it has to do with the temperature on each planet
gravitational pull between planets The gravitational relationship that each planet has with the sun is much stronger than the gravitational effect that planets have on each other. There are some effects that the planets have on one another called perturbations. These are minor and would never cause the planets to come dangerously close together. The planets originally formed in very much the same orbits that they occupy today. Any large chunks of material or large clouds of gas that were between the known orbits long ago got taken up by one of the adjacent planets. This is the process of 'clearing the neighborhood' that is part of the definition of planet, and it is the main reason why planets are far enough apart not to have an overly strong effect on neighboring planets.
Planets are made out of matter. I can't be a whole lot more specific until you tell me which planet you mean. The web site "The Nine Planets" at www.nineplanets.org has a pretty good description of each of the planets, and what they are made of.
It is each planet's surface gravity.
because of the gravitational pull each induvidual planet has.
The orbit of the planets in our Solar system are not perfectly circular, but eliptical. Each planet also has its own unique orbit, no two planets share an identical orbit. Because of the elliptical (oval) orbit of planets some get close to each other or cross the path of another planet's orbit.
It doesn't matter what order you go to the planets in, but you have to beat the enemy on each planet to get the knights to follow you.
Each planet has an orbit line that makes the planets stay in that spot, unless the orbit is changed
Planets don't have planets. The Sun has planets, and planets have moons.Dwarf planets might orbit around each other, but this answer uses the correct definition of the term planet, which does not include Pluto or Charon.
the distance from the planets is 6.5 million miles between each planet.
gravitational pull between planets The gravitational relationship that each planet has with the sun is much stronger than the gravitational effect that planets have on each other. There are some effects that the planets have on one another called perturbations. These are minor and would never cause the planets to come dangerously close together. The planets originally formed in very much the same orbits that they occupy today. Any large chunks of material or large clouds of gas that were between the known orbits long ago got taken up by one of the adjacent planets. This is the process of 'clearing the neighborhood' that is part of the definition of planet, and it is the main reason why planets are far enough apart not to have an overly strong effect on neighboring planets.
All the planets are in motion about the sun. Each at different speeds and distances. The direction to each planet therefore changes over time.
planets have diffrent facts of other planets because of there size and distance from sun
We can observe the planets as they move through their orbits around the sun. We also know how to correct for the effect of the earth's own movement.
A gravitational pull keep planets in order and they do not collid with each other
Two planets orbiting each other. The barycenter of the planets must not lie within either planet but must be in free space between them. (The planets orbit a central point as opposed to a planet-sattelite configuration where one body orbits another)
None of the eight planets has an orbit that crossesanother. Dwarf planets (which include Pluto) and Dwarf Planet candidates do cross orbits of planets and each
The distance of the planets from the sun does not change because of the gravity surrounding each planet is pulling them into continuous orbit.