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Mountain Building

Total questions: 40

Worksheet time: 1hrs 20mins

Name
Class
Date
1.

What does the movement of tectonics plates cause?

a)

Stress on rocks.

b)

Deposition of sediments

c)

Erosion of rocks

d)

All of the above.

2.

What occurs during folding?

a)

Rocks change color.

b)

Rocks form and create a landslide.

c)

Rock layers combine to create a mountain.

d)

Rock layers bend under stress.

3.

What are two types of folding?

a)

Horizontal and Vertical

b)

Synclines and Anticlines

c)

Up and down

d)

Bottom and Top

4.

How do Volcanic mountains form?

a)

Rock combines with water to create a tight structure for a mountain.

b)

Compressional stress causes blocks to fold and move upward.

c)

Molten rock erupts on earth surface, and creates a mountain structure.

d)

Rock and lava form a beach.

5.

How do Fault-Block mountains form?

a)

Tension pushes the blocks of lithosphere on top of each other.

b)

Tension makes the lithosphere break into many pieces causing some to fall relative to others.

c)

Shear stress makes the mountains break.

d)

Compression makes the mountains rise up.

6.

How do Folded Mountains form?

a)

Tension breaks the lithosphere into pieces causing some to fall relative to others. .

b)

Magma erupts from the crust.

c)

Compression causes layers to be squeezed and pushed upward.

d)

all of the above

7.
Stress that stretches rock so that it becomes thinner in the middle!
a)
tension
b)
compression
c)
sheear
d)
rubber-binder
8.
What type of stress is happening to these layers of crust?
a)
Compression
b)
Seperation
c)
Faulting
d)
Tension
9.
What type of fault does the image represent?
a)
Normal Fault
b)
Reverse Fault
c)
Strike Slip Fault
d)
Trench Fault
10.
What type of stress are the fault blocks experiencing?
a)
Compression
b)
Tension
c)
Shear Stress
d)
Cleavage
11.
A downward fold in rock formed by compression in Earth's crust?
a)
anticline
b)
syncline
c)
fracture
d)
strike-slip fault
12.

Mountains are formed by _________________.

a)

weathering

b)

tectonic plates

c)

erosion

d)

the rock cycle

13.

What does the movement of tectonics plates cause?

a)

mountains to form

b)

mountains to disappear

c)

faults

d)

All of the above.

14.

This is an example of a/an

a)

anticline

b)

syncline

15.

This is an example of a/an

a)

anticline

b)

syncline

16.

Imagine that two thick sponges are next to one another on a table in front of you.

Picture the sponges as two of Earth's tectonic plates.

Remember that tectonic plates are pieces of Earth's lithosphere.

Think of the table as the part of Earth beneath the lithosphere.

What do you think will happen if you slowly push the sponges together?

a)

compression will put the sponges under stress and deform them

b)

tension will put the sponges under stress and deform them

c)

shear stress will put the sponges under stress and deform them

17.

What does the movement of tectonics plates cause on rocks?

a)

Places stress on rocks.

b)

The rocks disappear.

c)

The rocks start to erode.

d)

All of the above.

18.

A spike-strip fault is caused by?

a)

shear stress

b)

tension

c)

compression

19.

A reverse fault is caused by?

a)

shear stress

b)

tension

c)

compression

20.

Normal faults are caused by?

a)

shear stress

b)

tension

c)

compression

21.

which type of fault is common where there are divergent boundaries? Remember that divergent means tending to be different or develop in different directions.

a)

spike-strip fault

b)

normal fault

c)

reverse fault

22.

The stress that is formed when rocks are pushing in opposite direction at a transform boundary.

a)

compression

b)

tension

c)

shear stress

23.

Stress that stretches rock so that it becomes thinner in the middle!

a)

tension

b)

compression

c)

shear

d)

rubber-binder

24.
What type of stress are the fault blocks experiencing?
a)
Compression
b)
Tension
c)
Shear Stress
d)
Cleavage
25.

The major force that forms folded mountains.

a)

compressional force

b)

impression force

c)

depressions force

d)

plateau

26.

True or False

Normal faulting occurs where tensional stresses cause the crust to be stretched.

a)

True

b)

False

27.
What type of fault is shown in this picture?
a)
normal
b)
reverse
c)
strike slip
d)
tension
28.

___________ may squeeze rock until it bends into a new shape, or until the rock breaks or moves.

a)

compression

b)

tension

c)

shear stress

29.

__________ occurs when a rock is being stretched or pulled apart.

a)

tension

b)

compression

c)

shear stress

30.

____________ happens when rock structures are being pushed in parallel but opposite directions.

a)

Compression

b)

Shear stress

c)

Tension

31.

The process that causes rocks to break because of stress.

a)

fold

b)

fault

c)

syncline

d)

anticline

32.

What kind of fault is shown here?

a)

spike-strip fault

b)

reverse fault

c)

normal fault

33.

This is an example of a ______________ fault.

a)

reverse fault

b)

normal fault

c)

spike-strip fault

34.

What kind of fault is shown here?

a)

reverse fault

b)

normal fault

c)

spike-strip fault

35.

What are the four types of mountains? We haven't covered uplifted aka Dome, yet, but it is one.

a)

volcanic, uplifted, eroded, weathered

b)

Volcanic, Uplifted, Fault-block, Folded

c)

Folded, Uplifted, Plateau, Convergence

d)

uplifted , Plateau, Basin, Faut-block

36.

Formed when tension causes large blocks of Earth’s crust to drop down relative to other blocks

a)

Block

b)

Dome

c)

Volcanic

37.

These are formed by magma rising up from the mantle to the crust of the Earth

a)

Volcanic

b)

Fold

c)

Dome

38.

What are the three types of plate boundaries?

a)

convergent, divergent, transform

b)

divergent, convection, transform

c)

transform, insurgent, convection

39.

Parallel ridges that form where blocks of crust move up o down along faults.

a)

Uplifted Mountain

b)

Volcanic Mountain

c)

Fault-block Mountain

d)

None of the above

40.

How are fold mountains formed?

a)

These mountains form when faults or cracks in the earth's crust force some materials or blocks of rock up and others down. Instead of the earth folding over, the earth's crust fractures (pulls apart). It breaks up into blocks or chunks.

b)

Formed when molten rock (magma) deep within the earth, erupts, and piles upon the surface. Magma is called lava when it breaks through the earth's crust. When the ash and lava cools, it builds a cone of rock.

c)

When two or more of Earth's tectonic plates are pushed together. At these colliding, compressing boundaries.