1.___heat from inside the Earth 2._type of resource minerals and metals are 3. _cutting down all of the trees in an area 4.___crops that replenish.

Slides:

Advertisements

Similar presentations

Layers of the Earth.

Advertisements

Inside the Earth.

Ch 1A -Earth’s Layers.

Inside the Earth.

Inside the Earth. The Composition of Earth The Earth is divided into three layers… The crust, mantle, and the core based on what each one is made up of.

Layers of Earth.

Structure of the Earth.

Compositional Layers divided into 3 layers based on elements that make up each layer

Peeling the Layers What is inside Earth?

Earth on the Move Earth Structure & Plate Tectonics Notes.

RAP: All are from Alternative Energy

Comparing the Layers of Earth

Inside the Earth.

Inside the Earth Layers that Make Up the Earth. Composition (What it is made of) Crust Mantle Core.

Earth Layers. Inner Core Made mostly of iron and nickel Dense ball of solid metal due to intense pressure Very hot and very dense 1,216 km thick.

Layers of the Earth.

Unit 4 Lesson 1 Earth’s Layers

Layers of the Earth part 2 (physical properties).

LAYERS OF THE EARTH.  Categorized by composition and physical properties  3 layers  Crust  Mantle  Core LAYERS OF THE EARTH.

Plate Tectonics.

Earth’s Layers S6E5.a. Compare and contrast the Earth’s crust, mantle, and core including temperature, density, and composition.

Composition (What is it made of?) Divided into 3 layers: Crust Mantle Core.

Inside the Earth Planet Earth All objects on or near Earth are pulled toward Earth’s center by gravity. Earth formed as gravity pulled small particles.

Earth’s Layers.

IntroIntro Objective 09/26/11 Identify the layers of the Earth. If you tried to dig to the center of the earth, what do you think you would find? Would.

Density increases the deeper in Earth you go. This is because as you go deeper into the earth, pressure, and temperature increase. The inner core.

Inside the Earth The Geosphere.

Ch. 7.1: Inside the Earth. Earth’s layers The Earth is divided into three layers 1.) Crust 2.) Mantle 3.) Core Crust and Mantle are made of less dense.

Layers of the Earth. Directions Take detailed notes about the different layers of the earth. Be sure to include: A Title Subtitles For Each Topic Drawings.

Topic: Layers of the Earth PSSA: A / S8.D.1.1.

Earth’s Layers G 103. General Information -Iron,Oxyge, Silicon, & Magnesium - Deepest drill 12 km -Radius of Earth 6371 km - How do we know about the.

Three distinct layers Crust - Outermost layer - solid Mantle - Below crust -liquid Core - Innermost layer - solid/liquid Varies in types of rock, density,

Layers of the Earth.

Summary of the Layers of the Earth,

The Crust, Mantle, and Core Lesson 16

Layers of Earth.

Ch 1A -Earth’s Layers.

The Crust, Mantle, and Core Lesson 16

Plate Tectonics.

Comparing the Layers of Earth

Layers of the Earth.

Layers of Earth.

Earth’s Layers.

How much do you know about your planet?

The Crust, Mantle, and Core Lesson 16

Inside the Earth.

Structure of the Earth.

Earth’s Layers.

Inside the Earth.

Walk Around Notes!.

Earth’s Interior.

Layers of the Earth.

The Crust, Mantle, and Core Lesson 16

Inside the Earth.

EARTH’S COMPOSITION.

Earth’s Layers.

Crust! Thickness The crust is the thinnest and least dense layer.

Sci. 4-1 Inside the Earth Pages

Inside the Earth.

Earth Structure Notes.

Inside the Earth.

Layers of the Earth Brown Blue.

The Earth’s Layers.

No POD: turn in Stamped assignments

Layers of the Earth Review

Earth’s Layers S6E5.a. Compare and contrast the Earth’s crust, mantle, and core including temperature, density, and composition.

EARTH’S COMPOSITION.

Inside the Earth.

Inside the Earth.

What is Inside the Earth?

Presentation transcript:

1._____heat from inside the Earth 2._____type of resource minerals and metals are 3. _____cutting down all of the trees in an area 4._____crops that replenish the nutrients in the soil 5. ___what does the anchoring of plant roots prevent

1._____burning of wood or dung 2._____type of resource sun, wind, water 3. _____moving of sediment 4._____various methods humans use to save the soil 5. ___what does the anchoring of plant roots prevent

What are the layers of the Earth? What is the crust? What are the characteristics of the Earth’s Crust? What is the composition of the Earth’s Crust? What is the lithosphere? What is the Moho? What is the mantle? What are the characteristics of the Earth’s Mantle? What is the composition of the Earth’s Mantle? What is the asthenosphere? What is the mesosphere? What is the core? What is the outer core? What is the inner core?

Crust Mantle Core

Thinnest layer Outermost layer Made of rock Covered by water, soil, life Made of oxygen, aluminum, silicon, iron, and magnesium 2 types continental and oceanic

Crust floats on the mantle. Two layers – Top layer of granite and a more dense bottom layer of basalt. Both layers are found under continents, only the basalt layer is under the oceans. Temperatures increase with depth: 20° C at top and 870° C at bottom. Thickness: 5 to 100 kilometers thick Continental Crust: ~ 30 km Oceanic Crust: ~ 5 km

Oxygen: ~ 50% Silicon: ~ 30% Aluminum: ~ 10%

thickest part of the Earth Made of iron, oxygen, silicon, aluminum, and magnesium

Temperatures: Top of mantle is ~ 870° C and bottom is ~ 2,200° C. Rock begins to flow like very thick syrup as temperature increases. Thickness: ~ 2,900 km Upper and Lower Mantle – they differ in temperature, density, and pressure. These increase as depth increases.

Silicon, Oxygen, Iron, and Magnesium The deeper the rocks are in the mantle, the more iron they hold.

Innermost layer of the Earth. Made of iron and nickel Two layers – Outer Core and Inner Core

Made up of crust and uppermost layer of the mantle. Broken into pieces (tectonic plates) which move around on the asthenosphere.

Upper part of the mantle. Soft, weak, hot rock (magma) Tectonic plates float on

Lower mantle. Solid and rigid moves slowly

LIQUID iron and nickel Creates Earth’s magnetic field which protects us from solar radiation

Solid iron and nickel Highest temperature, pressure, and density Solid due to extreme pressure bearing down.

Boundary between the crust and the mantle that is more dense than the crust.