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Worksheets

LONG QUIZ

Total questions: 50

Worksheet time: 8mins

Name
Class
Date
1.

What is the outermost layer of the Earth?

a)

crust

b)

inner core

c)

mantle

d)

outer core

2.

The crust and upper mantle make up Earth's __________.

a)

asthenosphere

b)

continents

c)

core

d)

lithosphere

3.

Which statement about the Earth's crusts is CORRECT?

a)

Continental and oceanic crusts have the same weight.

b)

Continental crust is heavier than oceanic crust.

c)

Continental crust is thicker than oceanic crust.

d)

Oceanic crust is thicker than continental crust.

4.

What do we call the continuously moving part of the earth's crust?

a)

fault

b)

fissure

c)

fracture

d)

plate

5.

Which theory states that the entire crust is broken and is continuously moving?

a)

Continental Drift

b)

Plate Tectonics

c)

Seafloor Spreading

d)

Titanic Theory

6.

Which of the following is NOT a result of Plate Tectonics?

a)

earthquake

b)

fault lines

c)

landslides

d)

mountains

7.

A landmass that projects well above its surroundings is a mountain. What do you call a chain of mountains?

a)

mountain area

b)

mountain chain

c)

mountain range

d)

mountainous

8.

Plates float on the surface of the mantle. Which plate pushes the Philippine Plate toward the Eurasian Plate?

a)

Cocos Plate

b)

Indo-Australian Plate

c)

Nazca Plate

d)

Pacific Plate

9.

Which statement does best describe the location of the majority of earthquake epicenters relative to the location of volcanoes around the world?

a)

They are far adjacent.

b)

They are always 3 kilometers away from each other.

c)

They are situated at the same location.

d)

They are not necessarily relevant.

10.

How will you relate the distributions of mountain ranges, earthquake epicenters, and volcanoes?

a)

Mountain ranges are found in places between where volcanoes and earthquake epicenters are also situated.

b)

Mountain ranges are found in places where volcanoes and/or earthquake epicenters are also situated.

c)

Mountain ranges are found only in places where earthquake epicenters are situated.

d)

Mountain ranges are found only in places where volcanoes are situated

11.

Plates move apart at __________ boundaries.

a)

convergent

b)

stable

c)

divergent

d)

transform

12.

Plates slide past each other at ________________.

a)

subduction zone

b)

divergent boundary

c)

convection current

d)

transform fault boundary

13.

The boundary between two plates moving toward each other is called a _________.

a)

divergent boundary

b)

transform boundary

c)

lithosphere

d)

convergent boundary

14.

Seafloor spreading is located at _________________________.

a)

transform plate boundary

b)

convergent plate boundary

c)

divergent plate boundary

d)

Indian plate

15.

The East African Rift is an example of a _____________.

a)

mid-ocean ridge

b)

convergent boundary

c)

rift valley

d)

transform boundary

16.

The Himalayan mountain range of India was formed at the __________.

a)

divergent boundary

b)

convergent boundary

c)

hot spot

d)

transform boundary

17.

Philippine plate moves toward __________.

a)

A. Australian plate

b)

B. Arabian plate

c)

C. Antarctic plate

d)

D. Eurasian plate

18.

At the convergent plate boundary, _______________.

a)

new crust is created

b)

the crust separates

c)

the older crust is recycled by subduction

d)

plates side past one another

19.

The force that causes the plates to move is____________________.

a)

tectonic force

b)

gravitational force

c)

radiation

d)

convection current

20.

Features found at divergent plate boundaries include ____________.

a)

mid-ocean ridges

b)

deep-sea trenches

c)

crumpled mountains

d)

island arc volcanoes

21.

When magma in the earth's mantle develops a great pressure, the ground above it is pushed upward. If this happens in the middle of an ocean, what landform is produced?

a)

A. mountain

b)

B. volcanic island

c)

C. volcano

d)

D. continent

22.

The tall landform created when two continental plates converge.

a)

A. mountain range

b)

B. volcanic arc

c)

C. rift valley

d)

D. Oceanic ridge

23.

It is a plate that dives down under a less dense plate during subduction.

a)

A. subducting plate

b)

B. continental plate

c)

C. mantle

d)

D. overriding plate

24.

Materials in the mantle flow up and down. Which of the following best describes the mantle?

a)

A. a solid layer

b)

B. partially liquid

c)

C. a metallic layer

d)

D. very hot layer

25.

Which of the following happens when plates diverge or move away from each other?

a)

A. The crust is destroyed.

b)

B. New crust is produced because magma rises, then cools off and turns into solid.

c)

C. Earth's size changes because mountains are added on the earth's surface.

d)

D. The mantle rises.

26.

A rift valley is formed simultaneously with which of the following type of plate boundary?

a)

A. Convergent plate boundary

b)

B. Divergent plate boundary

c)

C. Transform fault plate boundary

d)

D. Both convergent and divergent plate boundary

27.

How do the plates move when we feel that the ground is shaking?

a)

A. toward each other

b)

B. away from each other

c)

C. slide past each other

d)

D. all of the above

28.

It is a landform produced when two continental plates converge.

a)

A. volcano

b)

B. fault

c)

C. mountain

d)

D. volcanic island

29.

It is otherwise known as an underwater mountain.

a)

oceanic ridge

b)

trench

c)

hill

d)

volcanic island

30.

The place where a subducting plate reaches the mantle during convergence.

a)

collision zone

b)

subduction zone

c)

mantle plume

d)

magma

31.

Hot molten materials in a convection cell rises near the.

a)

outer core

b)

crust

c)

inner core

d)

mantle

32.

The idea that Earth's lithosphere is broken up into separate plates that float on the mantle is the theory of.

a)

continental drift

b)

seafloor spreading

c)

tectonic movement

d)

plate tectonics

33.

The process of one plate moving under another plate is called.

a)

drifting

b)

plate tectonics

c)

seafloor spreading

d)

subduction

34.

The plastic-like upper portion of the mantle is called

a)

the magma

b)

the core

c)

the lithosphere

d)

the asthenosphere

35.

What evidences do scientists use to support the Continental Drift Theory?

a)

rocks, fossils, air

b)

rocks, water, ice

c)

rocks, fossils, climate

d)

rocks, fossils, human beings

36.

The youngest crust is found the mid-ocean ridge.

a)

far

b)

near

c)

beside

d)

away

37.

If you are a cartographer, what would give you an idea that the continents were once joined?

a)

ocean depth

b)

shape of the continents

c)

position of the South Pole

d)

size of the Atlantic Ocean

38.

Which is not evidence of seafloor spreading?

a)

molten magma constantly erupting

b)

drilling samples of rock

c)

fossil evidence

d)

magnetic stripes

39.

The magnets point north when Earth's magnetic field has.

a)

magnetic reversal

b)

reversed polarity

c)

mid-ocean ridge

d)

normal polarity

40.

Why was Alfred Wegener's Continental Drift Theory not accepted immediately by the people during his time?

a)

He cannot explain what causes the continents to drift.

b)

He explains that South America and Africa fit together like a puzzle.

c)

He described that the rocks and mountains at the edges of the continents were similar.

d)

He explains that fossils of ancient plants such as 'Glossopteris' can be found in almost all continents.

41.

What do you call the process that forms and moves new oceanic crust?

a)

magnetic reversal

b)

seafloor spreading

c)

convection

d)

trenching

42.

What do you call the supercontinent landmass formed million years ago?

a)

Pangaea

b)

Panthalassa

c)

Asia

d)

Eurasia

43.

What did Harry Hammond Hess realize in the 1950s when his team continued exploring the ocean floor and discovered the Mid-Atlantic Ridge?

a)

He realized that the oceanic crust is older than the continental crust.

b)

He realized that Alfred Wegener's Continental Drift Theory is not true.

c)

He realized that the oceanic crusts near the Mid-Atlantic Ridge are thicker and less dense.

d)

He realized that the Earth's crust had been moving away on each side of oceanic ridges, down the Atlantic and Pacific Oceans.

44.

He was credited for the idea of Continental Drift Theory?

a)

Alfred Lothar Wegener

b)

Charles Darwin

c)

Harry Hammond Hess

d)

Robert Dietz

45.

Describe the thickness of sediments near and far from the mid-oceanic ridge:

a)

The sediments are thinner near the ridge but thicker as you go far from it.

b)

The sediments are thicker near the ridge but thinner as you go far from it.

c)

The thickness of the oceanic sediments near and far from the ridge is the same.

d)

The sediments are unevenly distributed.

46.

What type of plate boundary is occurring in the Mid-Atlantic Ridge?

a)

Convergent Plate Boundary

b)

Transform Fault Plate Boundary

c)

Divergent Plate Boundary

d)

Destructive Boundary

47.

The Seafloor Spreading Theory states that.

a)

A. all continents are drifting.

b)

B. ages of rocks near a ridge are older than the ones far from it.

c)

C. fossils of plants and animals are found in almost all continents.

d)

D. hot and less dense material from below the Earth's crust rises towards the surface at the mid-oceanic ridge.

48.

Peer scientists reviewing Wegener's hypothesis of continental drift rejected his notion because

a)

his evidence was too few to make a valid conclusion.

b)

he did not explain how continents move and what moves them.

c)

his evidence was not clear in showing how continents were joined.

d)

he lied by including false evidence.

49.

If there are MORE mid-ocean ridges than subduction zones, what happens to the ocean?

a)

It gets larger.

b)

It sinks.

c)

It gets smaller.

d)

Nothing will change

50.

What strong evidence discovered by our scientist that Earth's magnetic reversal had been happening in the past?

a)

The magnetic reversal occurrence is supported by magnetic patterns in magnetic rocks found on the ocean floor.

b)

The ages of the rocks on the ocean floor are constantly changing.

c)

The magnetic field of the Earth becomes weaker.

d)

The Earth's magnetic field is fluctuating