Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Question

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Answer 1

Question

Chapter 12, Problem 1CC

To determine

Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Expert Solution & Answer

Answer to Problem 1CC

Solution:

Jupiter’s moon, such as Ganymede, does not exhibit differential rotation as it has a solid core while differential rotation can only occur in liquid planets and moons.

Explanation of Solution

Introduction:

Differential rotation can be defined as the rotation of different parts of a celestial body with different angular velocities. For example, Jupiter is wholly made up of gases and liquid plasma. The rotation rate of Jupiter at the equator is more than at the poles because it takes less time to complete one rotation at the equator.

Explanation:

Ganymede appears to be an ice-covered moon as well as the largest moon in our solar system. It has three layers: one with a metallic core; a spherical shell of rock; and the surface covered in ice. This moon does not display differential rotation as for differential rotation to occur, it has to be made up of liquid plasma, such as Jupiter itself. Ganymede has a solid core, so differential rotation cannot take place.

Conclusion:

Hence, Jupiter’s moons of rock and ice do no exhibit differential rotation. They rotate at the same speed due to their solid core.

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Answer 2

Question

Chapter 12, Problem 1CC

To determine

Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Expert Solution & Answer

Answer to Problem 1CC

Solution:

Jupiter’s moon, such as Ganymede, does not exhibit differential rotation as it has a solid core while differential rotation can only occur in liquid planets and moons.

Explanation of Solution

Introduction:

Differential rotation can be defined as the rotation of different parts of a celestial body with different angular velocities. For example, Jupiter is wholly made up of gases and liquid plasma. The rotation rate of Jupiter at the equator is more than at the poles because it takes less time to complete one rotation at the equator.

Explanation:

Ganymede appears to be an ice-covered moon as well as the largest moon in our solar system. It has three layers: one with a metallic core; a spherical shell of rock; and the surface covered in ice. This moon does not display differential rotation as for differential rotation to occur, it has to be made up of liquid plasma, such as Jupiter itself. Ganymede has a solid core, so differential rotation cannot take place.

Conclusion:

Hence, Jupiter’s moons of rock and ice do no exhibit differential rotation. They rotate at the same speed due to their solid core.

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Answer 3

Question

Chapter 12, Problem 1CC

To determine

Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Expert Solution & Answer

Answer to Problem 1CC

Solution:

Jupiter’s moon, such as Ganymede, does not exhibit differential rotation as it has a solid core while differential rotation can only occur in liquid planets and moons.

Explanation of Solution

Introduction:

Differential rotation can be defined as the rotation of different parts of a celestial body with different angular velocities. For example, Jupiter is wholly made up of gases and liquid plasma. The rotation rate of Jupiter at the equator is more than at the poles because it takes less time to complete one rotation at the equator.

Explanation:

Ganymede appears to be an ice-covered moon as well as the largest moon in our solar system. It has three layers: one with a metallic core; a spherical shell of rock; and the surface covered in ice. This moon does not display differential rotation as for differential rotation to occur, it has to be made up of liquid plasma, such as Jupiter itself. Ganymede has a solid core, so differential rotation cannot take place.

Conclusion:

Hence, Jupiter’s moons of rock and ice do no exhibit differential rotation. They rotate at the same speed due to their solid core.

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

Answer 4

Question

Chapter 12, Problem 1CC

To determine

Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Expert Solution & Answer

Answer to Problem 1CC

Solution:

Jupiter’s moon, such as Ganymede, does not exhibit differential rotation as it has a solid core while differential rotation can only occur in liquid planets and moons.

Explanation of Solution

Introduction:

Differential rotation can be defined as the rotation of different parts of a celestial body with different angular velocities. For example, Jupiter is wholly made up of gases and liquid plasma. The rotation rate of Jupiter at the equator is more than at the poles because it takes less time to complete one rotation at the equator.

Explanation:

Ganymede appears to be an ice-covered moon as well as the largest moon in our solar system. It has three layers: one with a metallic core; a spherical shell of rock; and the surface covered in ice. This moon does not display differential rotation as for differential rotation to occur, it has to be made up of liquid plasma, such as Jupiter itself. Ganymede has a solid core, so differential rotation cannot take place.

Conclusion:

Hence, Jupiter’s moons of rock and ice do no exhibit differential rotation. They rotate at the same speed due to their solid 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 12, Problem 1CC

To determine

Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Expert Solution & Answer

Answer to Problem 1CC

Solution:

Jupiter’s moon, such as Ganymede, does not exhibit differential rotation as it has a solid core while differential rotation can only occur in liquid planets and moons.

Explanation of Solution

Introduction:

Differential rotation can be defined as the rotation of different parts of a celestial body with different angular velocities. For example, Jupiter is wholly made up of gases and liquid plasma. The rotation rate of Jupiter at the equator is more than at the poles because it takes less time to complete one rotation at the equator.

Explanation:

Ganymede appears to be an ice-covered moon as well as the largest moon in our solar system. It has three layers: one with a metallic core; a spherical shell of rock; and the surface covered in ice. This moon does not display differential rotation as for differential rotation to occur, it has to be made up of liquid plasma, such as Jupiter itself. Ganymede has a solid core, so differential rotation cannot take place.

Conclusion:

Hence, Jupiter’s moons of rock and ice do no exhibit differential rotation. They rotate at the same speed due to their solid core.

Answer 6

Chapter 12, Problem 1CC

To determine

Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Expert Solution & Answer

Answer to Problem 1CC

Solution:

Jupiter’s moon, such as Ganymede, does not exhibit differential rotation as it has a solid core while differential rotation can only occur in liquid planets and moons.

Explanation of Solution

Introduction:

Differential rotation can be defined as the rotation of different parts of a celestial body with different angular velocities. For example, Jupiter is wholly made up of gases and liquid plasma. The rotation rate of Jupiter at the equator is more than at the poles because it takes less time to complete one rotation at the equator.

Explanation:

Ganymede appears to be an ice-covered moon as well as the largest moon in our solar system. It has three layers: one with a metallic core; a spherical shell of rock; and the surface covered in ice. This moon does not display differential rotation as for differential rotation to occur, it has to be made up of liquid plasma, such as Jupiter itself. Ganymede has a solid core, so differential rotation cannot take place.

Conclusion:

Hence, Jupiter’s moons of rock and ice do no exhibit differential rotation. They rotate at the same speed due to their solid core.

Answer 7

Chapter 12, Problem 1CC

To determine

Whether differential rotation is exhibited by Jupiter’s moons of rock and ice, such as Ganymede.

Answer 8

Expert Solution & Answer

Answer to Problem 1CC

Solution:

Jupiter’s moon, such as Ganymede, does not exhibit differential rotation as it has a solid core while differential rotation can only occur in liquid planets and moons.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

Introduction:

Differential rotation can be defined as the rotation of different parts of a celestial body with different angular velocities. For example, Jupiter is wholly made up of gases and liquid plasma. The rotation rate of Jupiter at the equator is more than at the poles because it takes less time to complete one rotation at the equator.

Explanation:

Ganymede appears to be an ice-covered moon as well as the largest moon in our solar system. It has three layers: one with a metallic core; a spherical shell of rock; and the surface covered in ice. This moon does not display differential rotation as for differential rotation to occur, it has to be made up of liquid plasma, such as Jupiter itself. Ganymede has a solid core, so differential rotation cannot take place.

Conclusion:

Hence, Jupiter’s moons of rock and ice do no exhibit differential rotation. They rotate at the same speed due to their solid core.