Generally speaking, your average black hole is very small for the amount of mass it contains. If you had a black hole which weighed the sum of the masses of the Sun, all of the planets in our solar system and their moons combined, it would be only about 6 km radius. Compare that to the current diameter of the Sun which is about 1.4 million km across. However, there are examples of black holes in the universe which are indeed very large... although calculations will probably refine the accuracy, one monster black hole found recently is calculated to be over ten times the size of the orbit of Neptune!
The size of a black dwarf is about the same as some planets. They are expected to range in size from a little less than Earth's diameter to twice Earth's diameter.
Yes, easily, because the Sun is much bigger than all the planets combined. The Sun could also swallow up all of the dwarf planets as well.
The gas planets are the largest planets in the solar system. The dwarf planets are smaller than even the smallest planets.
Pluto is a dwarf planet. there has been dwarf planets found bigger then pluto.
yes, because some dwarf planets are only as big as comets, whereas planets themselves take up much more space.
Ceres and Eris are not planets; they are dwarf planets. Eris is much larger than Ceres.
They are the dwarf planets.
they are gas planets and Pluto is now a dwarf planet and separating the smaller planets from the bigger gas planets is a giant Astro belt
The other planets are not similar to dwarf planets.
The other planets are not similar to dwarf planets.
On the whole stars are much larger than planets, but there are some dwarf stars that are smaller than giant planets.
our dwarf planets are Pluto