Systems of Earth
Crust, Mantle, And Core
Lithosphere
Tectonic Plates
Random
100

A mixture of gases that make up the air we breathe.  

A. Geosphere

B. Atmosphere

C. Hydrosphere

D. Biosphere

B: Atmosphere

100

The layer of rock between the crust and the core and makes up 64 percent of the mass of the earth.  

A. Mantle

B. Lithosphere

C. Mesosphere

D. Asthenosphere

A: Mantle

100

The solid, outer layer of the earth that consists of the crust and the rigid upper part of the mantle.  

A. Mesosphere

B. Asthenosphere

C. Lithosphere 

D. Outer Core

C: Lithosphere

100

Blocks of lithosphere that consist of the crust and the rigid, outermost part of the mantle and glide across the underlying asthenosphere. 

A. Volcanoes

B. Tectonic Plates

C. Continents 

D. Faults

B: Tectonic Plates

100

True or False: A scientist can predict when an earthquake is going to occur.  

False

200

Makes up all of the water on or near Earth's surface.  

A. Geopshere

B. Atmosphere

C. Hydrosphere

D. Biosphere

C: Hydrosphere

200

The thin and solid outermost layer of the Earth.  

A. Mantle

B. Core


C. Asthenosphere 

D. Crust


D: Crust

200

What physical layer of Earth is located beneath the lithosphere?  

A. Asthenosphere

B. Inner Core

C. Mesosphere 

D. Outer Core

A: Asthenosphere 

200

What often occurs at tectonic plate boundaries?  

A. Increasing air pressure

B. Thinning of the biosphere

C. Mountain Building

D. Increased Erosion 

C: Mountain Building

200

How did the Himalayan Mountains form?  

A. Erosion

B. Convection

C. Glacial movements

D. colliding tectonic plates

D: Colliding tectonic plates

300

The part of the Earth where life exists.  

A. Geosphere

B. Atmosphere

C. Hydrosphere

D. Biosphere 

D: Biosphere

300

The central part of the earth made up of an inner and outer layer and composed of the densest elements.  

A. Crust

B. Mantle

C. Lithosphere 

D. Core

D: Core

300

The lower part of the mantle beneath the asthenosphere.

A. Core

B. Mesosphere 

C. Lithosphere 

D. Tectonic Plates

B: Mesosphere

300

A mountain built from magma, or melted rock, which rises from the Earth's interior to the surface, and can occur on land or in the sea.  

A. Tectonic Plates

B. Volcanoes

C. Faults

D. Plateaus

B: Volcanoes

300

The removal and transport of surface material by wind and water is called 

A. Seismicity

B. Erosion

C. Tectonics 

D. Volcanism

B: Erosion

400

The mostly solid, rocky part of the Earth that extends from the center of the core to the surface of the crust.  

A. Geosphere

B. Atmosphere

C. Hydrosphere

D. Biosphere

A: Geosphere

400

The inner core is solid because

A. it absorbs heat from the sun

B. It is under tremendous pressure

C. it is influenced by global warming

D. The movement of tectonic plates causes friction 

B: It is under tremendous pressure

400

Part of the earth that is made up of mantle rock that flows slowly which allows tectonic plates to move on top of it.  

A. Lithosphere

B. Mesosphere

C. Inner Core

D. Asthenosphere

D: Asthenosphere

400

A break in the Earth's crust along which blocks of the crust slide relative to one another.  

A. Earthquakes

B. Seismic activity

C. Faults

D. Mountain Building

C: Faults

400

What is the name of the major fault in California that causes the earthquakes the state experiences every year?  

San Andreas Fault

500

The Earth is an integrated system that consists of rock, air, water, and living things that all interact with each other.  Scientists divided this system into four parts.  Name the four parts.  

1. Geosphere (Rock)

2. Atmosphere (Air)

3. Hydrosphere (Water)

4. Biosphere (Living Things)

500

What did scientists use to discover what the interior of the earth was made out of?  

Seismic Waves

500

In which layer of earth are tectonic plates found?  

Lithosphere

500

Name at least four tectonic plates.  

North America Plate, South America Plate, Africa Plate, Eurasia Plate, Australia Plate, Antarctic Plate, and Pacific Plate

500

Describe one local or global effect a volcanic eruption can have on the environment.  

Local Effects: Potential loss of life and damage to surrounding areas from lava flows, ash, mud slides, and poisonous gases.  


Global Effects: Climatic cooling due to ash and other small particles entering the atmosphere that may reduce sunlight reaching the surface.  

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