Near (in order from closest to farthest): Mercury, Venus, Earth, and Mars
Far (same order as before): Jupiter, Saturn, Uranus, and Neptune.
Why? I suppose that's just how things worked out when the planets formed from the "protoplanetary disk".
The planets have to be spaced apart enough to form stable orbits. Otherwise their mutual gravitational attraction could disrupt their orbits.
because soem planets are to far away and our eyes cant see that far
Because the stars are relatively so far away, all planets of this solar system have the same number of stars near them.
As far as we know, no rogue planet has ever come near Earth. Comets and asteroids have come near Earth, but not actual planets.
The close-in ones move fast, the far-out ones move slower. It's governed by Kepler's third law.
How far away is Pluto from all the pther planets?
What is near in some ways turns out to be far in others.
The other planets in our are warmed by the sun, some more than others depending on their distance to the sun. The other stars are too far away to warm the planets.
because soem planets are to far away and our eyes cant see that far
1). Some stars are brighter or dimmer than others. 2). Some stars are nearer or farther from earth than others. So any given star can be bright and near, bright and far, dim and near, or dim and far. It's kind of like the reason why some instruments in the band sound louder than others. A piccolo has to be a lot nearer to you in order to sound as loud as a far-away Trumpet.
Because the stars are relatively so far away, all planets of this solar system have the same number of stars near them.
As far as we know, no rogue planet has ever come near Earth. Comets and asteroids have come near Earth, but not actual planets.
no lifes in Eris planets, but maybe in far future when the Eris planet will be closer near to sun as earth
This was just a theory about how planets were formed. It is no longer believed to have happened, as far as I know.
The planets are part of the galaxy.
The close-in ones move fast, the far-out ones move slower. It's governed by Kepler's third law.
How far away is Pluto from all the pther planets?
There is not much solid information known about planets in other galaxies. Most planets discovered so far are in our own galaxy. This is because it is easier to discover a relatively near-by planet than one that is much farther away. However, the planets found so far make it likely that in our own Milky Way, and therefore other galaxies as well, have at least as many planets as stars.