Just as the planets and asteroids in our solar system orbit the Sun, held in place by the Sun's gravity, the aggregation of matter in the center of our galaxy exerts a gravitational attraction on the stars of the Milky Way. This includes several smaller galaxies and clusters relatively nearby, such as the Small and Large Magellanic Clouds (two satellite galaxies).
Our Sun and its planets are in the "Orion Arm" of the Milky Way, and we are about 27,000 light-years from the galactic center, which likely contains a supermassive black hole.
The sun revolves around the center of the Milky Way.
The Sun rotates around its axis. It revolves around the center of the galaxy.
Just as the Sun is in the center of our solar system and all the planets revolve around it, so Jupiter is in the center of its own system of moons, and all the moons revolve around Jupiter.
The center of the orbit is between them in proportion to their masses. But the mass of the sun is so much larger compared to the mass of the planets that to a casual observer they do revolve around the center of the sun. Because planets don't orbit the exact center of stars, astronomers can see stars that "wobble" and can tell they have planets orbiting them. They will also get an idea of the period of those planets' revolutions around the star.
The Heliocentric Theory is the theory that states the Sun is the center of the Solar System and all other celestial objects revolve around it. Supporting observations about the theory were by Galileo Galilei.
The sun revolves around the center of the Milky Way.
Normally when we talk about a "year", we refer to the "Solar Year" [See Link] which is the period that the Earth takes to revolve around the Sun once. However, there is another kind of year and that is a Galactic year [See Link] which is the time it takes the Sun (and all the planets) to revolve once around the galactic centre of the Milky Way Galaxy (Our Galaxy), so really, the Sun does have something to revolve around. The Galactic year takes around 225,000,000 Earth years
The Sun rotates around its axis. It revolves around the center of the galaxy.
Clockwise.
The Sun does not have a year, per se, as do the planets that revolve around it, but the Sun does revolve around the galactic core, along with all the other start in the Milky Way galaxy, with a period estimated to be around (2.25 to 2.50) x 108 Earth years.
"Helios" means "Sun", while "centric" means... well, in this case, that the Sun is believed to be the center of the movement.
sun.....obviously
Just as the Sun is in the center of our solar system and all the planets revolve around it, so Jupiter is in the center of its own system of moons, and all the moons revolve around Jupiter.
The center of the orbit is between them in proportion to their masses. But the mass of the sun is so much larger compared to the mass of the planets that to a casual observer they do revolve around the center of the sun. Because planets don't orbit the exact center of stars, astronomers can see stars that "wobble" and can tell they have planets orbiting them. They will also get an idea of the period of those planets' revolutions around the star.
Copernicus' theory was that Earth is not the center of the universe and we revolve around the Sun.
I like chocolate milk
About 225 million years.