The contribution of density segregation to Earth’s internal layers.

Question

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Answer 1

Question

Chapter 25, Problem 1RQ

To determine

The contribution of density segregation to Earth’s internal layers.

Expert Solution & Answer

Answer to Problem 1RQ

The density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Explanation of Solution

When the Earth was formed, the elements were evenly distributed over the planet. But after every meteorite effect, the heat was produced. Due to the Earth’s gravity, it attached more elements, which led to the pressing of Earth to a smaller volume. This process also generates heat. The decay of radioactive elements also produces heat.

All these processes took the Earth to its melting point. Now, in a molten state and due to gravity, the denser material was deposited at the center of Earth and less- dense on the surface.

Conclusion:

Therefore, the density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

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Answer 2

Question

Chapter 25, Problem 1RQ

To determine

The contribution of density segregation to Earth’s internal layers.

Expert Solution & Answer

Answer to Problem 1RQ

The density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Explanation of Solution

When the Earth was formed, the elements were evenly distributed over the planet. But after every meteorite effect, the heat was produced. Due to the Earth’s gravity, it attached more elements, which led to the pressing of Earth to a smaller volume. This process also generates heat. The decay of radioactive elements also produces heat.

All these processes took the Earth to its melting point. Now, in a molten state and due to gravity, the denser material was deposited at the center of Earth and less- dense on the surface.

Conclusion:

Therefore, the density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

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Answer 3

Question

Chapter 25, Problem 1RQ

To determine

The contribution of density segregation to Earth’s internal layers.

Expert Solution & Answer

Answer to Problem 1RQ

The density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Explanation of Solution

When the Earth was formed, the elements were evenly distributed over the planet. But after every meteorite effect, the heat was produced. Due to the Earth’s gravity, it attached more elements, which led to the pressing of Earth to a smaller volume. This process also generates heat. The decay of radioactive elements also produces heat.

All these processes took the Earth to its melting point. Now, in a molten state and due to gravity, the denser material was deposited at the center of Earth and less- dense on the surface.

Conclusion:

Therefore, the density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

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Answer 4

Question

Chapter 25, Problem 1RQ

To determine

The contribution of density segregation to Earth’s internal layers.

Expert Solution & Answer

Answer to Problem 1RQ

The density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Explanation of Solution

When the Earth was formed, the elements were evenly distributed over the planet. But after every meteorite effect, the heat was produced. Due to the Earth’s gravity, it attached more elements, which led to the pressing of Earth to a smaller volume. This process also generates heat. The decay of radioactive elements also produces heat.

All these processes took the Earth to its melting point. Now, in a molten state and due to gravity, the denser material was deposited at the center of Earth and less- dense on the surface.

Conclusion:

Therefore, the density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 25, Problem 1RQ

To determine

The contribution of density segregation to Earth’s internal layers.

Expert Solution & Answer

Answer to Problem 1RQ

The density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Explanation of Solution

When the Earth was formed, the elements were evenly distributed over the planet. But after every meteorite effect, the heat was produced. Due to the Earth’s gravity, it attached more elements, which led to the pressing of Earth to a smaller volume. This process also generates heat. The decay of radioactive elements also produces heat.

All these processes took the Earth to its melting point. Now, in a molten state and due to gravity, the denser material was deposited at the center of Earth and less- dense on the surface.

Conclusion:

Therefore, the density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Answer 6

Chapter 25, Problem 1RQ

To determine

The contribution of density segregation to Earth’s internal layers.

Expert Solution & Answer

Answer to Problem 1RQ

The density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Explanation of Solution

When the Earth was formed, the elements were evenly distributed over the planet. But after every meteorite effect, the heat was produced. Due to the Earth’s gravity, it attached more elements, which led to the pressing of Earth to a smaller volume. This process also generates heat. The decay of radioactive elements also produces heat.

All these processes took the Earth to its melting point. Now, in a molten state and due to gravity, the denser material was deposited at the center of Earth and less- dense on the surface.

Conclusion:

Therefore, the density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Answer 7

Chapter 25, Problem 1RQ

To determine

The contribution of density segregation to Earth’s internal layers.

Answer 8

Expert Solution & Answer

Answer to Problem 1RQ

The density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

When the Earth was formed, the elements were evenly distributed over the planet. But after every meteorite effect, the heat was produced. Due to the Earth’s gravity, it attached more elements, which led to the pressing of Earth to a smaller volume. This process also generates heat. The decay of radioactive elements also produces heat.

All these processes took the Earth to its melting point. Now, in a molten state and due to gravity, the denser material was deposited at the center of Earth and less- dense on the surface.

Conclusion:

Therefore, the density segregation contributed to the formation of Earth’s internal layers. It is due to density segregation that the outermost layer is least dense, which is known as the crust, then is the second layer called the mantle and lastly, the inner densest layer is the metallic core.