Technically, the earth and sun both revolve around their common center of mass ...
the place where the pivot would be if the sun and earth were on opposite ends of
a see-saw.
But since the sun is so much more massive than the earth, their common center of
mass is deep inside the sun, so for all intents and purposes, everything looks as if
the sun is perfectly stationary and the earth is revolving around the sun.
From previous experience, we're not sure whether the question is really asking about "revolve" or "rotate".
Here are answers to both possibilities:
1). The moon "revolves" around the sun . . . the same motion that gives us our year on earth . . .
at the same average rate as the earth.
If it didn't . . . if the moon ran ahead or lagged behind the earth . . . we'd soon lose it completely.
First, it would creep half-an-orbit away from us, where it would look light a bright planet or star.
Eventually it would wind up clear across our orbit on the other side of the sun, where we couldn't see it at all.
2). The moon "rotates" on its axis . . . spinning like a ball, the same motion that gives us our day on earth . . .
much slower than the earth does.
The moon takes a little over 27 days to make one complete spin ... exactly the same time it takes
to make one complete circle around the earth.
You can see that this means the moon always has the same spot facing the earth, which is why we always see
the same markings or "face" when we look at the moon.
The sun does not orbit the earth.
ec·cen·tric 1. Departing from a recognized, conventional, or established norm or pattern. See Synonyms at strange. 2. Deviating from a circular form or path, as in an elliptical orbit. 3. a. Not situated at or in the geometric center. b. Having the axis located elsewhere than at the geometric center. n. 1. One that deviates markedly from an established norm, especially a person of odd or unconventional behavior. 2. Physics A disk or wheel having its axis of revolution displaced from its center so that it is capable of imparting reciprocating motion, planetary orbit of which the earth is not at the center, not having the same center, eccentric circles, with the center of each circle marked
No; some objects orbit OTHER objects, not themselves.
No; some objects orbit OTHER objects, not themselves.
No; some objects orbit OTHER objects, not themselves.
No; some objects orbit OTHER objects, not themselves.
Not at all. The Moon always shows the same half towards the Earth, while the Earth rotates every day (that is one definition of a "day", in fact).
The Moon revolves around the Earth once in 27.3 days.
Since the Moon always has the same side to the Earth, and it revolves around the Earth once in 27.3 days, the Moon also rotates around its axis once in 27.3 days. Think about it... to always have the same portion facing the Earth, it has to rotate to keep that part of its face towards Earth. So, it rotates at the same rate as it revolves.
The Score is... Earth: 1 rotation per day. Moon: 1 rotation per 27.3 days. Earth wins the spinning race.
Yes. We know this because we can see sunspots travel across the surface of the Sun. Because the Sun is fluid rather than being "solid", the equator of the Sun rotates at different speeds than the mid-latitudes or the polar regions. The Sun takes about 25 days to complete one revolution at the equator, and closer to 33 days near the poles.
The earth rotates on it's axis faster than the sun. We rotate once per day. The sun rotates at different rates as it is not solid it is made up of gas and plasma. The Equator of the sun rotates once every 25 days and the poles once every 36 days.
yes the sun can orbit
Also the Quran mentions this in several places. Check verses 36:38 and 21:33 and 36:40.
36:38 - And [they have a sign in] the sun: it runs in an orbit of its own [and] that is laid down by the will of the Almighty, the All-Knowing;
21:33 - And He it is Who created the night and the day, and the sun and the moon. They float, each in an orbit.
Read more: Does_sun_has_orbit_of_its_own
Yes it does. The Earth rotates every 24 hours, and approximately 4 minutes. The moon makes one rotation every 30 days, on average.
No it does not.
The earth orbits the sun whilst rotating on it's axis.
probaly someone else that is not a very smart scientist but that's not true the truth is the Earth oribts the Sun while the Moon orbits the Earth
Earth. It orbits the sun and the moon orbits it
Jupiter is the largest object that orbits the sun.
False. The sun does exert a gravitational force on the moon.
The Sun as it's the only body in the Solar System that is undergoing nuclear fusion.
No. The Earth orbits the Sun once in 365.24 days
probaly someone else that is not a very smart scientist but that's not true the truth is the Earth oribts the Sun while the Moon orbits the Earth
The orbits of Mercury and Venus are between the sun and the orbit of Earth. That is different from saying that Mercury and Venus are between the sun and Earth, which is often not true.
Yes
Earth. It orbits the sun and the moon orbits it
Ganymede does not orbit the sun. It orbits Jupiter, which orbits the sun. Ganymede orbits Jupiter every 7.15 days. Jupiter orbits the sun every 11.86 years.
C.
Mercury, is the smallest planet that orbits the sun.
The moon orbits the Earth, which orbits the sun.
No. The moon orbits the Earth which orbits the Sun.
Moon orbits around earth, which orbits around the sun.
Jupiter is the largest object that orbits the sun.