bellwork 11-13-13 obj : swbat describe the layers within the earth

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Bellwork 11-13-13 Obj: SWBAT describe the layers within the earth. 1.What happens to the temperature as you move from the crust to the core of the earth? 2.What happens to pressure as you move from the crust to the core of the earth. 3.Which layer of the earth is liquid? 4.What layer do you think is the most density, or the heaviest?

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Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth. What happens to the temperature as you move from the crust to the core of the earth? What happens to pressure as you move from the crust to the core of the earth. Which layer of the earth is liquid? - PowerPoint PPT Presentation

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Page 1: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Bellwork 11-13-13

Obj: SWBAT describe the layers within the earth.

1.What happens to the temperature as you move from the crust to the core of the earth?

2.What happens to pressure as you move from the crust to the core of the earth.

3.Which layer of the earth is liquid?4.What layer do you think is the most density, or the

heaviest?

Page 2: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Earth Structure- The thickness of the layer-The name of the layer- Temperature- Composition- If it is solid or liquid-

Notetaker setupOn each box include:

Page 3: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Putting temperature into perspective

-Boiling hot water= 212°F or 100°C

-Stove (gas\electric)=1800°F

-Red hot iron= 1,000 °C (1,830 °F)

-Copper= 1084 °C (1983 °F)

-Blowtorch flame= 1,300 °C (2,370 °F)

-Glass=1500 °C (2000 °F)-Iron= 1538 °C (2800 °F)-Diamond= 3,550 °C (6422°F)-Tungsten= 3410 °C (6170 °F)-Surface of the sun= 6000 °C (10,832°F)-Core of the sun= 15,000,000°C

Page 4: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Starting from the outside in... The Earth’s

Crust makes up only ONE percent of its total mass!

Ocean Crust= 5-6 km(3.1-3.7 miles) thick

Continetial Crust=15 -75km thick(9-46 miles)

Page 5: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Ocean Crust= 5-6 km(3.1-3.7 miles) thickOcean Crust is mostly made of Basalt

Basalt has an average density of 3.3 g/cm3

Page 6: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Continetial Crust15 -75km thick(9-46 miles)

Continetial Crustis mostly made out of GraniteAverage density= 2.7 g/cm3

Page 7: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Crusty Chemistry

The crust is mostly made up of rocks that contain magnesium potassium, iron, sodium, aluminum, silicon, and oxygen.

Page 8: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

The Top Four!Oxygen O 46.60% 100,000,000 tons

Silicon Si 27.72% 3,880,000 tons 5000 tons electronic grade

Aluminum Al 8.13% 30,000,000 tons

Iron Fe 5.00% 1,200,000,000 tons

Page 9: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Upper mantle chemistry

-The upper mantle contains magnesium, iron, aluminum, silicon, and oxygen.*notice the ”lighter” elements disappear and are left in the crustNa, K, Ca

Page 10: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

The MantleThe Mantle makes up two-thirds of Earth’s

mass and is 2,900km thick (1800miles)!

*Average temperature of the mantle = 1000-2200 C (1832-3992 F)

Page 11: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

What the mantle looks likeThe Mantle is made mostly out of the mineral Olivine (Mg, Fe)2SiO4

Page 12: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Outer core-The outer core is 2250 km thick and has an average temperature of 3700°C (6700°F)

-Also responsible for the Earths magnetic field

-Composed of liquid Iron, Nickel, oxygen, and sulfur

r

Page 13: Bellwork 11-13-13 Obj : SWBAT describe the layers within the earth

Inner core-The earths inner core is a solid Iron and nickel alloy that has a radius of about 1,200 km (758 miles).

Not the real core!-The inner core acts like a giant magnet and is responsible for our magnetic field.