The sun rotates counter clock wise, and the sunspots help with the rotation of the sun.
A black hole, exoplanets. It has always been inferred.
Yes, the sun rotates on its axis. It takes about 27 days for the sun to complete one full rotation.
The sun rotates on its axis and revolves around the galactic centre.
The rising and setting of the sun is caused by the Earth's rotation on its axis. As the Earth rotates, different parts of the planet are exposed to the Sun's light, creating daylight. When the part of the Earth you are on rotates away from the Sun, it appears to set.
Astronomers study celestial bodies, helio astronomers specifically study suns.
Astronomers have inferred that the Sun rotates based on observations of its surface and magnetic field. By tracking the movement of sunspots across the Sun's surface, they have noted that these features take about 25 days to complete a rotation at the equator, while it takes longer near the poles. This differential rotation, combined with the Sun's magnetic activity, supports the understanding that the Sun is a rotating body. Additionally, the presence of solar storms and other phenomena is influenced by this rotation, further confirming the Sun's dynamic motion.
Sunspots rotate at different speeds.
The sun is not a solid object and different parts of it rotate at different speeds.
A black hole, exoplanets. It has always been inferred.
aryabhatta
If you mean whether the Sun rotates around an axis: yes, it does.
If sunspots are moving toward east, then sun rotates east
No.
The Sun appears to rise and set because the EARTH rotates; the Sun just stays where it is.
We know the Sun rotates because we can observe stationary sun spots moving across its surface.
No. The earth rotates once in about 24 hours. The sun rotates once in about 32 days.
Yes, the sun rotates on its axis. It takes about 27 days for the sun to complete one full rotation.