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The distance
At least 23moons circle Saturn. One is pitch black on one side and snow white on the other side. Another one, Titan, is the second biggest moon that circles any of the planets.
Because the radius is the distance from one side to the center, and the diameter is the direct distance from one side to the other through the center.
One side of graph is time Other side is distance
Assuming 'your planet' to be Earth. To some extent the question is meaningless because you would have to define where in the orbits the planets are to work out the instantaneous distance between them (Saturn could be on one side of the Sun and Earth on the other) It would be more meaningful to ask the distance between the orbits of the orbital paths of the planets not the planets themselves, in which case the separation of the orbits is approximately 8 AU.
Just as far as Saturn, since it is one of Saturn's moons. The distance from a moon to its planet is insignificant, compared to the planet's distance to the Sun. Saturn's distance to the Sun varies, between about 9 AU, and about 10 AU.
Saturn and Uranus are in independent orbits, and the distance between them can vary. Saturn is about 1.4 billion miles from the Sun, and Uranus is about 2.9 billion miles. Therefore, when Saturn and Uranus are in conjunction (on the same side of the sun) they could be as close as 2.9 - 1.4 = 1.5 billion miles from each other. At opposition, (On opposite sides of the sun) they could be as far as 2.9 + 1.4 = 4.3 billion miles from each other. (This is all approximate). On May 29, 2014, Saturn and Uranus are about 4.27 billion miles apart (They are very near opposition).
The distance from Saturn to the moon of Earth is similar to the distance from Saturn to the Earth. This is about 746 million miles, or 1.2 billion kilometers.
To some extent the question is meaningless because you would have to define where in the orbits the planets are to work out the instantaneous distance between them (Saturn could be on one side of the Sun and Uranus on the other) It would be more meaningful to ask the distance between the orbits of the orbital paths of the planets not the planets themselves.
the distance from one side of you butt to the other
100,000 light years
Well if one astronomical unit is measured by the distance of the Sun to Earth, Saturn would be about 9.5 AU from the Sun. Hope this helps! :)