Yes, a G-type star, like our Sun, can eventually collapse into a white dwarf. After exhausting its nuclear fuel, the star goes through a red giant phase, shedding its outer layers and leaving behind a hot core. This core, composed mostly of carbon and oxygen, becomes the white dwarf. Over time, the white dwarf will cool and fade, but it will no longer undergo fusion reactions.
the sun is NOT a dwarf star, it is a g-type star. a dwarf is a s-type starThe 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).
The sun belongs to the star class G-type main-sequence star, also known as a G dwarf star.
The sun is a G-type main-sequence star (G V). It may be referred to as a yellow dwarf, or G dwarf star. Alternately it may be called a main-sequence star of spectral type G and luminosity class V.
The sun is yellow dwarf star or type G.
Many stars are bigger than the sun. In fact the sun is called a yellow dwarf, or a G dwarf star meaning it is relatively small (i.e. a dwarf) compared to the "average star" in our galaxy.
Our Sun is a G star. A "G" class has a temperature range 5,200 -> 6,000K Colour, Yellow to yellowish white Mass, 0.8 -> 1.04 of the Sun Luminousity 0.6 -> 1.5 of the Sun
The sun is a G-type main sequence star, sometimes called a yellow dwarf.
The Sun is classified as a G-type main-sequence star (G dwarf) and appears yellowish-white to the naked eye. Its surface temperature is approximately 5,500 degrees Celsius (about 9,932 degrees Fahrenheit), which gives it a color that can range from white to yellow, depending on atmospheric conditions. In space, without the distortion of Earth's atmosphere, the Sun would appear white.
Brown Dwarfs (maybe not true stars)Red Dwarfs (on the main sequence)Orange Dwarf (on the main sequence)Yellow Dwarfs (stars smaller than our sun but on the main sequence)White Dwarfs (old stars that have run out of hydrogen and are now off the main sequence)Neutron Stars (old large stars who's cores have collapsed during a supernova)---------------------------------------------------------------------------------Red dwarf - Like Proxima Centauri.White dwarf - A degenerate star. The remains of a Sun like star.Yellow dwarf - A G type main sequence star, like our own SunBlue dwarf - A hypothetical star formed from a red dwarf.Brown dwarf - A star that did not have enough mass to initiate nuclear fusion.Black dwarf - A hypothetical star formed when a white dwarf has cooled to absolute zero.Orange dwarf. A K type main sequence star, like Alpha Centauri B
The Sun is considered a middle-aged star, specifically a G-type main-sequence star (G dwarf) in the Hertzsprung-Russell diagram. It is approximately 4.6 billion years old and is expected to remain in its stable phase for about another 5 billion years before evolving into a red giant and eventually transitioning to a white dwarf. Thus, it occupies a mature stage in its life cycle.
The sun is classified as a G-type main-sequence star, specifically a G2V star. This means it is a yellow dwarf star.
Yes. Our Sun's classification, based on spectral class, is a main sequence G2V star. It designated as a yellow dwarf star. G2 indicates its surface temperature of approximately 5778 K (5505 °C), and V indicates that the Sun, like most stars, is a main sequence star.