maybe because hey have an axis.
The planets orbit the Sun because of gravity and their angular momentum, which ultimately derives from the energy of the Big Bang.
Gravity and inertia. Inertia keeps the planets moving while the gravity of the sun keeps the planets drawn to orbit in ellipses.
i know only one and it's a good one, the sun's gravity pulls the planets from flying some where else EDIT: Gravity pulls objects together and angular momentum makes sure planets orbit
The force of gravity is what keeps planets and other objects in orbit around the sun, along with the angular momentum of the planets and objects. Without gravity, they would just fly away into space, and without angular momentum, they would just fall into the sun. But both of those together produce orbital motion.
The cause of all rotation in the solar system is the rotating gas and dust cloud that the sun and planets coalesced from almost 5 billion years ago. Angular momentum must be conserved and so we continue to rotate today.
Planets rotate around the sun. The path is not really circular for planets, it is actually ellipsoidal.
the gravity of the sun pulls them in a circular motion.
i know only one and it's a good one, the sun's gravity pulls the planets from flying some where else EDIT: Gravity pulls objects together and angular momentum makes sure planets orbit
The planets orbit the Sun because of gravity and their angular momentum, which ultimately derives from the energy of the Big Bang.
Gravity and inertia. Inertia keeps the planets moving while the gravity of the sun keeps the planets drawn to orbit in ellipses.
i know only one and it's a good one, the sun's gravity pulls the planets from flying some where else EDIT: Gravity pulls objects together and angular momentum makes sure planets orbit
The force of gravity is what keeps planets and other objects in orbit around the sun, along with the angular momentum of the planets and objects. Without gravity, they would just fly away into space, and without angular momentum, they would just fall into the sun. But both of those together produce orbital motion.
Without gravity, each of the planets would continue straight ahead into space, and become dispersed. Gravity holds them in their orbital paths around the Sun. Of course, without gravity, the Sun would explode, and the planets would also disintegrate and their mass would scatter because of the centrifugal force of their spin and angular momentum.
The planets orbit because of gravity and their momentum. They are constantly flying away from the sun, but at the same time are being pulled toward it by gravity. The end result is that they stay moving in a circular motion around the sun.
Your thinking is wrong. The rotation of a planet has not "been made" for a purpose. Planets rotate because of a law of nature called "the conservation of angular momentum". The dust cloud from which the a star and its planetary system forms had angular momentum (internal movements) and as gravity drew this matter together this momentum ends up as the spin of the star, its planets and the orbit of the planets round the star.
The scientific explanation lies in Kepler's laws of planetary motions, which were discovered by Newton to be linked with the law of gravity. All the planets have elliptical orbits, and many of those are close being circular.
the gravity from Jupiter is so strong that it pulls most of the comets and asteroids to it instead of the inner planets