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Changes of the Earth Surface Review for Unit Test

Total questions: 47

Worksheet time: 34mins

Name
Class
Date
1.

Ocean Crust is

a)

made fro submerged continents

b)

magnetically produced crust

c)

produced at the mid-oceanic ridge

d)

produced at all plate boundaries

2.

Alfred Wegener proposed the ​ (a)   hypothesis.

Choose from the below words
Continental Drift
Plate Tectonics
Ridge Push
Seafloor Spreading
3.

What tectonic plate did scientists not use to develop the the theory of seafloor spreading?

a)

Echo-sound measurements

b)

GPS( Global positioning system)

c)

Magnetometer measurement

d)

seafloor thickness measurement

4.

Mid-Oceanic ridges are associated with

a)

Convergent Boundaries

b)

Divergent Boundaries

c)

Hot Spots

d)

Transform plate boundaries

5.

To plates of equal density form mountains range along

a)

continental-to - continental Convergent boundaries

b)

Oceanic- to- Continental

Convergent boundaries

c)

Divergent boundaries

d)

Transform boundaries

6.

Which type of plate is shown in the figure below?

a)

Convergent

b)

Divergent

c)

Subduction

d)

Transform

7.

What happens to Earth's magnetic field over time?

a)

It weakens and eventually disappears

b)

It stays the same

c)

It continually strengthens

d)

It changes polarity

8.

Which of Earth;s outermost layer includes the crust and the upper mantle

a)

Asthenosphere

b)

Mantle

c)

Lithosphere

d)

Outer core

9.

What do the arrows indicate on the Tectonic plate map?

a)

Magnetic polarity

b)

Ocean flow

c)

Plate movement

d)

Volcanic eruption

10.

What evidence helped to support the theory of seafloor spreading

a)

magnetic equality

b)

magnetic interference

c)

magnetic north

d)

magnetic polarity

11.

Which plates tectonic process creates a deep ocean trench

a)

Conduction

b)

Deduction

c)

Induction

d)

Subduction

12.

What causes the plate motion?

a)

Convection in Earths Mantle

b)

Currents in Earth's Oceans

c)

Reversal of Earths Polarity

d)

Rotation on Earth's Axis

13.

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

a)

Continental drift

b)

Magnetic reversal

c)

Normal Polarity

d)

Seafloor Spreading

14.

What is the name of Alfred Wegener's ancient supercontinent called?

a)

Caledonia

b)

Continental Drift

c)

Glossopteris

d)

Pangaea

15.

Which part of the seafloor contains the thickest sediment layer?

a)

abyssal plain

b)

deposition band

c)

mid-oceanic ridge

d)

tectonic zone

16.

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

a)

a fossil

b)

a glacier

c)

basalt

d)

magma

17.

At divergent plate boundaries such as a mid-oceanic ridge, you should expect to find

a)

low viscosity lava and normal faults

b)

low viscosity and reverse fault

c)

high viscosity lava and normal faults

d)

high viscosity lava and reverse faults

18.

High Energy Earthquakes occur

a)

away from the plate boundaries

b)

away from divergent plate boundaries

c)

on convergent plate boundaries

d)

on transform plate boundaries

19.

Large and explosive volcanic eruptions, such as the one shown below, can change climates because

a)

Ash and gas that erupts high into the atmosphere can reflect sunlight

b)

the Magma that erupts is hot

c)

volcanic ash keeps earth from losing its heat

d)

Volcanic mountains block solar radiation

20.

What is an earthquake?

a)

a fault at a convergent plate boundary

b)

a wave of water in the crust

c)

energy released as rocks break and move along a fault

d)

the elastic strain stored in rocks

21.

The figure below shows the Hawaiian Islands, formed by hot spots. Which island is the oldest?

a)

Hawaii

b)

Kaua

c)

Maui

d)

O'ahu

22.

A lag-time graph illustration the relationship between the time it takes a seismic wave to travel from the earthquake epicenter to a seismometer and the

a)

Distance between the earthquakes and the seismometer.

b)

Earthquake intensity

c)

Earthquake magnitude

d)

Size of the fault

23.

Which can show the amount of energy released by an earthquake?

a)

a lag-time graph

b)

Modified Mercalli Scale

c)

Moment Magnitude scale

d)

Richter Magnitude Scale

24.

The location of an earthquake can be determined from seismic data recorded by at least

a)

one seismometer

b)

two seismometer

c)

three seismometer

d)

five seismometers

25.

Along which type of plate boundary do the deepest earthquake occur?

a)

Convergent

b)

Divergent

c)

Passive

d)

Transform

26.

Which state has no active volcanoes

a)

California

b)

Hawaii

c)

New York

d)

Washington

27.

The Richter scale registers the magnitude of an earthquake by determining the

a)

Amount of energy released by the earthquake

b)

amount of ground motion measured at a given distance from the earthquake

c)

descriptions of damaged caused by the earthquake

d)

type of seismic waves produced by the earthquake

28.

which type of fault is shown in the diagram

a)

Normal

b)

Reverse

c)

Shallow

d)

Strike-Slip

29.

Which term describes a fast moving avalanche of hot gas, ash, and rock that erupts from an explosive volcano?

a)

ash fall

b)

cinder cone

c)

lahar

d)

pyroclastic flow

30.

Earthquakes occur along the San Andrea's Fault which is an example of this type of plate boundary

a)

Convergent

b)

Divergent

c)

Passive

d)

Transform

31.

Hot Spot Volcanoes ALWAYS

a)

appear at plate boundaries

b)

erupts in chains

c)

form above mantle plumes

d)

Remain active

32.

Where do seismic waves originate.

a)

above ground

b)

epicenter

c)

focus

d)

seismogram

33.

Magma contains ​ (a)   gases, including carbon dioxide and sulfur dioxide.

Choose from the below words
Dissolved
Magma
Volcanic Ash
Ring of fire
34.

A ​ (a)   fault forms when forces pulls rocks apart along a divergent plate boundary

Choose from the below words
Normal
Reverse
Stike-Slip
Transform
35.

​ (a)   waves travel only through solid material.

Choose from the below words
Secondary
Primary
Surface
Earth
36.

Match the following

a)

Strike- Slip

1.

-slide horizontally past each-other

-Transform plate boundary

b)

Normal

2.

-Pull 2 blocks apart

-block of rock pulls apart THEN down

-Divergent plate boundary

c)

Reverse

3.

-Push 2 blocks together THEN moves up

-Convergent plate boundaries

37.

Match the following

a)

Divergent Plate Boundary

1.

-2 plates divide

-seafloor spreading

- mid-oceanic ridge

-Rift Valley

b)

Convergent Plate Boundary

2.

-2 plates collide

-subduction

-creates mountain, trenches, volcanoes

c)

Transform Plate Boundary

3.

-2 plates move side to side horizontally

-earthquake

- San Andrea Fault

38.

The deepest earthquakes occur along ​ (a)   boundary lines. 

Choose from the below words
Convergent
Divergent
Transform
Reverse Fault
39.

​ (a)   Waves are the fastest type of wave, and travel through solid and liquid.

Choose from the below words
Primary
Secondary
Surface
Ocean
40.

The ​ (a)   is the area of earthquakes and volcanic activity that surrounds the Pacific Ocean.

Choose from the below words
Ring of Fire
Atlantic Ocean
Pacific Ocean
North America
41.

The Hawaiian Islands are created by ​ (a)   and is located in the ​ (b)  

Choose from the below words
Hot spots
Pacific Ocean
Atlantic Ocean
North America
Divergent Plate
42.

What types of earthquakes are considered shallow earthquakes 

a)

Convergent; Divergent 

b)

Convergent; Transform

c)

Transform; Divergent

43.

Mount Vesuvius was what type of volcano?

a)

Composite

b)

Cinder Cone

c)

Shield

d)

Hot Spot

44.

What plate boundary does this show

a)

Divergent

b)

Convergent (continental to continental)

c)

Transform

d)

Convergent (Oceanic to Continental)

45.

What is the point on the Earth's surface where an Earthquake starts ?

a)

Focus

b)

Epicenter

c)

Plate

d)

Fault

46.

Oceanic to Oceanic, Continental to Oceanic, and Continental to Continental are all examples of what type of boundaries.

a)

Divergent

b)

Convergent

c)

Transform

47.

The eruption of a Hawaiian volcano would most likely cause

a)

Pyroclastic Flow

b)

Basaltic Lava Flow

c)

Large Volume

d)

A Large Scale climate change