At 5° N latitude there are two peaks of incident solar radiation (that is, solar radiation striking Earth’s surface) during the year. Why does this location differ from other latitudes that have only one peak?

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Answer 1

Textbook Question

Chapter 4, Problem 1E

At 5° N latitude there are two peaks of incident solar radiation (that is, solar radiation striking Earth’s surface) during the year. Why does this location differ from other latitudes that have only one peak?

Expert Solution & Answer

To determine

The reason why the 5∘ N latitude differs from other latitudes by having two peaks of incident solar radiation in a year.

Answer to Problem 1E

Every latitude to the north of 23.5∘ in the Northern Hemisphere obtains the highest solar intensity and the longest daytime on one day, which is on June 21st. The Sun would be directly above the 5∘ N two times in a year, which can be on April 4th and September 9th. Therefore, when all other latitudes have one single peak of incident solar radiation during a year, the 5∘ N latitude has two peaks.

Explanation of Solution

The region of the Earth receiving direct insolation from the Sun fluctuates seasonally during a year owing to the axial tilt, rotation, and revolution of the Earth. The daylight hours will be more in the region that is inclined more toward the Sun.

On June 21st, the day of June Solstice or Summer Solstice, the Sun will be directly above the Tropic of Cancer (23.5∘), and the North Pole will also be slanted toward the Sun. This causes the Northern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ N latitude and the latitudes toward its north, which may be in June.

On December 22nd, the day of December Solstice or Winter Solstice, the Sun will be directly above the Tropic of Capricorn (23.5∘), and the South Pole also will be slanted toward the Sun. This causes the Southern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ S latitude and the latitudes toward its south, which may be in December.

Unlike these latitudes, the Sun would be above the 5∘ N latitude twice in a year, which may be in April and September. Therefore, this latitude will exhibit two peaks of incident solar radiation for a year.

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Answer 2

Textbook Question

Chapter 4, Problem 1E

At 5° N latitude there are two peaks of incident solar radiation (that is, solar radiation striking Earth’s surface) during the year. Why does this location differ from other latitudes that have only one peak?

Expert Solution & Answer

To determine

The reason why the 5∘ N latitude differs from other latitudes by having two peaks of incident solar radiation in a year.

Answer to Problem 1E

Every latitude to the north of 23.5∘ in the Northern Hemisphere obtains the highest solar intensity and the longest daytime on one day, which is on June 21st. The Sun would be directly above the 5∘ N two times in a year, which can be on April 4th and September 9th. Therefore, when all other latitudes have one single peak of incident solar radiation during a year, the 5∘ N latitude has two peaks.

Explanation of Solution

The region of the Earth receiving direct insolation from the Sun fluctuates seasonally during a year owing to the axial tilt, rotation, and revolution of the Earth. The daylight hours will be more in the region that is inclined more toward the Sun.

On June 21st, the day of June Solstice or Summer Solstice, the Sun will be directly above the Tropic of Cancer (23.5∘), and the North Pole will also be slanted toward the Sun. This causes the Northern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ N latitude and the latitudes toward its north, which may be in June.

On December 22nd, the day of December Solstice or Winter Solstice, the Sun will be directly above the Tropic of Capricorn (23.5∘), and the South Pole also will be slanted toward the Sun. This causes the Southern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ S latitude and the latitudes toward its south, which may be in December.

Unlike these latitudes, the Sun would be above the 5∘ N latitude twice in a year, which may be in April and September. Therefore, this latitude will exhibit two peaks of incident solar radiation for a year.

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02:14

Answer 3

Textbook Question

Chapter 4, Problem 1E

At 5° N latitude there are two peaks of incident solar radiation (that is, solar radiation striking Earth’s surface) during the year. Why does this location differ from other latitudes that have only one peak?

Expert Solution & Answer

To determine

The reason why the 5∘ N latitude differs from other latitudes by having two peaks of incident solar radiation in a year.

Answer to Problem 1E

Every latitude to the north of 23.5∘ in the Northern Hemisphere obtains the highest solar intensity and the longest daytime on one day, which is on June 21st. The Sun would be directly above the 5∘ N two times in a year, which can be on April 4th and September 9th. Therefore, when all other latitudes have one single peak of incident solar radiation during a year, the 5∘ N latitude has two peaks.

Explanation of Solution

The region of the Earth receiving direct insolation from the Sun fluctuates seasonally during a year owing to the axial tilt, rotation, and revolution of the Earth. The daylight hours will be more in the region that is inclined more toward the Sun.

On June 21st, the day of June Solstice or Summer Solstice, the Sun will be directly above the Tropic of Cancer (23.5∘), and the North Pole will also be slanted toward the Sun. This causes the Northern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ N latitude and the latitudes toward its north, which may be in June.

On December 22nd, the day of December Solstice or Winter Solstice, the Sun will be directly above the Tropic of Capricorn (23.5∘), and the South Pole also will be slanted toward the Sun. This causes the Southern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ S latitude and the latitudes toward its south, which may be in December.

Unlike these latitudes, the Sun would be above the 5∘ N latitude twice in a year, which may be in April and September. Therefore, this latitude will exhibit two peaks of incident solar radiation for a year.

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Answer 4

Textbook Question

Chapter 4, Problem 1E

At 5° N latitude there are two peaks of incident solar radiation (that is, solar radiation striking Earth’s surface) during the year. Why does this location differ from other latitudes that have only one peak?

Expert Solution & Answer

To determine

The reason why the 5∘ N latitude differs from other latitudes by having two peaks of incident solar radiation in a year.

Answer to Problem 1E

Every latitude to the north of 23.5∘ in the Northern Hemisphere obtains the highest solar intensity and the longest daytime on one day, which is on June 21st. The Sun would be directly above the 5∘ N two times in a year, which can be on April 4th and September 9th. Therefore, when all other latitudes have one single peak of incident solar radiation during a year, the 5∘ N latitude has two peaks.

Explanation of Solution

The region of the Earth receiving direct insolation from the Sun fluctuates seasonally during a year owing to the axial tilt, rotation, and revolution of the Earth. The daylight hours will be more in the region that is inclined more toward the Sun.

On June 21st, the day of June Solstice or Summer Solstice, the Sun will be directly above the Tropic of Cancer (23.5∘), and the North Pole will also be slanted toward the Sun. This causes the Northern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ N latitude and the latitudes toward its north, which may be in June.

On December 22nd, the day of December Solstice or Winter Solstice, the Sun will be directly above the Tropic of Capricorn (23.5∘), and the South Pole also will be slanted toward the Sun. This causes the Southern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ S latitude and the latitudes toward its south, which may be in December.

Unlike these latitudes, the Sun would be above the 5∘ N latitude twice in a year, which may be in April and September. Therefore, this latitude will exhibit two peaks of incident solar radiation for a year.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

To determine

The reason why the 5∘ N latitude differs from other latitudes by having two peaks of incident solar radiation in a year.

Answer to Problem 1E

Every latitude to the north of 23.5∘ in the Northern Hemisphere obtains the highest solar intensity and the longest daytime on one day, which is on June 21st. The Sun would be directly above the 5∘ N two times in a year, which can be on April 4th and September 9th. Therefore, when all other latitudes have one single peak of incident solar radiation during a year, the 5∘ N latitude has two peaks.

Explanation of Solution

The region of the Earth receiving direct insolation from the Sun fluctuates seasonally during a year owing to the axial tilt, rotation, and revolution of the Earth. The daylight hours will be more in the region that is inclined more toward the Sun.

On June 21st, the day of June Solstice or Summer Solstice, the Sun will be directly above the Tropic of Cancer (23.5∘), and the North Pole will also be slanted toward the Sun. This causes the Northern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ N latitude and the latitudes toward its north, which may be in June.

On December 22nd, the day of December Solstice or Winter Solstice, the Sun will be directly above the Tropic of Capricorn (23.5∘), and the South Pole also will be slanted toward the Sun. This causes the Southern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ S latitude and the latitudes toward its south, which may be in December.

Unlike these latitudes, the Sun would be above the 5∘ N latitude twice in a year, which may be in April and September. Therefore, this latitude will exhibit two peaks of incident solar radiation for a year.

Answer 8

Expert Solution & Answer

To determine

The reason why the 5∘ N latitude differs from other latitudes by having two peaks of incident solar radiation in a year.

Answer to Problem 1E

Every latitude to the north of 23.5∘ in the Northern Hemisphere obtains the highest solar intensity and the longest daytime on one day, which is on June 21st. The Sun would be directly above the 5∘ N two times in a year, which can be on April 4th and September 9th. Therefore, when all other latitudes have one single peak of incident solar radiation during a year, the 5∘ N latitude has two peaks.

Explanation of Solution

The region of the Earth receiving direct insolation from the Sun fluctuates seasonally during a year owing to the axial tilt, rotation, and revolution of the Earth. The daylight hours will be more in the region that is inclined more toward the Sun.

On June 21st, the day of June Solstice or Summer Solstice, the Sun will be directly above the Tropic of Cancer (23.5∘), and the North Pole will also be slanted toward the Sun. This causes the Northern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ N latitude and the latitudes toward its north, which may be in June.

On December 22nd, the day of December Solstice or Winter Solstice, the Sun will be directly above the Tropic of Capricorn (23.5∘), and the South Pole also will be slanted toward the Sun. This causes the Southern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ S latitude and the latitudes toward its south, which may be in December.

Unlike these latitudes, the Sun would be above the 5∘ N latitude twice in a year, which may be in April and September. Therefore, this latitude will exhibit two peaks of incident solar radiation for a year.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

To determine

The reason why the 5∘ N latitude differs from other latitudes by having two peaks of incident solar radiation in a year.

Answer 12

Answer to Problem 1E

Every latitude to the north of 23.5∘ in the Northern Hemisphere obtains the highest solar intensity and the longest daytime on one day, which is on June 21st. The Sun would be directly above the 5∘ N two times in a year, which can be on April 4th and September 9th. Therefore, when all other latitudes have one single peak of incident solar radiation during a year, the 5∘ N latitude has two peaks.

Answer 13

Explanation of Solution

The region of the Earth receiving direct insolation from the Sun fluctuates seasonally during a year owing to the axial tilt, rotation, and revolution of the Earth. The daylight hours will be more in the region that is inclined more toward the Sun.

On June 21st, the day of June Solstice or Summer Solstice, the Sun will be directly above the Tropic of Cancer (23.5∘), and the North Pole will also be slanted toward the Sun. This causes the Northern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ N latitude and the latitudes toward its north, which may be in June.

On December 22nd, the day of December Solstice or Winter Solstice, the Sun will be directly above the Tropic of Capricorn (23.5∘), and the South Pole also will be slanted toward the Sun. This causes the Southern Hemisphere to receive more solar insolation on this day and the adjacent days with more sunlit hours. Hence, there will be one peak of incident solar radiation for the 23.5∘ S latitude and the latitudes toward its south, which may be in December.

Unlike these latitudes, the Sun would be above the 5∘ N latitude twice in a year, which may be in April and September. Therefore, this latitude will exhibit two peaks of incident solar radiation for a year.

Answer 14

Ch. 4 - At 5 N latitude there are two peaks of incident...Ch. 4 - Earth, in its elliptical orbit, is closest to the...Ch. 4 - Describe the general relationship between...Ch. 4 - Why is there little seasonal difference in albedo...Ch. 4 - Examine Figure 4-5 below. When averaged annually,...Ch. 4 - What does Figure 4-5 say about the relationship...Ch. 4 - Using Figure 4-6, describe how the areas of net...Ch. 4 - Use Figure 4-7 to describe how the temperature...Ch. 4 - Summarize the difference in the magnitude and...Ch. 4 - How do the latitudinal gradients of net radiation...

At 5° N latitude there are two peaks of incident solar radiation (that is, solar radiation striking Earth’s surface) during the year. Why does this location differ from other latitudes that have only one peak?

Answer to Problem 1E

Explanation of Solution

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