A single one, no, not realistically. A single one, no, not theoretically.
Most of what black holes "suck up" isn't really destroyed inside the black hole. It may be spaghettified and then thrown off into the infinite ether of space in a quasar, but no black hole is large enough (or is there a galaxy small enough) for one to destroy (or suck up) a galaxy.
Black holes can technically be any where. Some scientists believe that there is a black hole in the center of our galaxy along with many other galaxies. Because black holes are so difficult to detect, they can be very dangerous.
A black hole or a neutron star.
Yes, the M65 galaxy is thought to have a supermassive black hole at its center, like many other large galaxies. This black hole likely plays a crucial role in shaping the galaxy's properties and evolution.
In the middle of a galaxy.
Almost every galaxy has a super massive black hole in its centre and this fact is widely accepted now days . Milky way galaxy also have a super massive black hole of its own, weighing more than 4 million times more than our sun's mass. Andromeda galaxy is our nearest neighbour having a super massive black hole in its centre weighing 114 million solar masses .
no it does not depend on the black hole in the middle of the galaxy
no the galaxy is way to big for a black hole to do much in fact we now know that there is a supermassive black hole in the center of our galaxy right now.
No, not every galaxy contains a black hole. While many galaxies do have a supermassive black hole at their center, there are also galaxies that do not have a black hole.
The Milky Way (our galaxy) is believed to have one in the center. Every or almost every galaxy has a black hole in the middle of it.
No. No black hole is big enough to do that.
A black hole or a neutron star.
Black holes can technically be any where. Some scientists believe that there is a black hole in the center of our galaxy along with many other galaxies. Because black holes are so difficult to detect, they can be very dangerous.
Usually from the collapse of a massive star. It isn't quite clear how a supermassive black hole is created; it is possible that it also starts as a stellar black hole (a hole resulting from the collapse of a star), but it isn't quite clear how such a black hole can get so huge in a relatively short time.Usually from the collapse of a massive star. It isn't quite clear how a supermassive black hole is created; it is possible that it also starts as a stellar black hole (a hole resulting from the collapse of a star), but it isn't quite clear how such a black hole can get so huge in a relatively short time.Usually from the collapse of a massive star. It isn't quite clear how a supermassive black hole is created; it is possible that it also starts as a stellar black hole (a hole resulting from the collapse of a star), but it isn't quite clear how such a black hole can get so huge in a relatively short time.Usually from the collapse of a massive star. It isn't quite clear how a supermassive black hole is created; it is possible that it also starts as a stellar black hole (a hole resulting from the collapse of a star), but it isn't quite clear how such a black hole can get so huge in a relatively short time.
A galaxy doesn't just suddenly collapse. Over a long, long time - much longer than the current age of the Universe - it is expected that galaxies will gradually "evaporate", in the sense that momentum is transferred to some stars, enough to let them escape from their galaxy. The momentum of other stars decreases, and they get closer to the central black hole - many of them will be absorbed by this black hole eventually.
No, the sun does not orbit a black hole in the center of our galaxy. The sun orbits around the center of the Milky Way galaxy, where there is a supermassive black hole called Sagittarius A.
It seems that just about EVERY galaxy has a huge ("supermassive") black hole in its center.
every galaxy got a black hole in the center even our galaxy, the milky way.