Earth and Life Science 2nd Assessment Reviewer

When magma makes its way to the Earth's surface as lava and then cools, it is said to have cooled and formed.

• EXTRUSIVE ROCK

• INTRUSIVE ROCK

• INORGANIC

• ORGANIC ROCK

It is formed as a result of magma activity and cools slowly beneath the surface of the Earth's surface.

• INTRUSIVE ROCK

• EXTRUSIVE ROCK

• INORGANIC ROCK

• ORGANIC ROCK

The hardening and crystallization of magma or molten mineral are the processes that lead to the formation of this type of rock, according to this classification.

• IGNEOUS ROCK

• SEDIMENTARY ROCK

• METAMORPHIC ROCK

• PLUTONIC ROCK

This structure was built out of pre-existing rocks or fragments of a once-living organism that were found on the site.

• IGNEOUS ROCK

• SEDIMENTARY ROCK

• METAMORPHIC ROCK

• PLUTONIC ROCK

This type of sedimentary rock was formed as a result of the accumulation of clasts, which are small fragments of broken rocks or shells that accumulated over time.

• CLASTIC ROCK

• CHEMICAL ROC

• INORGANIC ROCK

• ORGANIC ROCK

This type of sedimentary rock is formed when minerals dissolved in a solution precipitate out of the solution.

• CHEMICAL ROCK

• ORGANIC ROCK

• INORGANIC ROCK

• CLASTIC ROCK

It is believed that this type of rock formed from previously existing rocks that had been altered by heat, pressure, and chemical processes during the formation process.

• METAMORPHIC ROCK

• SEDIMENTARY ROCK

• IGNEOUS ROCK

• PLUTONIC ROCK

When minerals are exposed to the environment, their coloration can change depending on how they are exposed.

• COLOR

• STREAK

• DIAPHANEITY

• LUSTER

This refers to the material's ability to allow light to pass through to the other side.

• DIAPHANEITY

• CRYSTALLINE STRUCTURE

• STREAK

• TENACITY

When it comes to the structure of minerals, this is referred to as "lines of weakness."

• CLEAVAGE

• BRITTLENESS

• TENACITY

• LUSTER