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Chapter 7 Test

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Last updated over 5 years ago
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MULTIPLE CHOICE
-Choose the correct answer by clicking on your answer choice. Only one answer is correct. (2 pts. each)
Question 1
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Question 2
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Question 9
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Question 19
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Question 20
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Question 23
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Question 24
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Question 25
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COMPLETION
-Complete the following questions by selecting the correct answer from the word bank. Misspelled words will be marked as incorrect. Some answers may be used more than once, others may not be used at all. (2 pts. each)
Word Bank
slab pull ridge push convection compound mantle crust mineral transform boundaries divergent boundaries convergent boundaries compression tension folding fault
Question 26
26.

Crust moves sideways because of _________________________.

Word Bank
slab pull ridge push convection compound mantle crust mineral transform boundaries divergent boundaries convergent boundaries compression tension folding fault
Question 27
27.

Crust moves downward because of _________________________.

Word Bank
slab pull ridge push convection compound mantle crust mineral transform boundaries divergent boundaries convergent boundaries compression tension folding fault
Question 28
28.

A __________________ is a substance composed of two or more elements.

Word Bank
slab pull ridge push convection compound mantle crust mineral transform boundaries divergent boundaries convergent boundaries compression tension folding fault
Question 29
29.

Because tectonic plates have irregular surfaces, they grind and jerk as they slide in ___________________________.

Word Bank
slab pull ridge push convection compound mantle crust mineral transform boundaries divergent boundaries convergent boundaries compression tension folding fault
Question 30
30.

When an object is squeezed, the type of stress is called _______________________.

Word Bank
slab pull ridge push convection compound mantle crust mineral transform boundaries divergent boundaries convergent boundaries compression tension folding fault
Question 31
31.

The bending of rock layers because of stress is ________________________.

Word Bank
slab pull ridge push convection compound mantle crust mineral transform boundaries divergent boundaries convergent boundaries compression tension folding fault
Question 32
32.

Reverse and normal are examples of ______________ types.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 33
33.

The Alps and Himalayas are _______________________.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 34
34.

The mantle mainly consists of a dense layer called the ______________________.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 35
35.

The liquid layer at the Earth's center is known as the ________________________.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 36
36.

The process that takes place at mid-ocean ridges is called_______________________.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 37
37.

When tension breaks a rock layer, it makes a ________________ fault.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 38
38.

When compression breaks a rock layer, it makes a _____________________ fault.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 39
39.

Magnetic minerals prove that Earth has had ______________________________.

Word Bank
folded mountains volcanic mountains fault-block mountains dome mountains inner core asthenosphere plate tectonics sea floor spreading subsidence outer core continental drift mesosphere uplift normal reverse magnetic reversals divergent convergent transform
Question 40
40.

New crust in the ocean is a sign of ____________________________.

MATCHING
-Complete the following matching questions by clicking on the correct answer. Only one answer is correct. (2 pts. each)
Question 41
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Question 42
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Question 43
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Question 44
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Question 45
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Question 46
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Question 50
50.

Do NOT forget to turn in this assignment on Google Classroom after you have submitted it here! No credit will be awarded for unsubmitted assignments.
Wegener thought that all the continents were once together in one large continent called
A. Gondwana.
B. Laurasia.
C. Rhodinia.
D. Pangaea.
The global positioning system can map the rate of tectonic plate movement using
A. radio waves.
B. lasers.
C. visual markers.
D. motion detectors.
What is the outermost layer of the Earth called?
A. core
B. lithosphere
C. asthenosphere
D. mesosphere
In a normal fault, where does the hanging wall move relative to the footwall?
A. upward
B. downward
C. horizontally
D. stays the same
What is the area where two tectonic plates meet called?
A. a collision
B. a mid-ocean ridge
C. a boundary
D. a rift zone
What type of boundary is formed when plates collide?
A. convergent
B. horizontal
C. divergent
D. transform
What type of boundary is formed when plates slide past each other?
A. convergent
B. horizontal
C. divergent
D. transform
Which of these did NOT provide evidence for continental drift?
A. sea-floor spreading
B. oceanic plate theory
C. the fossil record
D. magnetic reversals
According to the continental drift theory, a single, huge continent once existed called
A. Pangaea.
B. Wegener.
C. Panthalassa.
D. Rhodinia.
The mantle is denser than the crust because it contains more
A. iron.
B. magnesium.
C. silicon.
D. oxygen.
The core consists mainly of
A. iron.
B. magnesium.
C. silicon.
D. oxygen.
Seismic waves travel through Earth's layers at different speeds depending on the
A. density.
B. mass.
C. area.
D. shape.
Mountains formed by magma that reaches the Earth's surface are called
A. slip-strike.
B. folded.
C. fault-block.
D. volcanic.
Sets of deep cracks that form between two tectonic plates that are pulling away from each other are known as
A. mid-ocean ridges.
B. troughs.
C. clefts.
D. rift zones.
What does the theory of continental drift explain?
A. the layers of the Earth
B. why continents move
C. how volcanoes formed
D. how oceans formed
What happens at mid-ocean ridges?
A. strike-slip faults
B. magnetic reversal
C. sea floor spreading
D. earthquakes
Which of the following is associated with transform boundaries?
A. slab pull
B. magnetic reversal
C. sea floor spreading
D. earthquakes
What is the idea that all continents were once part of one big landmass called?
A. oceanic drift
B. continental drift
C. oceanic theory
D. continental theory
What is it called when Earth's magnetic poles change places?
A. a strike-slip fault
B. magnetic reversal
C. sea-floor spreading
D. continrental drift
What is the correct order of the layers of the Earth from the surface to the center?
A. asthenosphere, lithosphere, mesosphere, outer core, inner core
B. lithosphere, asthenosphere, mesosphere, outer core, inner core
C. mesosphere, outer core, inner core, lithosphere, asthenosphere
D. lithosphere, asthenosphere, mesosphere, inner core, outer core
Earthquakes produce
A. seismographs.
B. maps.
C. seismic waves.
D. volcanoes.
The southern portion of Pangaea that broke apart about 180 million years ago is known as
A. Pangaea.
B. Panthalassa.
C. Gondwana.
D. Laurasia.
Magnetic reversals are preserved in
A. compass needles.
B. magnetic minerals.
C. all minerals.
D. seismic waves.
Mid-ocean ridges are the most common type of
A. continental-continental collision.
B. oceanic-oceanic collision.
C. divergent boundary.
D. subduction zone.
Changes in density in the asthenosphere are caused by
A. thermal energy.
B. slab pull.
C. ridge push.
D. seismic waves.
The layer of rock that comprises 67% of the Earth's mass.
A. asthenosphere
B. core
C. crust
D. mantle
E. lithosphere
F. mesosphere
The layer of Earth made mostly of iron.
A. asthenosphere
B. core
C. crust
D. mantle
E. lithosphere
F. mesosphere
The thin, solid, outermost layer above the mantle.
A. asthenosphere
B. core
C. crust
D. mantle
E. lithosphere
F. mesosphere
The rigid layer made up of the crust and upper mantle.
A. asthenosphere
B. core
C. crust
D. mantle
E. lithosphere
F. mesosphere
The lower part of the mantle.
A. asthenosphere
B. core
C. crust
D. mantle
E. lithosphere
F. mesosphere
Used to measure the movement of tectonic plates.
A. magma
B. seismograph
C. global positioning system
D. fossils
E. rift zones
F. magnetic reversal
Hardens to form new rock at mid-ocean ridges.
A. magma
B. seismograph
C. global positioning system
D. fossils
E. rift zones
F. magnetic reversal
Used to measure the density of the Earth's layers.
A. magma
B. seismograph
C. global positioning system
D. fossils
E. rift zones
F. magnetic reversal
Used as evidence for continental drift.
A. magma
B. seismograph
C. global positioning system
D. fossils
E. rift zones
F. magnetic reversal
Used as evidence for sea floor spreading.
A. magma
B. seismograph
C. global positioning system
D. fossils
E. rift zones
F. magnetic reversal