quiz

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Climate and Earth dynamics quiz

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Plate Tectonics Master Quiz
 

Plate Tectonics Master QuizVersión en línea

Climate and Earth dynamics quiz

por Rachael
1

Which can be used as an indicator of past climate?

2

Oceanic crust forms where?

3

What is the process by which new oceanic crust forms?

4

The process in which hot mantle rises and cold mantle sinks is called ___________________

5

What are the three types of plate boundaries:

Choose one or more answers

6

Alfred Wegner proposed the __________________________ hypothesis.

7

Who helped develop the theory of plate tectonics?

8

Ocean crust is

9

What technologies did scientists NOT use to develop the theory of seafloor spreading?

10

Mid-ocean ridges are associated with

11

Two plates of equal density form mountain ridges along

12

What happens to Earth’s magnetic field over time?

13

Which outermost layer includes the crust and upper mantle?

14

What evidence helped support the theory of seafloor spreading?

15

Which plate tectonics process creates a deep ocean trench?

16

What causes plate motion?

17

New oceanic crust forms and old oceanic crust moves away from a mid-ocean ridge during

18

Which part of the seafloor contains the thickest sediment layer?

19

What type of rock forms when lava cools and crystallizes on the seafloor?

20

What forms when two oceanic plates collide?

21

A hot spot is formed in the Earth’s mantle. Heat rises through the process of convection... These hot spot volcanoes are not dependent on:

22

Ring of Fire volcanoes are formed along which ocean coastlines:

23

Rift trenches are formed at which type of plate boundary:

24

The forces that cause plate motion are all except:

25

Which force includes convection currents?

26

Which force includes convection currents?

Feedback

Glacial grooves indicate past glacial activity, fossils can indicate past life, but grooves reflect climate-related movement.

Mid-ocean ridges are the primary sites of new oceanic crust formation.

Seafloor spreading creates new crust at ridges as plates move apart.

Mantle convection drives plate movements via circulating mantle material.

The three primary boundary types are transform, divergent, and convergent.

Wegner introduced continental drift as the idea that continents move.

Harry Hess contributed key ideas to seafloor spreading and plate tectonics.

New ocean crust forms mainly at mid-ocean ridges.

Early seafloor spreading research was in the 1950's and 1960's. Too early, not developed yet.

Ridges form where plates move apart (divergent boundaries).

Continental collision (convergent) builds mountain belts.

Geomagnetic reversals occur when the field polarity changes.

The lithosphere combines crust and rigid upper mantle.

Symmetry of magnetic polarity on either side of ridges supported spreading.

Subduction sinks one plate beneath another, forming trenches.

Mantle convection currents drive plate movement.

Seafloor spreading pushes new crust away from ridges.

Abyssal plains accumulate thick sediments far from ridges.

Basalt is the common extrusive rock at mid-ocean ridges.

Deep trenches form from subduction of oceanic crust.

Hot spot volcanism is not strictly tied to plate boundaries.

The Ring of Fire rims the Pacific Ocean.

Rift trenches form where plates pull apart (divergent).

Star Wars is not a geophysical force; others contribute to motion.

Basal drag involves mantle convection affecting plates.

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