Eventually - and I mean eventually. If a neutron star was formed at the beginning of the Universe, it would still would not be a black dwarf.
In fact it would be a multiple of about 10 times - and that's a guess - the age of the Universe before a neutron star cools sufficiently to become a black dwarf. Probably longer.
No.
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Neutron stars are so incredibly dense that their mass is comprised of nothing but neutrons (hence the name).
Red giants are far less dense, containing protons, electrons, neutrons, and even atoms. They exist in a relatively temporary condition and are doomed to collapse. Depending on their mass when they collapse, dramatically increasing their density, they may become a neutron star.
That is not very likely; they have too little mass for that. The mass required to become a black hole is somewhere around 2-3 solar masses - that refers to the mass remaining after a supernova explosion, if there is one. On the other hand, additional matter might fall onto a red dwarf, so it is not entirely impossible for this to happen.
A red dwarf is like all other stars, except they are small and red. Red dwarfs are formed when nebula compresses into a small star that can undergo nuclear fusion.
No, an average start cannot become a neutron star. It generally takes a star at least 8 to 10 times the mass of the sun to form a neutron star.
No. Stars such as our sun become white dwarfs. Only stars 8-10 times the mass of the sun or more become neutron stars.
Sure. If enough mass falls on it from the outside, it would become a black hole.
An average star either falls apart or becomes a white dwarf.
No - it does not have enough mass.
A white dwarf could not become a red dwarf. A white dwarf is a remnant of a dead star. A red dwarf is a star with a very low mass.
It will first become a red giant, then turn into a white dwarf and in billions and billions of years it will 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".
As far as we know, the sun will never become a neutron star. it will eventually become a Red Giant and then it will eventually become a white dwarf
Neither. Our Sun will turn into a red giant, and then cool to become a white dwarf.
A white dwarf could not become a red dwarf. A white dwarf is a remnant of a dead star. A red dwarf is a star with a very low mass.
A star does not turn into a red dwarf. A red dwarf is simply a star that has a low mass to begin with.
Not exactly. Red giants become white dwarf stars. It is the red supergiants that can become supernovas.
It will first become a red giant, then turn into a white dwarf and in billions and billions of years it will become a black dwarf.
after the star dies it has the potential to become a dwarf
Red dwarf, yellow dwarf, red dwarf
The red giant stage, where a star like our sun swells to a much larger size. Then it collapses into a white dwarf.
Only a red dwarf star is red. Our Sun is a yellow dwarf. A red dwarf is red because it is cool, and cool colours are red whereas hot colours are white and blue.
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".
As far as we know, the sun will never become a neutron star. it will eventually become a Red Giant and then it will eventually become a white dwarf
Proxima centauri is the closest red dwarf star and is the closest star
There are many red dwarf stars in the universe. They are not most common type of star.