YES.
A typical white dwarf star is only a bit bigger than the Earth.
A supergiant is much larger than a white dwarf. A supergiant can be 10 to 70 times the size of our Sun, whereas a white dwarf is only about the size of the Earth.
The red giant stage, where a star like our sun swells to a much larger size. Then it collapses into a white dwarf.
A white dwarf is what remains of a star's interior, which is much hotter than the surface because it is closer to the source of fusion.
Most stars are smaller than the sun, falling into the red dwarf category.
No. After the sun becomes a white dwarf it will eventually cool to become a black dwarf.
A supergiant is much larger than a white dwarf. A supergiant can be 10 to 70 times the size of our Sun, whereas a white dwarf is only about the size of the Earth.
A white dwarf is several hundred billion times denser than the average density of the sun.
No. Sirius consists of two stars. Sirius A is larger than the sun but is not a giant. Sirius B is a white dwarf,
the polaris is much larger than sun because polaris is a super giant star while sun is only a dwarf
The red giant stage, where a star like our sun swells to a much larger size. Then it collapses into a white dwarf.
The Sun is a classed as a yellow dwarf. That's a typical size for these stars. The term dwarf is a bit misleading here. The Sun is much larger than a red dwarf star, for example.
A white dwarf is what remains of a star's interior, which is much hotter than the surface because it is closer to the source of fusion.
Despite being larger than most stars, the sun is called a yellow dwarf because it is far smaller than the giant and supergiant stars.
No. After the sun becomes a white dwarf it will eventually cool to become a black dwarf.
Most stars are smaller than the sun, falling into the red dwarf category.
Yes and no. Some stars are much larger - like VY Canis Majoris which is 2,000 times larger than our Sun. A white dwarf star can be about the size of the Earth. Whereas a neutron star can be as small as a large city Our Sun is an average star.
The obvious reason is that the specific star has bigger density compared with the Sun. For example, that star could be a "white dwarf star". A white dwarf mostly contains "electron degenerate matter", which is very dense. A white dwarf is a small dense star.