How does the temperature and pressure change as one moves from the Earth's crust to the inner core?

Both temperature and pressure increase.

Both temperature and pressure decrease.

Temperature increases while pressure decreases.

Temperature decreases while pressure increases.

Imagine you are a geologist studying seismic waves. Based on your research, you notice that seismic waves travel faster in some areas than in others. What might this indicate about the layers of the Earth?

There are variations in density and composition in the Earth’s layers.

The mantle is mostly made of water.

The crust is the most dense layer of the Earth.

Convection currents in the asthenosphere play a crucial role in the movement of Earth's tectonic plates. Which of the following best explains how convection currents in the asthenosphere affect the lithosphere?

Rising hot material in the asthenosphere causes tectonic plates in the lithosphere to move apart, while cooler material sinking pulls plates together.

The lithosphere moves because of the gravitational pull of the Moon.

Convection currents cool the Earth's surface, making the lithosphere more rigid and immobile.

The asthenosphere remains stationary, while the lithosphere moves independently due to seismic activity.

Which of the following is an example of evidence that supports Wegener’s Continental Drift Theory?

Similar fossils are found on continents separated by oceans.

The Earth’s crust is thicker in the ocean than on land.

The Earth’s magnetic field has reversed several times in history.

Volcanoes are more active on the edges of tectonic plates.

Alfred Wegener noticed that the coastlines of South America and Africa seem to fit together like puzzle pieces. Which conclusion can be drawn from this observation?

The continents were once connected but have since drifted apart.

The continents have always been in their current positions.

Oceans have grown in size, pushing the continents closer together.

Ocean currents have shaped the continents to fit this way.

Fossils of the same species of ancient plants and animals, such as Mesosaurus and Glossopteris, are found on continents that are now widely separated by oceans. What does this suggest about Earth’s past geography?

The continents were once joined together in a supercontinent.

The species were able to swim across oceans.

Earth’s oceans were much smaller in the past.

Fossils were transported by ocean currents over millions of years.

How might the discovery of similar rock formations and mountain ranges on separate continents help support the theory of continental drift? Use specific examples of geological evidence to justify your response.

The discovery suggests that the continents were once connected, allowing for continuous geological features, like the Appalachian Mountains in North America and the Caledonian Mountains in Scotland, to form.

The discovery of similar rock types on different continents indicates that tectonic plates collided recently.

The evidence shows that Earth's tectonic plates are slowly moving toward each other, causing continental growth.

The similar rock formations likely formed independently through volcanic activity on different continents.

Which of the following statements best describes seafloor spreading?

It is the process by which new oceanic crust is formed at mid-ocean ridges as magma rises and solidifies, causing older crust to be pushed away.

It is the process where tectonic plates collide and form mountain ranges.

It occurs when oceanic plates are subducted beneath continental plates, leading to volcanic activity.

It refers to the gradual sinking of oceanic crust due to erosion and sediment accumulation.

What might happen to Earth's continents in the distant future based on the movement of tectonic plates?

The continents may move back together to form a new supercontinent, like Pangaea, in millions of years.

The continents will stop moving and remain in their current positions forever.

The continents will slowly erode into the oceans.

All tectonic activity will cease, and the continents will remain static.

Using the plate boundary map, locate the boundary between the Indian Plate and the Eurasian Plate. What type of plate boundary is this, and what major geological feature is formed there?

Convergent; Himalayan Mountains

Examine the plate boundaries near the Pacific Ocean. What is the most likely reason for the high frequency of earthquakes and volcanic activity around the "Ring of Fire"?

Several convergent boundaries cause subduction and volcanic eruptions.

The area is surrounded by divergent plate boundaries.

It is a region of intense transform boundary activity.

Earth’s magnetic field is weaker in this region, allowing more seismic activity.

Look at the location of the Mid-Atlantic Ridge on the map. What type of plate movement is responsible for the formation of this feature, and how does it impact the surrounding oceanic crust?

Divergent; Plates move apart, causing seafloor spreading and new crust formation.

Transform; Plates slide past each other, creating earthquakes.

Convergent; Plates collide, forming mountain ranges on the ocean floor.

Transform; Plates grind together, causing rift valleys on the ocean floor.

What is a hotspot in terms of geological activity, and how does it differ from volcanic activity at plate boundaries?

A hotspot is a location where magma from deep within the Earth's mantle rises to the surface, forming volcanoes, and it often occurs away from tectonic plate boundaries.

A hotspot is a zone of weak crust at a plate boundary where two tectonic plates collide and create volcanoes.

A hotspot is a type of earthquake fault line that produces volcanic eruptions near tectonic plate boundaries.

A hotspot is a region of intense plate collision that pushes magma to the surface, only occurring at convergent boundaries.

The Hawaiian Islands are located in the middle of the Pacific Plate, far from any plate boundary. How does the theory of hotspots explain the formation of the Hawaiian Islands, and why are the islands arranged in a chain?

A hotspot beneath the Pacific Plate causes magma to rise, forming volcanoes. As the plate moves over the stationary hotspot, new islands form in a chain.

The islands were formed by a divergent boundary pulling the plate apart, creating volcanic islands.

A transform boundary created fractures in the Earth's crust, allowing magma to rise and form the islands.

The islands are located on a convergent boundary where the Pacific Plate is being pushed under the North American Plate, forming volcanic islands.

The Pacific Plate is moving northwest over a stationary hotspot beneath the Earth's crust, which has led to the formation of the Hawaiian Islands. Based on this information, what can be predicted about the future of the Hawaiian Islands and the formation of new islands in the region?

Older islands, like Kauai, will gradually erode and sink, while new volcanic islands will form southeast of the Big Island.

The existing Hawaiian Islands will continue to grow larger as the Pacific Plate moves over the hotspot.

The Hawaiian Islands will eventually stop moving and remain in their current positions, with no new islands forming.

The movement of the Pacific Plate will cause the Hawaiian Islands to merge into one large landmass.

Earth's Layers, Continental Drift, and Plate Tectonics Review

Quiz

•

Science

•

9th - 12th Grade

•

Practice Problem

•

Medium

•

NGSS

MS-ESS2-3, MS-ESS2-2, HS-ESS2-3

+3

Standards-aligned

Krystal Covington

Used 30+ times

FREE Resource

lower mantle

outer core

inner core

6.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is layer 6?

lithosphere

asthenosphere

lower mantle

outer core

inner core

7.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is layer 7?

lithosphere

asthenosphere

lower mantle

outer core

inner core

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Earth's Layers, Continental Drift, and Plate Tectonics Review

27 questions

What is layer 1?

What is layer 2?

What is layer 3?

What is layer 4?

What is layer 5?

What is layer 6?

What is layer 7?

What is layer 8?

What is layer 9?

How does the temperature and pressure change as one moves from the Earth's crust to the inner core?

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