It's really hard to tell for an individual star whether it will become a black hole. That depends on the mass of the star that remains after it runs out of fuel. Please note that in a supernova explosion, a large portion of a star's mass can be blown off into space. However, in general it is the most massive stars that are most likely to become black holes. Moreover, a supergiant star is not only very massive, but it is also likely to run out of fuel in the near future - meaning, in the next few million years - and therefore collapse (perhaps into a black hole, perhaps into a neutron star).
very large or super-massive stars
Eventually, yes. A mid-size star becomes a white dwarf, which eventually cools to become a black dwarf.
A white dwarf. Basically, a red dwarf just gets cooler and cooler until it has consumed all of its hydrogen. Then it becomes a white dwarf star. It will then dissipate any remaining heat into space and eventually become a "black dwarf".
Once a medium sized star has consumed all it's fuel it becomes a White Dwarf star (just the extremely dense core of the original star remains composed mainly of carbon). A White Dwarf star will, however, eventually lose it's heat to become a Black Dwarf.
No. Fusion has long since ceased by the time a stellar remnant becomes a black dwarf.
A white dwarf supernova can only happen in binary pairs where the white dwarf rips matter from the larger star and eventually becomes unstable and it collapses in on itself.
Eventually, yes. A mid-size star becomes a white dwarf, which eventually cools to become a black dwarf.
No. After the sun becomes a white dwarf it will eventually cool to become a black dwarf.
A black dwarf.
No, the sun is too small to become a black hole, it will eventually become a brown dwarf, ending it's life cycle.
A brown dwarf will never become a black dwarf. A black dwarf is what becomes of a white dwarf. This process takes hundreds of trillions of years.
A white dwarf. Basically, a red dwarf just gets cooler and cooler until it has consumed all of its hydrogen. Then it becomes a white dwarf star. It will then dissipate any remaining heat into space and eventually become a "black dwarf".
Once a medium sized star has consumed all it's fuel it becomes a White Dwarf star (just the extremely dense core of the original star remains composed mainly of carbon). A White Dwarf star will, however, eventually lose it's heat to become a Black Dwarf.
No. Fusion has long since ceased by the time a stellar remnant becomes a black dwarf.
White Dwarf then Black Dwarf=Dead Star
No in the life cycle of a star, a white dwarf can cool and become a black dwarf
When it has radiated all of it's heat back into space. It then becomes a black dwarf.
protostar, main sequence, giant, nebula, white dwarf & black dwarf.