They don't "lead" anywhere. Any mass that falls into the black hole stays in the black hole.
There is a theory that, in the case of rotating black holes, matter may emerge elsewhere from a "white hole".
It's an idea that remains controversial and highly speculative.
In current theory, a black hole leads to the center of its force of gravity. So, essentially, it leads to a point roughly the size of an atom, since all matter that enters is compressed to this size, in theory of course.
Exist. A black hole is a place where enough mass and energy have gathered that it now becomes a repository for anything that comes near - when a black hole is a certain size, it is permanent, will last until the universe dies. Things that are near enough to a black hole become a part of it.
A black hole occurs (starts) inside of a massive star that has so much gravity that they collapse in on themselves and neither light nor matter can escape.
It is unknown if the singularity of a black hole has an outlet, either in this universe or another. However, the curvature of spacetime caused by a black hole could indeed manifest as an "exit" somewhere outside normal space. (Black holes have been theorized to radiate Hawking radiation and "evaporate", but stellar-scale holes would take a very long time to dissipate in this manner, even if they ceased collecting mass.)
Black holes in science fiction movies are giant, black holes that rotate like a circular saws inwards.
The things that we observe as quasars are believed to be caused by huge black holes.
Most black holes are stellar mass black holes with masses comparable to those of large stars as they form from the collapse of massive stars. Scientists know of the existence of supermassive black holes that are millions to billions of times the mass of our sun and can be found in the centers of most galaxies. Scientists still do not know how these black holes become so massive.
X-rays are the best band for studying black holes as the radiations emitted by the black hole is X-rays so we can expect the presence of a black hole anywhere in the Universe.
Holes, which include black holes and ozone holes were discovered in the space and atmosphere respectively.The black hole was discovered in the space and ozone holes were discovered above the Antarctica.
In the space.
in space
Black holes can be found anywhere in space.There are 2 types of black holes.Stellar and super massive black holes.Super massive black holes can be found in the middle of every galaxy including our own milky way.Stellar black holes can be found anywhere in space.
Anywhere.
A black hole is an object in space. Astronomy is the study of objects in space. Therefore, black holes would be among the topics covered by astronomy.
inside space is planets galaxies moons and black holes
Because they formed from stars, which are in space.
inside space is planets galaxies moons and black holes
They do not take people to space.
where else would it be anyway?
Black holes