Question

Which statement describes the motion of the sun?

The sun rotates more slowly at its equator.
The sun rotates faster at its equator.
The sun rotates faster at its poles.
The sun does not rotate at its poles.

Answer 1

The Sun demonstrates differential rotation, rotating faster at its equator than at its poles, with a period of about 25 days at the equator.

Step-by-step explanation:

The statement that correctly describes the motion of the Sun is that the Sun rotates faster at its equator. This phenomenon is known as differential rotation, which is typical for gaseous bodies like the Sun. Modern observations indicate that the Sun has a rotation period of about 25 days at the equator, which is faster compared to other latitudes such as 28 days at 40° latitude and 36 days at 80° latitude. This differential rotation also causes the Sun's magnetic fields to wind up, making loops after a while.

The statement that describes the motion of the sun is that it rotates faster at its equator. The sun's rotation speed varies according to latitude, with a rotation period of about 25 days at the equator, 28 days at latitude 40°, and 36 days at latitude 80°. This behavior is known as differential rotation.

Answer 2

i think the third one because it rotates faster at the equator than it does its poles, but im not sure what you're comparing it to.