Is cappella a dwarf star?

No. A dwarf star is a small star. A white dwarf is just one particular type of dwarf star, but there are other types.

A white dwarf star is created after a nebula and the black dwarf star is created after a nova

its not a massive or a dwarf  star

No. A brown dwarf will remain a brown dwarf. A black dwarf develops from a white dwarf, which is the remnant of a dead low to medium mass star.

Pluto is not a white dwarf star, it is just a dwarf planet.

Depends what type of dwarf star. - Our Sun is a yellow dwarf.

A dwarf star can be anything from the size of the Earth (Black or white dwarf up to the size of our Sun (Yellow dwarf).

the sun is NOT a dwarf star, it is a g-type star. a dwarf is a s-type star The Sun is a G2V star G2 means the second hottest of the yellow G class and V (the Roman numeral five) identifies the Sun as a main sequence DWARF STAR (so yes it is a dwarf star) A star with spectral S is a late-type giant star (similar to class K5-M).

No a white dwarf is a small compact star.

A star does not turn into a red dwarf. A red dwarf is simply a star that has a low mass to begin with.

Usually, a black dwarf star is about the size of Earth. However, no one really does know how big a black dwarf star really is. It depends on the star.

Stellar remnant: A black dwarf Fusing star: A red dwarf. Non fusing star: A brown dwarf. See related questions

the steps in the life of a star is the yellow dwarf,red giant,white dwarf & the black 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.

The death star is known as the nemesis star AKA the death star, brown dwarf star, red dwarf star, or the sun's twin.

No, Pollux is not a white dwarf, it is a orange giant star.

after the star dies it has the potential to become a dwarf

A cooled white dwarf is a black dwarf. I think you are thinking of a neutron star which has nothing to do with a white dwarf.

the brightest star in auriga is cappella

nebula then protosar then red dwarf, yellow star or a blue giant then a red giant then a red super giant then eithr a white dwarf or a supernova from the supernova a black hole or a neutron star if it is a white dwarf it turns into a black dwarf then a black hole Nebula Baby star Star Giant or supergiant White dwarf Black dwarf

The black dwarf star forms by following a later stage via evolution from a "white dwarf."

Most of the stars you can see are dwarf stars. Blue dwarf - Hypothetical star when a red dwarf exits the main sequence. White dwarf - Remnants of a Solar class star when it dies. Yellow dwarf - A star similar to our own Sun Orange dwarf - A star just a bit smaller than our Sun. Red dwarf - A star which fuses hydrogen very slowly. The most abundant. Black dwarf - Hypothetical star when a white dwarf cools to zero Brown dwarf - A "star" that did not have enough mass to fuse hydrogen. Examples: Blue dwarf - Unknown. White dwarf - 40 Eridani, IK Pegasi B Yellow dwarf - The Sun, Alpha Centauri A, Orange dwarf - Alpha Centauri B, Epsilon Indi. Red dwarf - Proximus Centauri, Gliese 581 Black dwarf - Unknown. Brown dwarf - 2M1207b, MOA-2007-BLG-192Lb.

A main sequence star is fusing hydrogen a white dwarf is not. A main sequence star is a star a white dwarf is degenerate matter. A main sequence star controls it's heat a white dwarf doesn't. A main sequence star is a gaseous ball a white dwarf is a compact body of degenerate matter.

No. A white dwarf is the remnant of a low to medium mass star.

A white dwarf star can be as hot as 150,000 degrees kelvin.