Thinking about relationships among the major rock groups

Slides:

Advertisements

Similar presentations

Thinking about relationships among the major rock groups

Advertisements

Relationships among the major rock groups

METAMORPHIC ROCKS Rocks that form from other pre-existing rock (sedimentary, igneous, or metamorphic) that have been changed from high temperature and/or.

Warm Up 1.How are rocks broken down? 2.How are rocks formed? 3.List the 3 types of rocks produced by the rock cycle.

Processes of Lithosphere. Lithosphere Rigid outermost shell of a rocky planet – On earth, comprises the crust and the upper mantle.

Rocks… what are the different types and how are they formed?

The Rock Cycle Thinking about relationships among the major rock groups.

Rocks Are made up of minerals

The Rock Cycle Thinking about relationships among the major rock groups Modified from step.nn.k12.va.us/science/ES/Earth...PowerPoint/rockcyc.ppt and

The Rock Cycle. Rock cycle metamorphic rocks igneous rocks sedimentary rocks important to note rock types, processes, intermediary states, and shortcuts.

The Rock Cycle Thinking about relationships among the major rock groups (Igneous, Sedimentary, and Metamorphic)

1 Average reservoir residence times ReservoirAverage residence time Antarctica20,000 years Oceans3,200 years Glaciers20 to 100 years Seasonal snow cover2.

The Rock Cycle Thinking about relationships among the major rock groups.

The Rock Cycle Thinking about relationships among the major rock groups.

The Rock Cycle. Basics Continual process that breaks down, alters, and re-forms rock into one of three types Types of rock can be converted to other types.

The Rock Cycle Thinking about relationships among the major rock groups.

Good Morning!!! Take out your Mineral Foldable and your Rock Flipbook that we worked on this week and are due TODAY!!! Take out a sheet of paper, tear.

Major Rock Groups 2 IgneousSedimentaryMetamorphic Rocks are melted due to extreme heat creating magma. New rocks are formed when magma cools down. Rocks.

What’s Energy Got to Do With It?

Bellringer: Check DR 1-B 2-C 3- building materials 4- weathering 5- sediment 6- erosion 7- deposition 8- minerals 9- uplift 10- surface 11- C 21- A 12-

The Rock Cycle Thinking about relationships among the major rock groups.

Rocks 3.1 The Rock Cycle  Rocks are any solid mass of mineral or mineral-like matter occurring naturally as part of our planet.  Types of Rocks 1. Igneous.

The rock cycle I am a ROCK! Imagery Lesson:

Rocks and Minerals. Rocks Rocks are any solid mass of mineral or mineral-like matter occurring naturally as part of our planet Types of Rocks 1.Igneous.

The Rock Cycle.

The Rock Cycle.

The Rock Cycle Thinking about relationships among the major rock groups.

Classification of Rocks

L.O. SWBA To discuss and identify the processes of formation of three kinds of rocks through rock cycle. STANDARD: S3 - CONCEPT OF EARTH AND SPACE GOAL:Understanding.

The Rock Cycle Thinking about relationships among the major rock groups.

The Rock Cycle Thinking about relationships among the major rock groups.

Unit 4 Earth – Systems, Structures, and Processes Objective 6.E.2.3.

EARTH SCIENCE Prentice Hall EARTH SCIENCE Tarbuck Lutgens 

What are the 3 major types of rocks? How do they each form? rch?q=rock+cycle+rap+song&q pvt=rock+cycle+rap+song&FO RM=VDRE%20-

1.Rocks 3.1 The Rock Cycle A Rocks are any solid mass of mineral or mineral-like matter occurring naturally B Types of Rocks Igneous rock is formed.

Rocks and the Rock Cycle

What is a rock? Rocks are groups of different minerals pushed together and combined A rock is made up of 2 or more minerals The rocks you see around you.

Thinking about relationships among the major rock groups

Classification of Rocks

Intrusive vs. Extrusive Igneous Rocks

Thinking about relationships amongst the major rock groups

Thinking about relationships among the major rock groups

Thinking about relationships among the major rock groups

Topic: The Rock Cycle.

Earth’s Materials and Processes-Part 7 Rocks and the Rock Cycle

Rocks and the Rock Cycle

DO NOW List 3 types of rocks How are igneous rock formed?

Thinking about relationships among the major rock groups

Thinking about relationships among the major rock groups

Thinking about relationships among the major rock groups

Thinking about relationships among the major rock groups

Time to Rock Your World !.

Thinking about relationships among the major rock groups

Classification of Rocks

Science 8—Chapter 13 Lesson 2 The Rock Cycle.

Rocks What is a rock? a. Naturally occurring b. Solid

Thinking about relationships among the major rock groups

Chapter 3: Rocks.

Thinking about relationships among the major rock groups

Rock Classification A rock is any solid mass of minerals that occur naturally as a part of our planet. Rocks can be composed of just one mineral, or they.

The Rock Cycle Learning objectives

Rocks and the Rock Cycle

Aim: What are rocks? Do Now: How are rocks related to minerals?

Chapter 5 Rocks Classifying Rocks.

Lesson 10 THE ROCK CYCLE Objective: Explain the characteristics of the three types of rocks and how they fit within the rock cycle.

Presentation transcript:

Thinking about relationships among the major rock groups The Rock Cycle Thinking about relationships among the major rock groups

Major Rock Groups Igneous Sedimentary Metamorphic Formed from a melt (molten rock) Plutonic (intrusive):slow cooling and crystallization Volcanic (extrusion): quick cooling at the surface Sedimentary Formed at the Earth’s surface Clastic (Mineral Fragments or grains, clays) Chemical (crystalline chemical/biochemical precipitates) Metamorphic Changed by pressure, temperature and fluids.

Fig. 2.9 MAGMA

IGNEOUS Crystallization MAGMA

IGNEOUS Plutonic Crystallization MAGMA

Volcanic IGNEOUS Plutonic Crystallization MAGMA

Weathering Volcanic IGNEOUS Plutonic Crystallization Uplift MAGMA

SEDIMENT SEDIMENT Volcanic IGNEOUS Plutonic Uplift MAGMA Weathering Crystallization Uplift MAGMA

SEDIMENT Volcanic IGNEOUS Plutonic SEDIMENTARY Uplift MAGMA Erosion Weathering Transport Deposition Volcanic IGNEOUS Plutonic SEDIMENTARY Crystallization Uplift MAGMA

SEDIMENT Volcanic IGNEOUS Plutonic SEDIMENTARY Uplift MAGMA Erosion Weathering Transport Deposition Volcanic IGNEOUS Plutonic SEDIMENTARY Crystallization Uplift MAGMA

SEDIMENT Volcanic IGNEOUS Plutonic SEDIMENTARY METAMORPHIC Burial Erosion SEDIMENT Weathering Transport Deposition Volcanic IGNEOUS Plutonic SEDIMENTARY Increased P&T METAMORPHIC Crystallization Burial Uplift MAGMA

Can you see any shortcuts? Erosion SEDIMENT Weathering Transport Deposition Volcanic IGNEOUS Plutonic Can you see any shortcuts? SEDIMENTARY Increased P&T METAMORPHIC Crystallization Melting Burial Uplift MAGMA

SEDIMENT Volcanic IGNEOUS Plutonic SEDIMENTARY METAMORPHIC Burial Erosion SEDIMENT Weathering Transport Deposition Volcanic IGNEOUS Plutonic SEDIMENTARY Increased P&T METAMORPHIC Crystallization Melting Burial Uplift MAGMA

In Conclusion… The rock cycle demonstrates the relationships among the three major rock groups It is powered by the interior heat of the Earth As well as earth’s momentum and… The energy from the sun It involves processes on the Earth’s surface as well as the Earth’s interior It connects the “hydrologic cycle” with the “tectonic cycle”.

SEDIMENT Volcanic IGNEOUS Plutonic SEDIMENTARY METAMORPHIC Burial Erosion SEDIMENT Weathering Transport Deposition Volcanic IGNEOUS Plutonic SEDIMENTARY Increased P&T METAMORPHIC Crystallization Melting Burial Uplift MAGMA