Rocks- An Introduction. The Earth is dominated by rock. ◦Should you dig down it is the major material that you will encounter. We see soil, but it is.

Slides:



Advertisements
Similar presentations
The rocky outer layer of the Earth.
Advertisements

Thinking about relationships among the major rock groups
THE ROCK CYCLE.
Erosion moving Earth materials from one place to another Geology the study of the Earth remains of past life on Earth Fossils.
Story in the Rocks Leah Himes, Mitch Hess, and Rachel Kimble.
Rocks… what are the different types and how are they formed?
Rock Types Rocks Igneous Rocks Sedimentary Rocks Metamorphic Rocks Everyday Use Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500.
Chapter 3 - Rocks Test Wednesday.
A. Igneous B. Sedimentary C. Metamorphic D. Minerals.
By Madison Bailey.  Igneous  Sedimentary  Metamorphic.
The Rock Cycle Thinking about relationships among the major rock groups (Igneous, Sedimentary, and Metamorphic)
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. Rocks Rock- mixture of minerals, glass, or organic matter compacted together examples: granite, limestone, obsidian.
Rock Cycle Worksheet Answers.
Ch. 4 Study Guide Answers.
An Introduction to Geology. Minerals o Minerals are natural compounds formed through geologic processes. o They are inorganic substances they do not contain.
Sedimentary Magma Weathering/ Erosion Compaction/ Cementation Heat/ Pressure Metamorphic Melting Cooling Igneous Sediments.
  Metamorphic  Igneous  Sedimentary Rock Types.
The Rock Cycle Chapter 3, Section 1.
The Rock Cycle.
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-
Earth’s Endless Recycling Planet
Rocks & The Rock Cycle.
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.
All rocks are classified by how they form. Rocks can form a couple of different ways: Intense heat and pressure Cooling Recycling of old rock inside the.
Rocks Mineral mixtures.
Earth Science 3.1 The Rock Cycle.
The Rock Cycle What drives it?.
Rocks Day 1. Reminders If you were not here Friday, you missed a quiz- see me about taking this Your article reports were due Friday and your Unit 2 Vocabulary.
The Rock Cycle Janet Hong Jane Kim Jenny Kim Lynn Yi.
Rock Formation Activity #19.
The Rock Cycle.
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.
Chapter 4- Rocks: Mineral Textures By Samantha Pereira.
Predicting the Rock Cycle. Beginning With Metamorphic Rock Metamorphic Rock (formed under great heat & pressure) Igneous Rock Sedimentary Rock May be.
Science Fusion – Holt McDougall
Rocks 3 Main Types.
The Rock Cycle.
Erosion Geology Fossils. Igneous Rock Magma Lava.
Metamorphic Rocks  A rock that is subjected to heat and pressure.  They may be formed simply by being deep beneath the Earth's surface.  Being formed.
EARTH SCIENCE Prentice Hall EARTH SCIENCE Tarbuck Lutgens 
Classification of Rocks
Rocks and the Rock Cycle Geology: The study of rocks, minerals and fossils.
The Rock Cycle. Anywhere on Earth…  You may observe processes (such as earthquakes and volcanoes ) changing Earth’s landforms because of processes inside.
100 Minerals Sedimentary Rocks Igneous Rocks Metamorphic Rocks Rock Cycle.
Igneous Rocks Igneous rocks are the result of the solidification of magma or lava. – Magma – molten rock inside the earth – Lava – Molten rock outside.
Introducing Earth Classifying RocksClassifying Rocks.
Aim: How do rocks venture through their cycle?
The Rock Cycle “Where do rocks come from?”. Rocks and Minerals  Rocks are made of minerals.  Examples of minerals are:  Wakabayashilte, azurite, and.
The Rock Cycle. Meta- morphic Rocks Sedi- mentary Rocks Igneous Rocks MAGMA SEDIMENTS.
Rock Cycle 24 Starter Brain Pop- Weathering Rock Cycle 9/11/14 Application: Rock cycle summary page 309 Connection/Exit: Rock cycle story project Practice:
Science 8—Chapter 13 Lesson 2 Rocks.
The Rock Cycle 3.1.
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.
Types of Rock Free Science Videos for Kids.
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.
Aim: How can I identify an Igneous Rock?
Rock Formation Activity #19.
Rock Cycle and Types of Rocks
Objective 12/5/12 Describe how each type of rock changes into another type as it moves through the rock cycle. Intro What are rocks made of? Do you know.
Chapter 3 Rocks.
Ch. 3.1 The Rock Cycle.
Chapter 3: Rocks.
The Rock Cycle.
The Rock Cycle.
Types of Rock.
Chapter 5 Rocks Classifying Rocks.
Presentation transcript:

Rocks- An Introduction

The Earth is dominated by rock. ◦Should you dig down it is the major material that you will encounter. We see soil, but it is just a thin layer, like the skin of a grape or tomato. Rocks are simply aggregates of one or more minerals.  Aggregate means a mixture The study of rocks is the science of Petrology

Petrology Rocks are classified into three main categories  Based on ◦ Origin ◦ And process of creation

Main Categories of Rocks Igneous Rocks Sedimentary Rocks Metamorphic Rocks

Igneous rocks These are rocks form from the solidification of molten materials. This materials can be either lava (on the Earth’s surface) Or Magma (in Earth’s interior)

Sedimentary Rock This is rock formed from the weathering and erosion of pre-existing rocks.

Metamorphic Rocks These are rocks form from pre-existing rocks that are altered from changes in; ◦Temperature, ◦Pressure, ◦And other environmental conditions

Rock Cycle They may be three distinct categories of rock but they are related through the rock cycle. The Earth is not static, but on a geological scale, the Earth is continually changing. One rock type is being converted into another rock type.

These changes occur if the environmental conditions under which the rock formed have changed. The rock cycle demonstrates how one rock type can become another rock type.