Vocabulary 1
Vocabulary 2
Types of Rocks
Rock Cycle
Rocks
100

Tiny pieces of rock and mineral.

Sediment

100

Molten rock above the surface of the earth.

Lava

100

What are the three types of rocks?

Sedimentary, igneous, and metamorphic

100

What should point A be labeled as?

Heat and pressure

100

How does magma become igneous rock?

Cooling

200

The process by which rocks are changed over long periods of time.

The rock cycle

200

Molten rock below the surface of the earth.

Magma

200

What are the two types of igneous rock?

Intrusive and extrusive

200

What should point B be labeled as?

Compaction and cementation

200

How does metamorphic rock become sediment?

Weathering and erosion

300

The process in which broken pieces of rock are carried away by wind, water, and gravity.

Erosion

300

The process by which sediments dissolve and act like glue.

Cementation

300

What are the two types of metamorphic rock?

foliated and non-foliated

300

 What should point C be labeled as?


Melts, cools, and crystallizes

300

Where are metamorphic rocks formed?

Deep under the earth's surface

400

The process by which rocks are broken up from exposure to wind, rain and the sun.

Weathering

400

What kind of weathering is this? 

Mainly change of temperature rapidly or at extreme levels causes weathering. It happens when rocks freeze and thaw. 

Physical weathering

400

What are the three types of sedimentary rocks?

Organic, chemical, and clastic

400

How does igneous rock become sediment?

Weathering and erosion

400

Where are intrusive igneous rocks formed?

Below the earth's surface

500

The process by which sediments are squeezed together to form a rock.

Compaction

500

What kind of weathering is this?

Usually occurs with rainwater trying to react with the rock minerals and create other minerals or chemical compounds.

Chemical

500

True or False

Rocks and minerals are the same thing.

False

500

How does metamorphic rock become magma?

Melting

500

Where are extrusive rocks formed?

Above earth's surface