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Earth's Processes & Resources Unit Exam Review

Total questions: 48

Worksheet time: 1hrs 1mins

Name
Class
Date
1.

When is a mineral considered an ore?

a)

When it is easily accessible.

b)

When it is profitable and useful.

c)

When it is hard to find.

d)

When it is useful but not profitable.

2.
At a divergent boundary plates
a)
move apart
b)
come together
c)
slide past each other
d)
do not move
3.
At a transform boundary plates
a)
move apart
b)
come together
c)
slide past each other
d)
do not move
4.
At a convergent boundary plates
a)
move apart
b)
come together
c)
slide past each other
d)
do not move
5.
Where are most of the active volcanoes?
a)
Hawaii
b)
The United States
c)
The Ring of Fire
d)
The Atlantic Ocean
6.
What are the 3 types of fault lines?
a)
Transform, Strike, Normal
b)
Strike, Normal, Reverse
c)
Convergent, Transform, Normal
d)
Transform, Convergent, Divergent
7.
The process by which natural forces move weathered rock and soil from one place to another is called
a)
weathering
b)
deposition
c)
abrasion
d)
erosion
8.
The breakdown of materials of Earth's crust into smaller pieces
a)
deposition
b)
abrasion
c)
soil conservation
d)
weathering
9.
Identical rock types, identical fossils, and very similar mountain ranges are found on different continents that are separated by a wide ocean. Which of these best explains these observations
a)
The same forces erode mountains in different locations
b)
These continents were joined together at one time in the past
c)
Some rock types are very common and are found everywhere
d)
Organisms traveled between these continents on land bridges
10.
What clue supported the continental drift theory?
a)
a puzzle-like fit of all the continents
b)
similar rock structures have been found on different continents
c)
Fossils of animals have been found on the continent separated by oceans
d)
All answers are correct
11.
Subduction is when one plate goes under another plate. What causes this plate to go under the other plate?
a)
the plates are part of the Ring of Fire
b)
volcanoes forced the magma to go underneath
c)
it is more dense than the top plate
d)
it is less dense than the top plate
12.
Which is a correct statement about the rock cycle?
a)
Rocks are always found in the same locations as where they formed
b)
All processes in the rock cycle occur at the same rate
c)
Rocks and minerals are the same thing
d)
Rocks are changed into different types as a result of Earth processes
13.

What process forms igneous rock?

a)

Heat & Pressure

b)

WED & CCC

c)

solidification

d)

melting

14.

What process forms sedimentary rock?

a)

Heat & Pressure

b)

WED & CCC

c)

solidification

d)

melting

15.

What process forms metamorphic rock?

a)

Heat & Pressure

b)

WED & CCC

c)

solidification

d)

melting

16.

Which Earth Layer matches the description given? Slow flowing pudding-like rock, site of convection currents that interact with the lithosphere

a)

Continental Crust

b)

Mantle

c)

Lithosphere

d)

Asthenosphere

17.

Which Earth's layer matches the description? Thinnest layer made mostly of granite.

a)

Continental Crust

b)

Mantle

c)

Lithosphere

d)

Asthenosphere

18.

Which Earth's layer matches the description? Solid rock broken into pieces continuously drifting.

a)

Continental Crust

b)

Mantle

c)

Lithosphere

d)

Asthenosphere

19.

Which Earth's layer matches the description? Solid iron and nickel.

a)

Inner core

b)

Outer core

c)

Crust

d)

Oceanic crust

20.

Which Earth's layer matches the description? Not visible from above, made mostly of a solid rock called basalt.

a)

Inner core

b)

Outer core

c)

Crust

d)

Oceanic crust

21.

Which Earth's layer matches the description? Liquid metal that flows.

a)

Inner core

b)

Outer core

c)

Crust

d)

Oceanic crust

22.

What type of boundary is located at label A?

a)

Convergent

b)

Transform

c)

Divergent

d)

Strike-slip

23.

Which of the following plate boundaries would the illustration depict?

a)

Convergent

b)

Transform

c)

Divergent

d)

Strike-slip

24.

Which of the following plate boundaries would the illustration depict?

a)

Shearing

b)

Tension

c)

Compaction

d)

Compression

25.

Which statement below best explains why the lithospheric plates move?

a)

The heat in Earth’s atmosphere causes plates to move slowly at certain times.

b)

The energy from the Sun creates seismic waves that move the lithospheric plates.

c)

The energy released from Earthquakes causes swift plate movements occasionally.

d)

The convection currents caused by the heat inside Earth creates constant slow plate movements.

26.

Which of the following explains how a volcano might form in the middle of a tectonic plate?

a)

The plate is splitting apart.

b)

The plate lies over a hot spot.

c)

The plate lies over a subduction zone.

d)

It is not possible for a volcano to form in the middle of a plate.

27.

Scientists have discovered that seismic waves travel faster through the mantle than the crust. This data

supports which of the following inferences?

a)

The mantle is liquid.

b)

The mantle is thicker.

c)

The mantle is hotter.

d)

The mantle is denser.

28.

In what direction do seismic waves carry the energy from an earthquake?

a)

From the surface to the mantle.

b)

Through the mantle only.

c)

Away from the focus.

d)

Toward the focus.

29.

While we certainly have some big volcanoes here on Earth, the biggest known volcano in our solar system is

actually on Mars. Its name is Olympus Mons and it measures a whooping 600km (373 miles) wide and 21km

(13 miles) high. What inference can be made from this fact?

a)

Mars’s atmosphere is like Earth’s.

b)

Mars has a layer of magma.

c)

Mars has a liquid core.

d)

Mars has crust made of granite.

30.

What type of boundary is shown in the illustration to the right?

a)

Convergent

b)

Transform

c)

Divergent

d)

Strike-slip

31.

Earthquakes are plotted & tracked everyday. A map was made from data collected for 50 years and plotted on a map. What pattern was observed?

a)

Earthquakes do not seem to occur in any consistent pattern.

b)

Earthquakes occur with the same frequency everywhere on Earth.

c)

Earthquakes most frequently occur near the middle of continents.

d)

Earthquakes generally occur along the edges of tectonic plates.

32.

As you go deeper and deeper into Earth's interior, what happens to the pressure and temperature?

a)

Both increase

b)

Temperature increases and pressure decreases

c)

Both decrease

d)

Pressure increases and temperature decreases

33.

The diagram shows a side view of a tectonic plate boundary.

Which term best describe features 1, 2, and 3?

a)

1- continental crust, 2- mantle, 3- oceanic crust

b)

1- oceanic crust, 2- mantle, 3- continental crust

c)

1- mantle, 2- oceanic crust, 3- continental crust

d)

1- continental crust, 2- oceanic crust, 3- mantle

34.

Which statement is true according to the theory of plate tectonics?

a)

Lithospheric plates are destroyed at the mid-ocean ridges.

b)

Continents drift because they rest on lithospheric plates that move.

c)

Lithospheric plates move because the inner core of the Earth is liquid.

d)

Transform boundaries form when two lithospheric plates collide.

35.

The Sphinx in Egypt has many worn-down features. Much of the rock has been worn away and been turned into sand that has blown away. What process turned the rock into sand?

a)

Cementation

b)

Deposition

c)

Weathering

d)

Faulting

36.

How do wind and water change rocks over time?

a)

They add minerals to the rocks.

b)

They increase the mass of the rocks.

c)

They change the shape of the rocks.

d)

They build up the rocks with sand particles.

37.

Fossil fuels are the compressed remains of ancient organisms like plants or dinosaurs. They cannot be

recycled. Once they are used, they are gone. Which of these is a fossil fuel?

a)

Corn

b)

Coal

c)

Timber

d)

Sunshine

38.

Water slowly freezes in the cracks of rocks until they eventually split. What is happening to the rocks?

a)

Chemical Weathering

b)

Chemical Erosion

c)

Physical/Mechanical Weathering

d)

Physical/Mechanical Erosion

39.

Bricks on a building are being eaten away by acids dissolved in rainwater. What is happening to them?

a)

Chemical Weathering

b)

Chemical Erosion

c)

Physical/Mechanical Weathering

d)

Physical/Mechanical Erosion

40.

What process moves sediment from place to place?

a)

Deposition

b)

Erosion

c)

Subduction

d)

Weathering

41.

What does the following definition describe?

A naturally occurring solid with a crystal structure and a definite chemical composition.

a)

Element

b)

Fossil Fuel

c)

Ore

d)

Mineral

42.

What are luster, color, streak, and hardness examples of?

a)

Physical Properties

b)

Chemical Properties

c)

Composition

d)

Crystal Structure

43.

When you test a mineral for a reaction to acid what are you measuring?

a)

Physical property

b)

Chemical property

c)

Compostion

d)

Crystal structure

44.

When an igneous rock cools slowly underground, which type of rock forms?

a)

extrusive with fine crystals, like basalt

b)

foliated with flattened crystals, like gneiss

c)

intrusive with large crystals, like granite

d)

organic with the cemented shells of marine organisms, like limestone

45.

What process does the number 4 represent?

a)

melting

b)

breaking down rock

c)

cooling & solidifying

d)

change due to heat & pressure

46.

Granite is a coarse or medium-grained rock that is rich in quartz and feldspar. It is formed when bodies

of magma cool and harden deep below the earth. What type of rock is granite?

a)

Metamorphic

b)

Sedimentary

c)

Extrusive Igneous

d)

Intrusive Igneous

47.

Compare how heat is different in the formation of igneous rocks versus the formation of metamorphic

rock.

a)

Heat to form an igneous rock is less intense than a metamorphic rock

b)

Heat to form a metamorphic rock is less intense than an igneous rock

c)

The heat to form a metamorphic rock and an igneous rock is the same

d)

The heat is not used to form a metamorphic rock or an igneous rock

48.

More than a billion years ago, the continent of Africa hit North America, generating enormous pressure

and heat while pushing up the Blue Ridge Mountains to a height of 30,000 feet. Most of these

mountains have since been worn away by wind, rain, and the growth of living organisms. The order of

the rock cycle in this case is BEST described as

a)

igneous → sedimentary

b)

metamorphic → igneous

c)

igneous → metamorphic

d)

metamorphic → sedimentary