2.1 Earth as a Systom: The Rock Cycle 47 ROCK CYCLE Viewed over long time spans, rocks are constantly forming, changing, and re-forming. Extrusive When magma or lava cools and solidifies, Igneous rock forms. Igneous Rock Lava USGS USGS Col ing, crystallization Magma Intrusive Magma forms when rock melts deep beneath Earth's surface. Melting EJ. Tarbuck Igneous Rock Weathering breaks down rock that is transported and deposited as sediment. a wathering, ransporation, and depositen Metamorphic Rock Metamerptis m Sediment Heat Metamorphism theat, intense gr es sure) Mela mer Lithi ficati on When sedimentary rock is burled deep In the crust, heat and pressure (stress) change It to metamorphic rock. Sediment is compacted and cemented to form sedimentary rock. Demis Ta SmartFigure 2.1 The rock cycle The rock cycle helps us understand the origins of the three basic rock groups. Arrows represent processes that link each group to the others. (https/ligoo.gvawWRSL) Sedimentary Rock Demis Taa Tutorial Weathering transport, deposition Melting
2.1 Earth as a Systom: The Rock Cycle 47 ROCK CYCLE Viewed over long time spans, rocks are constantly forming, changing, and re-forming. Extrusive When magma or lava cools and solidifies, Igneous rock forms. Igneous Rock Lava USGS USGS Col ing, crystallization Magma Intrusive Magma forms when rock melts deep beneath Earth's surface. Melting EJ. Tarbuck Igneous Rock Weathering breaks down rock that is transported and deposited as sediment. a wathering, ransporation, and depositen Metamorphic Rock Metamerptis m Sediment Heat Metamorphism theat, intense gr es sure) Mela mer Lithi ficati on When sedimentary rock is burled deep In the crust, heat and pressure (stress) change It to metamorphic rock. Sediment is compacted and cemented to form sedimentary rock. Demis Ta SmartFigure 2.1 The rock cycle The rock cycle helps us understand the origins of the three basic rock groups. Arrows represent processes that link each group to the others. (https/ligoo.gvawWRSL) Sedimentary Rock Demis Taa Tutorial Weathering transport, deposition Melting
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
Related questions
Question
Refer to Figure 2.1. How does the rock cycle diagram—in particular,
the labeled arrows—support the fact that sedimentary rocks are the
most abundant rock type on Earth’s surface?
Transcribed Image Text:2.1 Earth as a Systom: The Rock Cycle
47
ROCK CYCLE
Viewed over long time spans,
rocks are constantly forming,
changing, and re-forming.
Extrusive
When magma or lava
cools and solidifies,
Igneous rock forms.
Igneous Rock
Lava
USGS
USGS
Col ing, crystallization
Magma
Intrusive
Magma forms when
rock melts deep
beneath Earth's
surface.
Melting
EJ. Tarbuck
Igneous
Rock
Weathering breaks
down rock that is
transported and
deposited as
sediment.
a wathering, ransporation, and depositen
Metamorphic
Rock
Metamerptis m
Sediment
Heat
Metamorphism
theat, intense gr es sure)
Mela mer
Lithi ficati on
When
sedimentary
rock is burled deep
In the crust, heat and
pressure (stress) change It
to metamorphic rock.
Sediment is
compacted and cemented
to form sedimentary rock.
Demis Ta
SmartFigure 2.1 The rock
cycle The rock cycle helps
us understand the origins of
the three basic rock groups.
Arrows represent processes
that link each group to the
others. (https/ligoo.gvawWRSL)
Sedimentary
Rock
Demis Taa
Tutorial
Weathering
transport, deposition
Melting
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