QuestionJune 11, 2025

Sunspots are darker than the regions of the Sun around them because a. they consist of different elements than the rest of the Sun b. they are located in the corona and not on the photosphere c. they move much faster around the Sun than other material and thus heat up d. they are the shadows of the planets and asteroids seen on the bright surface of the Sun e. they are cooler than the material around them (although still very hot compared to Earth temperatures)

Sunspots are darker than the regions of the Sun around them because a. they consist of different elements than the rest of the Sun b. they are located in the corona and not on the photosphere c. they move much faster around the Sun than other material and thus heat up d. they are the shadows of the planets and asteroids seen on the bright surface of the Sun e. they are cooler than the material around them (although still very hot compared to Earth temperatures)
Sunspots are darker than the regions of the Sun around them because
a. they consist of different elements than the rest of the Sun
b. they are located in the corona and not on the photosphere
c. they move much faster around the Sun than other material and thus heat up
d. they are the shadows of the planets and asteroids seen on the bright surface of the Sun
e. they are cooler than the material around them (although still very hot compared to Earth temperatures)

Solution
4.4(281 votes)

Answer

e. they are cooler than the material around them (although still very hot compared to Earth temperatures) Explanation 1. Identify the correct reason for sunspots' darkness Sunspots appear darker because they are cooler than the surrounding areas on the Sun's surface. This temperature difference is due to intense magnetic activity that inhibits convection, reducing heat transfer from the Sun's interior to its surface.

Explanation

1. Identify the correct reason for sunspots' darkness<br /> Sunspots appear darker because they are cooler than the surrounding areas on the Sun's surface. This temperature difference is due to intense magnetic activity that inhibits convection, reducing heat transfer from the Sun's interior to its surface.
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