The planets are considered moving around the sun, even though the sun moves too (in tiny circles opposite the planets' motions).
The planets are circling the sun. The sun (dragging the planets along with it) is circling our galaxy's center. Our galaxy (dragging the sun, the planets, and all the other stars) is moving through the universe as well.
Because the sun moves around so when the sun moves around the light from the sun touches the planets
The sun moves in straight line and the planets move around it in spiral way
The Ptolemaic model has all of the planets moons and stars moving around the Sun. The modern day Copernican model has all the planets moving around the Sun, with the moons moving around the planets, and the Sun and its "system" moving around the Milky Way.
planets and comets and asteroids
planets
No The Earth Moves Around The Sun While All The Other Planets Do To. Its Takes a Year For The Earth To Move Around The Sun. The Closer The Planet Is To The Sun, The Less Time It Takes.The sun is the center point of the solar system. Earth moves around it. The sun is a great force of gravity (and is where the gravity on earth originates) keeping everything surrounding it in constant orbit around it.
The pull of the Sun's gravity.
Counter-clockwise.
The simple answer is YES!!!! Think of the Sun as the centre of the Solar System and the planets and moons orbit around the Sun. However, The Sun is a star in one of the tails of the Milky Way galaxy. The Milky Way, galaxy and its tails also rotate, taking our Sun and planets etc. with them. So the Sun is also moving too!!!!
The existence of large objects like planets or stars curve space and time. As the Earth goes around the sun it is in fact falling into the sun. The problem is that the sun and other planets are also moving. Gravity from the sun's previous location takes time to reach the Earth and planets such that the gravity from another location reaches the targets first. As the Earth and other planets reach a location where it might be moving in; the sun moves again, and other planets impart their gravity as well. The gravity of the sun becomes diluted throughout the heliosheath because of this weakening the effect of gravity even further.
The path where a planet moves around the sun is called an orbit.
The sizes of the Sun and planets determine the strength of gravitational pull of the planets on each other and the Sun. The Sun's mass is so great that the planets can't escape from the Sun's pull and so as the planets are moving by the Sun pulls them back into orbit.