Earth's Interior
Earthquakes
Volcanoes
Rocks & Minerals
Atmosphere & Weather
100

List all 3 main layers of Earth AND the 6 Mechanical layers (layers within the main 3 layers).

Crust, Mantle, Core.

Continental crust, Oceanic crust, Lithosphere, Asthenosphere, Outer Core, Inner Core

100
The three types of seismic waves

S-wave, P-wave, Surface wave

100

Give the definition of a volcano.

A vent in Earth's crust through which molten rock flows

100

Name the most common mineral.

Quartz

100

As you get higher into the atmosphere, pressure____ (Increases or decreases?)

Decreases

200

List the 3 types of Plate Boundaries and their definition.

Convergent boundary: A plate boundary where two plates move toward each other

Divergent boundary: A plate boundary where two plates move away from each other

Transform boundary: A plate boundary where two plates slide past each other

200

Where do most earthquakes occur?

Along a plate boundary

200

All of the Hawaiian Islands are formed of this type of volcano

shield volcano

200

List the 5 requirements that must be present in order to be defined as a mineral.

Naturally occurring

Solid

Inorganic

Definite chemical composition

Crystal structure


200

List the 5 layers of the atmosphere in order from lowest altitude to the highest altitude.

Troposphere

Stratosphere

Mesosphere

Thermosphere

Exosphere

300

What landform is formed from converging plates? (continental crust)

Mountains

300

Explain what you recall about tsunamis.

A tsunami is a series of ocean waves caused by an underwater earthquake, landslide, or volcanic eruption. They can last for hours or days. They are deceivingly strong. They are different than a title wave.

300

Volcanoes that are not associated with plate boundaries are called

hot spots

300

True or False: Rocks are always minerals, but not all minerals are rocks

True

300

What is wind?

Wind is moving air that is caused by changes in air pressure

400

Two oceanic plates diverge, or move apart, and form a _____________ from the newly added crust

Mid-ocean ridge

400

the location on Earth’s surface directly above the earthquake’s focus

epicenter

400

Give a description of EACH different type of volcano.

Cinder cone: small, cone shaped volcanoes filled of scoria or cinder 

Composite: tall, steep sided volcanoes made of alternating layers of magma and ash 

Shield: large, gentle-sloped volcanoes that result from quiet eruptions


400

List 4 ways that we can identify minerals (there are 7 total)


  • Color

  • Streak

  • Luster

  • Density

  • Hardness

  • Crystal Systems

  • Cleavage and Fracture

400

Explain the difference between local winds and global winds.

Local winds cover very short distances. Global winds are large air masses that are created mainly as a result of the earth's rotation, the shape of the earth, and the sun's heating power.

500

List the 3 pieces of evidence that Wegener used to prove the Theory of Continental Drift.

1. shape of continents

2. fossils

3. climate

500

Seismologists use a method called _________ to locate an earthquake’s epicenter

triangulation

500

Explain the process of a volcano erupting.


Magma rises and collects in magma chambers. Eventually, some of the magma pushes through vents and cracks to the Earth's surface. Extreme pressure and heat from convection currents causes this rise in magma.



500

List the 3 main types of rocks and how each type forms.

1. Sedimentary: formed from pieces of other existing rock conglomerating together

2. Metamorphic: rocks that have been changed from their original form by immense heat or pressure 

3. Igneous: formed when molten hot material cools and solidifies 

500

Explain the difference between the Trade Winds and the Prevailing Westerlies. 

The Trade Winds are steady winds that blow from east to west between 30°N latitude and 30°S latitude. The Prevailing Westerlies are steady winds that flow from west to east between latitudes 30°N and 60°N, and 30°S and 60°S.