If there is, it has not yet beed discovered.
Any object with greater mass than another can cause the lesser object to orbit it. Most of our comets come from the Oort Cloud, beyond Pluto, and they orbit our Sun.
Because Pluto has a much greater distance to cover.
Weight is defined as the mass of something multiplied by the force of gravity.The force of gravitational pull exerted by one thing on another is dependent upon the mass of the object creating the force and its distance from the object being acted upon. When distance is equal (as it would be, more or less, when in either case we are standing on the surface of a planet) then mass is the only factor.The force of gravity is stronger on Neptune (as it has a greater mass and therefore creates a greater gravitational pull) than it is on Earth and so even though an object has the same mass, its weight is greater on Neptune.When you are on Earth however you do not notice the effect of Neptune's gravity because Neptune is a very long way away whereas the Earth is close and distance becomes a factor.
2543166000
The amount of gravity you get is dependent on the size of the planet/object. Pluto's gravitational pull is much less than that of Earth due to Pluto being much lighter.Earth has a much greater mas than Pluto does.Pluto is a smaller planet and has less of a gravitational pull
No and never was. There was an earlier hypothesis that it might have been a moon of Neptune, but this rejected due to the distance from Neptune. It is more than likely that Pluto is just a large Kuiper belt object.
it is 5.9 billon km from the sun and the distance is 2274
The average distance between Pluto and the sun is about 5870 million kilometres.
rocks were pulled to the biggest object in the area. in this case it was Pluto
Pluto is somewhere around 6 billion kilometers from Earth. 6 billion is less than infinity. Pluto is much closer than any of the stars you see at night, and those are much closer than the other galaxies. On the scale of the universe, Pluto is pretty close.
It takes such a long time as Pluto is so far from the sun. Not only is its angular velocity very low compared to planets further in, but it also has to travel much further to complete one revolution of the sun.
Pioneer 10 was launched on March 3, 1972. On June 13, 1983 it crossed the orbit of Neptune and therefore became the first human-built object to reach a greater distance from the Sun than any of the planets.(Pluto was, at the time, still considered to be a planet, but that doesn't really matter as Pluto was in that portion of its orbit which lies inside the orbit of Neptune at the time; Pioneer 10 exceeded Pluto's distance from the Sun a bit earlier, on April 25, 1983.)