A stellar black hole would be the remnant or end product of the normal sequence of evolution of a star; the word 'stellar,' which simply means "pertaining to a star," disambiguates the type of black hole from those that might have been created through other processes, for example, primordial black holes thought to have been created in the early universe, or highly energetic particle collisions, etc. A stellar black hole is thus a black hole created when a massive star has exhausted its fuel and collapsed under its own gravity overcoming all outward forces which might resist collapse.
A stellar black hole is formed from the remnants of a massive star that has undergone a supernova explosion. It is a highly dense region in space where gravity is so strong that not even light can escape from it, hence appearing black. Stellar black holes typically have masses a few times that of our Sun.
There is no reason to believe that there are any black holes - stellar or otherwise - within our Solar System.
An intermediate-mass black hole is one that has a mass somewhere between 100 and a million solar masses, i.e., larger than the stellar black holes, but smaller than the supermassive black holes. It seems likely that such holes should exist, but the observational evidence is not yet very firm.An intermediate black hole is one whose mass is somewhere between that of a stellar black hole (a few times the mass of the Sun), and that of a supermassive, or galactic, black hole (millions or billions of times the mass of the Sun).
Perhaps you mean stellar black hole. Stellar means related to a star, so that refers to a black hole that results from the collapse of a star. Actually that's the ONLY confirmed way to create a black hole (other ways are a bit hypothetical), but the term is also used to refer to a black hole which has approximately the mass of a star - to distinguish it from the supermassive galactic black holes in the center of most galaxies, as well as the intermediate-mass black holes found in star clusters.
A stellar mass black hole is formed when a massive star undergoes a supernova explosion at the end of its life cycle. If the core of the star is massive enough, it collapses under its own gravity and forms a black hole. These black holes typically have a mass between 3-20 times that of the Sun.
In the course of normal stellar evolution, at end of its life the Sun wouldn't spontaneously become a black hole simply because it lacks sufficient mass. The minimum mass of a stellar black hole would be about 25 times that of our Sun; effects through which stars lose mass would also need to be considered.
A black hole is the stellar remains of a massive star.
That is very likely. 1) Every larger galaxy, or most of them, have a supermassive black hole in their center. 2) Since a certain percentage of star eventually become a stellar black hole, any galaxy should have several stellar black holes,in addition to the supermassive black hole.
A degenerate star or stellar remnant.
A black hole.
There is no reason to believe that there are any black holes - stellar or otherwise - within our Solar System.
Black holes are generally categorized into three buckets - the largest being called supermassive, the 'medium' being associated with stellar evolution and called 'stellar mass' black holes, and the smallest or tiny ones called "microscopic" black holes.
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 stellar black holes are the most common ones, as far as we know.
The supermassive black hole in the center of our Milky Way is at a distance of about 28,000 light-years. The nearest known stellar black hole is at a distance of about 3000 light-years.
A black hole can have anywhere from 2-3 times the mass of the Sun (the lower limit for a stellar black hole), to about 20 billion times the mass of the Sun (the largest known supermassive black holes).
The closest known stellar-mass black hole seems to be at a distance of a few thousand light-years. Of course, there may be black holes that are closer, but that are not known as such yet.The closest known stellar-mass black hole seems to be at a distance of a few thousand light-years. Of course, there may be black holes that are closer, but that are not known as such yet.The closest known stellar-mass black hole seems to be at a distance of a few thousand light-years. Of course, there may be black holes that are closer, but that are not known as such yet.The closest known stellar-mass black hole seems to be at a distance of a few thousand light-years. Of course, there may be black holes that are closer, but that are not known as such yet.
In their mass. a "stellar black hole" has a few solar masses (a few times the mass of our Sun), while a supermassive black hole (found in the center of most galaxies) typically has a mass of millions or billions times the mass of our Sun.