In terms of astronomical objects, most black holes are quite small. The event horizons of stellar mass black holes, the most common type, would range from about 10 to 100 miles in diameter, which works out to a volume of 500 to 500,000 cubic miles. Compacting such a large mass into a comparatively tiny volume is precisely why black holes have such strong gravity.
a black hole
If it was not a huge star, it will probably become a black dwarf. If it was a huge star, there is a chance of it becoming a black hole.
The center of a black hole, a locus of infinite density where matter is compressed into zero volume, is called a 'singularity.'
a black hole
The center of a black hole is called a singularity, where a huge amount of matter is crushed into a single point. That's scary, isn't it?
a black hole
It seems that just about EVERY galaxy has a huge ("supermassive") black hole in its center.
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.
The extent of gravity near a black hole is terriifically huge - so huge that even particles of light are drawn into it. If the light particles are drawn into the black hole, they obviously cannot radiate outward so that we could see them.
I has infinite mass but zero volume.
A black hole is more dense. In principle, the black hole exists all at one point. So its volume is zero, and its density is infinite.
If it was not a huge star, it will probably become a black dwarf. If it was a huge star, there is a chance of it becoming a black hole.
The center of a black hole, a locus of infinite density where matter is compressed into zero volume, is called a 'singularity.'
No - The volume of the Milky Way galaxy is larger than the volume of its host black hole. The accumulated mass of the Milky Way galaxy is greater than the mass of its host black hole. The density of the Milky Way galaxy is much smaller than the density of its host black hole.
a black hole
The center of a black hole is called a singularity, where a huge amount of matter is crushed into a single point. That's scary, isn't it?
no, a neutron has a finite volume and thus a finite density, the singularity of a black hole has zero volume and thus infinite density.Infinity >>>>> any finite value