The source which continues to contribute to Earth's internal heat.

Question

Want to see more full solutions like this?

Answer 1

Question

Chapter 5, Problem 1QQ

To determine

The source which continues to contribute to Earth's internal heat.

Expert Solution & Answer

Answer to Problem 1QQ

Option (b). Radioactive decay

Explanation of Solution

Accretion on Earth occurs in the early stages. Planetesimal bombardment is deposited due to gravity toward the core of the Earth. Gravity has a major role in accretion where gravitational potential energy is converted into thermal energy. Accretion cannot be the continuous heat source of internal energy.

Thus, option (a) is incorrect.

The sunlight falls on the Earth, heats the land, ocean, and atmosphere but does not reach and warms the interior. Heated rocks in the Earth's crust act as an insulator and prevent the heat transfer from outside towards the inner side. Sunlight cannot be the continuous heat source of internal energy.

Thus, option (c) is incorrect.

Radioactive decay in Earth's mantle convert parent element decay into daughter isotopes and release heat. This released heat flows from the interior to the surface of the Earth slowly and continuously through conduction. The radioactive process is the continuous heat source of internal energy.

Thus, option (b) is correct.

Want to see more full solutions like this?

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

Students have asked these similar questions

equattion : S/4 (1- a) = f*sigma*TS4 Solar Constant (W/m2) S = 1361 How sensitive is the temperature of the earth to changes in the atmospheric transmissivity (f)? The atmosphere is more transmissive (lets more radiation through) when CO2 and other greenhouse gases are lower. During the pre-industrial period, transmissivity (f) was probably around 62% (f = 0.62) and has been decreasing. Calculate how much the Earth's surface temperature would change if the transmissivity changes by ±0.01 (to 0.60 or to 0.62). ___ °C per 1% transmissivity change.

Why is infrared radiation emitted from earth A) the earth cannot absorb or emit infrared radiation B) the earth emits infrared radiation because of radioactive decay C) the earth can emit infrared radiation because it core D) the earth absorbs radiation from the sun

Which of the following describes what happens when we burn fossil fuels to produce energy? Fossil fuels release water and air into the atmosphere. A decrease in the overall temperature of the planet. A marked rise in the overall temperature of the planet. Fossil fuels release greenhouse gases into the air.

Answer 2

Question

Chapter 5, Problem 1QQ

To determine

The source which continues to contribute to Earth's internal heat.

Expert Solution & Answer

Answer to Problem 1QQ

Option (b). Radioactive decay

Explanation of Solution

Accretion on Earth occurs in the early stages. Planetesimal bombardment is deposited due to gravity toward the core of the Earth. Gravity has a major role in accretion where gravitational potential energy is converted into thermal energy. Accretion cannot be the continuous heat source of internal energy.

Thus, option (a) is incorrect.

The sunlight falls on the Earth, heats the land, ocean, and atmosphere but does not reach and warms the interior. Heated rocks in the Earth's crust act as an insulator and prevent the heat transfer from outside towards the inner side. Sunlight cannot be the continuous heat source of internal energy.

Thus, option (c) is incorrect.

Radioactive decay in Earth's mantle convert parent element decay into daughter isotopes and release heat. This released heat flows from the interior to the surface of the Earth slowly and continuously through conduction. The radioactive process is the continuous heat source of internal energy.

Thus, option (b) is correct.

Want to see more full solutions like this?

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

Answer 3

Question

Chapter 5, Problem 1QQ

To determine

The source which continues to contribute to Earth's internal heat.

Expert Solution & Answer

Answer to Problem 1QQ

Option (b). Radioactive decay

Explanation of Solution

Accretion on Earth occurs in the early stages. Planetesimal bombardment is deposited due to gravity toward the core of the Earth. Gravity has a major role in accretion where gravitational potential energy is converted into thermal energy. Accretion cannot be the continuous heat source of internal energy.

Thus, option (a) is incorrect.

The sunlight falls on the Earth, heats the land, ocean, and atmosphere but does not reach and warms the interior. Heated rocks in the Earth's crust act as an insulator and prevent the heat transfer from outside towards the inner side. Sunlight cannot be the continuous heat source of internal energy.

Thus, option (c) is incorrect.

Radioactive decay in Earth's mantle convert parent element decay into daughter isotopes and release heat. This released heat flows from the interior to the surface of the Earth slowly and continuously through conduction. The radioactive process is the continuous heat source of internal energy.

Thus, option (b) is correct.

Want to see more full solutions like this?

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

Answer 4

Question

Chapter 5, Problem 1QQ

To determine

The source which continues to contribute to Earth's internal heat.

Expert Solution & Answer

Answer to Problem 1QQ

Option (b). Radioactive decay

Explanation of Solution

Accretion on Earth occurs in the early stages. Planetesimal bombardment is deposited due to gravity toward the core of the Earth. Gravity has a major role in accretion where gravitational potential energy is converted into thermal energy. Accretion cannot be the continuous heat source of internal energy.

Thus, option (a) is incorrect.

The sunlight falls on the Earth, heats the land, ocean, and atmosphere but does not reach and warms the interior. Heated rocks in the Earth's crust act as an insulator and prevent the heat transfer from outside towards the inner side. Sunlight cannot be the continuous heat source of internal energy.

Thus, option (c) is incorrect.

Radioactive decay in Earth's mantle convert parent element decay into daughter isotopes and release heat. This released heat flows from the interior to the surface of the Earth slowly and continuously through conduction. The radioactive process is the continuous heat source of internal energy.

Thus, option (b) is correct.

Want to see more full solutions like this?

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

Answer 5

Chapter 5, Problem 1QQ

To determine

The source which continues to contribute to Earth's internal heat.

Expert Solution & Answer

Answer to Problem 1QQ

Option (b). Radioactive decay

Explanation of Solution

Accretion on Earth occurs in the early stages. Planetesimal bombardment is deposited due to gravity toward the core of the Earth. Gravity has a major role in accretion where gravitational potential energy is converted into thermal energy. Accretion cannot be the continuous heat source of internal energy.

Thus, option (a) is incorrect.

The sunlight falls on the Earth, heats the land, ocean, and atmosphere but does not reach and warms the interior. Heated rocks in the Earth's crust act as an insulator and prevent the heat transfer from outside towards the inner side. Sunlight cannot be the continuous heat source of internal energy.

Thus, option (c) is incorrect.

Radioactive decay in Earth's mantle convert parent element decay into daughter isotopes and release heat. This released heat flows from the interior to the surface of the Earth slowly and continuously through conduction. The radioactive process is the continuous heat source of internal energy.

Thus, option (b) is correct.

Answer 6

Chapter 5, Problem 1QQ

To determine

The source which continues to contribute to Earth's internal heat.

Expert Solution & Answer

Answer to Problem 1QQ

Option (b). Radioactive decay

Explanation of Solution

Accretion on Earth occurs in the early stages. Planetesimal bombardment is deposited due to gravity toward the core of the Earth. Gravity has a major role in accretion where gravitational potential energy is converted into thermal energy. Accretion cannot be the continuous heat source of internal energy.

Thus, option (a) is incorrect.

The sunlight falls on the Earth, heats the land, ocean, and atmosphere but does not reach and warms the interior. Heated rocks in the Earth's crust act as an insulator and prevent the heat transfer from outside towards the inner side. Sunlight cannot be the continuous heat source of internal energy.

Thus, option (c) is incorrect.

Radioactive decay in Earth's mantle convert parent element decay into daughter isotopes and release heat. This released heat flows from the interior to the surface of the Earth slowly and continuously through conduction. The radioactive process is the continuous heat source of internal energy.

Thus, option (b) is correct.

Answer 7

Chapter 5, Problem 1QQ

To determine

The source which continues to contribute to Earth's internal heat.

Answer 8

Expert Solution & Answer

Answer to Problem 1QQ

Option (b). Radioactive decay

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

Accretion on Earth occurs in the early stages. Planetesimal bombardment is deposited due to gravity toward the core of the Earth. Gravity has a major role in accretion where gravitational potential energy is converted into thermal energy. Accretion cannot be the continuous heat source of internal energy.

Thus, option (a) is incorrect.

The sunlight falls on the Earth, heats the land, ocean, and atmosphere but does not reach and warms the interior. Heated rocks in the Earth's crust act as an insulator and prevent the heat transfer from outside towards the inner side. Sunlight cannot be the continuous heat source of internal energy.

Thus, option (c) is incorrect.

Radioactive decay in Earth's mantle convert parent element decay into daughter isotopes and release heat. This released heat flows from the interior to the surface of the Earth slowly and continuously through conduction. The radioactive process is the continuous heat source of internal energy.

Thus, option (b) is correct.

Answer 12

The source which continues to contribute to Earth's internal heat.

Videos

The source which continues to contribute to Earth's internal heat.

Answer to Problem 1QQ

Explanation of Solution

Want to see more full solutions like this?

Chapter 5 Solutions