Suppose global air circulation suddenly reversed, with moist air ascending at 30° north and south latitude and descending at the equator. At what latitude would you most likely find deserts in this scenario?

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Answer 1

Textbook Question

Chapter 52, Problem 52.1CR

Suppose global air circulation suddenly reversed, with moist air ascending at 30° north and south latitude and descending at the equator. At what latitude would you most likely find deserts in this scenario?

Expert Solution & Answer

Summary Introduction

To determine: The latitude in which deserts be found if the global air circulation is reversed.

Introduction:

Latitudes are imaginary lines that pass through the earth surface. They divide the earth horizontally and at equator the latitude is 0∘ . Global air circulation is the movement of air from high pressure regions to low pressure regions.

Explanation of Solution

The movement of air determines the weather of a particular area. The deserts are mostly found in a region where the dry air is present. Currently the deserts are found in the 30∘ latitude. If the global air circulation is reversed and the dry air which ascends at 30∘ , now ascends at 0∘ latitude then the desert region would be found at the equator instead of 30∘ north and south of the equator.

Conclusion

If the air circulation is reversed then the deserts will most likely occur at 0° latitude, that is, at the equator instead of 30° north and south latitude.

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Answer 2

Textbook Question

Chapter 52, Problem 52.1CR

Suppose global air circulation suddenly reversed, with moist air ascending at 30° north and south latitude and descending at the equator. At what latitude would you most likely find deserts in this scenario?

Expert Solution & Answer

Summary Introduction

To determine: The latitude in which deserts be found if the global air circulation is reversed.

Introduction:

Latitudes are imaginary lines that pass through the earth surface. They divide the earth horizontally and at equator the latitude is 0∘ . Global air circulation is the movement of air from high pressure regions to low pressure regions.

Explanation of Solution

The movement of air determines the weather of a particular area. The deserts are mostly found in a region where the dry air is present. Currently the deserts are found in the 30∘ latitude. If the global air circulation is reversed and the dry air which ascends at 30∘ , now ascends at 0∘ latitude then the desert region would be found at the equator instead of 30∘ north and south of the equator.

Conclusion

If the air circulation is reversed then the deserts will most likely occur at 0° latitude, that is, at the equator instead of 30° north and south latitude.

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Answer 3

Textbook Question

Chapter 52, Problem 52.1CR

Suppose global air circulation suddenly reversed, with moist air ascending at 30° north and south latitude and descending at the equator. At what latitude would you most likely find deserts in this scenario?

Expert Solution & Answer

Summary Introduction

To determine: The latitude in which deserts be found if the global air circulation is reversed.

Introduction:

Latitudes are imaginary lines that pass through the earth surface. They divide the earth horizontally and at equator the latitude is 0∘ . Global air circulation is the movement of air from high pressure regions to low pressure regions.

Explanation of Solution

The movement of air determines the weather of a particular area. The deserts are mostly found in a region where the dry air is present. Currently the deserts are found in the 30∘ latitude. If the global air circulation is reversed and the dry air which ascends at 30∘ , now ascends at 0∘ latitude then the desert region would be found at the equator instead of 30∘ north and south of the equator.

Conclusion

If the air circulation is reversed then the deserts will most likely occur at 0° latitude, that is, at the equator instead of 30° north and south latitude.

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Answer 4

Textbook Question

Chapter 52, Problem 52.1CR

Suppose global air circulation suddenly reversed, with moist air ascending at 30° north and south latitude and descending at the equator. At what latitude would you most likely find deserts in this scenario?

Expert Solution & Answer

Summary Introduction

To determine: The latitude in which deserts be found if the global air circulation is reversed.

Introduction:

Latitudes are imaginary lines that pass through the earth surface. They divide the earth horizontally and at equator the latitude is 0∘ . Global air circulation is the movement of air from high pressure regions to low pressure regions.

Explanation of Solution

The movement of air determines the weather of a particular area. The deserts are mostly found in a region where the dry air is present. Currently the deserts are found in the 30∘ latitude. If the global air circulation is reversed and the dry air which ascends at 30∘ , now ascends at 0∘ latitude then the desert region would be found at the equator instead of 30∘ north and south of the equator.

Conclusion

If the air circulation is reversed then the deserts will most likely occur at 0° latitude, that is, at the equator instead of 30° north and south latitude.

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

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To determine: The latitude in which deserts be found if the global air circulation is reversed.

Introduction:

Latitudes are imaginary lines that pass through the earth surface. They divide the earth horizontally and at equator the latitude is 0∘ . Global air circulation is the movement of air from high pressure regions to low pressure regions.

Explanation of Solution

The movement of air determines the weather of a particular area. The deserts are mostly found in a region where the dry air is present. Currently the deserts are found in the 30∘ latitude. If the global air circulation is reversed and the dry air which ascends at 30∘ , now ascends at 0∘ latitude then the desert region would be found at the equator instead of 30∘ north and south of the equator.

Conclusion

If the air circulation is reversed then the deserts will most likely occur at 0° latitude, that is, at the equator instead of 30° north and south latitude.

Answer 8

Expert Solution & Answer

Summary Introduction

To determine: The latitude in which deserts be found if the global air circulation is reversed.

Introduction:

Latitudes are imaginary lines that pass through the earth surface. They divide the earth horizontally and at equator the latitude is 0∘ . Global air circulation is the movement of air from high pressure regions to low pressure regions.

Explanation of Solution

The movement of air determines the weather of a particular area. The deserts are mostly found in a region where the dry air is present. Currently the deserts are found in the 30∘ latitude. If the global air circulation is reversed and the dry air which ascends at 30∘ , now ascends at 0∘ latitude then the desert region would be found at the equator instead of 30∘ north and south of the equator.

Conclusion

If the air circulation is reversed then the deserts will most likely occur at 0° latitude, that is, at the equator instead of 30° north and south latitude.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To determine: The latitude in which deserts be found if the global air circulation is reversed.

Introduction:

Latitudes are imaginary lines that pass through the earth surface. They divide the earth horizontally and at equator the latitude is 0∘ . Global air circulation is the movement of air from high pressure regions to low pressure regions.

Answer 12

Explanation of Solution

The movement of air determines the weather of a particular area. The deserts are mostly found in a region where the dry air is present. Currently the deserts are found in the 30∘ latitude. If the global air circulation is reversed and the dry air which ascends at 30∘ , now ascends at 0∘ latitude then the desert region would be found at the equator instead of 30∘ north and south of the equator.

Answer 13

Conclusion

If the air circulation is reversed then the deserts will most likely occur at 0° latitude, that is, at the equator instead of 30° north and south latitude.

Answer 14

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Suppose global air circulation suddenly reversed, with moist air ascending at 30° north and south latitude and descending at the equator. At what latitude would you most likely find deserts in this scenario?

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