Sunspots rotate at different speeds.
Astronomers have inferred that the Sun rotates by observing the motion of sunspots across its surface. This phenomenon, known as differential rotation, causes different parts of the Sun to move at different speeds, indicating that the Sun rotates. Additionally, observations of the Doppler shifts in the light emitted by different regions of the Sun also provide evidence of its rotation.
The sun is not a solid object and different parts of it rotate at different speeds.
Saturn rotates at slightly different speeds at different latitudes. On average the rotation period is about 10 and a half hours.
About ten and a half hours. It rotates at slightly different speeds at different latitudes.
The Sun rotates at different speeds at different latitudes. So we need to know where "location A" is, unfortunately.
The Sun rotates at different speeds at different latitudes. So we need to know where "location A" is, unfortunately.
The Sun rotates differentially, meaning that different regions rotate at different speeds. Its equator rotates faster than its poles, completing a full rotation in about 25 days, while near its poles, it takes about 35 days for a full rotation to occur.
Since the sun isn't solid, there's no reason that all of it has to rotate at the same rate,and in fact it doesn't. Different "latitudes" on the sun rotate at different Why_do_astronomers_say_that_the_sun_rotates_once_every_27_to_31_days_rather_than_give_an_exact_number. One beltrotates every 27 days, another belt rotates every 31 days, and there are other beltsin between those that rotate at every rate in between 27 and 31 days. So there isn'ta single "exact number" for the sun, as there is for every solid body including the earth.For any rate you want to name between 27 and 31 days, there's a part of the sun thatrotates exactly once in that period of time
No, the Sun's equator rotates faster than its poles. This is known as differential rotation, where different latitudes rotate at different speeds. The equator takes around 25 days to complete one rotation, while the poles take around 35 days.
SURFACE
Because the Sun is not solid, different parts rotate at different speeds. Near the equator of the Sun, it rotates once in about 26 days, while the polar regions rotate in about 33 days.
surface currents