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.
There are a lot of these. They are mainly the "Red Giant" and "Red Supergiant" stars.
That is a difference of ten magitudes so the factor in brightness is 10,000.
when Dwarf Stars run out of hydrogen they form Red Giant stars, then from that they become White dwarf stars when the outer layers shed, forming a planetary nebula.when giant stars or supergiant stars run out of hydrogen they form red supergiant stars
Red (giant, supergiant or dwarf), Blue (supergiant), white (dwarf), blueish white/gamma-ray (neutron star) or produce no light at all (black hole).
No. The sun is a G-type main sequence star, sometimes called a yellow dwarf.
it is a dwarf planet the size of a supergiant.
There are a lot of these. They are mainly the "Red Giant" and "Red Supergiant" stars.
Betelgeuse is a supergiant star.
That is a difference of ten magitudes so the factor in brightness is 10,000.
Depends on the white dwarf in question. They can have a myriad of absolute magnitude values.
Red giants have typical absolute magnitudes which are 10-15 magnitudes below white dwarfs, which means that the red giants are 10,000-1,000,000 times brighter, after due allowance for distance.
Because they are closer or actually brighter.
A star on "main sequence" is a period in a stars evolution.A white dwarf is a stellar remainA supergiant star is the size of a very big star.So they are completely different and not even related.
when Dwarf Stars run out of hydrogen they form Red Giant stars, then from that they become White dwarf stars when the outer layers shed, forming a planetary nebula.when giant stars or supergiant stars run out of hydrogen they form red supergiant stars
when Dwarf Stars run out of hydrogen they form Red Giant stars, then from that they become White dwarf stars when the outer layers shed, forming a planetary nebula.when giant stars or supergiant stars run out of hydrogen they form red supergiant stars
dwarf stars -Sydney-
Red (giant, supergiant or dwarf), Blue (supergiant), white (dwarf), blueish white/gamma-ray (neutron star) or produce no light at all (black hole).