No, red dwarfs are called such because of their reddish color. They are the coolest of the main sequence stars. Blue stars are the hottest.
Color from a "black box" (i.e., a ball of gas with no intrinsic color) is a function of it's temperature. Much like heating a piece of steel in a fire - first it glows red, then yellow, then white, then blueish. So the answer is that they're cooler than the sun.
It is possible but you need to be quick and the stars can burn you because they are mini suns
All stars 'burn' hydrogen
Because they have huge amounts of fuel to burn out.
The sun is catagorized as a "yellow star" This is also known as an intermediate star. Blue stars are the hottest. The Sun is not a blue star. - Em
Like all main sequence stars, a red dwarf is powered by the fusion of hydrogen into helium.
Stars that burn cooler and dimmer use less fuel, and so will last longer before they go out. smaller stars are generally more stable than larger ones, and so usually last longer because they contract into dwarf stars instead of going supernova. going with those assumptions, the longest-burning star would be a red dwarf star.
A black dwarf does not burn anything. A black dwarf is the cooled remnant of a dead star.
yes because it can burn out
Basically, none. Red dwarf stars have a lifetime that is much larger than the age of the Universe.Actually, if a lot of additional mass falls on a red dwarf star, it would start to burn more quickly. But then, of course, it would no longer be a red dwarf star.
What burns the hottest carbon hydrogen or oxygen
they can be a vary of different colours been as though stars are suns and no sun is the same so a shooting star could be knock out of orbit and super nova p.s what orbit you ask I'm talking about the galaxies orbit around the center of the universe and as the universe is so big we will never know were the center is.
Color from a "black box" (i.e., a ball of gas with no intrinsic color) is a function of it's temperature. Much like heating a piece of steel in a fire - first it glows red, then yellow, then white, then blueish. So the answer is that they're cooler than the sun.
The color is dependent on the mass of the star. Stars forming with more mass burn hotter because they must generate more heat to overcome the crushing force of gravity. Giant stars are blue/white in color because they burn so hot. The color spectrum is the ROY G BIV deal we all learn in elementary school. Blue light is the most energetic, with the shortest wavelengths, so hot stars burn blue/white. Our sun is a moderate, smaller star and burns cooler in the yellow spectrum, and small dwarf stars burn coolest, in the red spectrum. Age pays a role in the color too, because as older stars begin to run out of fuel, their outer layers puff outwards due to contraction of the core, causing the core to heat up for a time as it furiously burns its remaining hydrogen, fusing it to helium. These stars become red giants or supergiants, and they are red because the outer layers cool off as they move farther from the hot core. White dwarfs are what is left when a moderate star like our sun is at the end of its life. The outer layers move outwards in a red giant stage and then puff outwards as a planetary nebula, leaving the super-heated core behind as a white dwarf. To sum, the color of a star when it forms is due to its mass, which causes the star to burn at different temperatures. More massive stars are blue, small dwarf stars are red, and moderate stars are yellow.
It is possible but you need to be quick and the stars can burn you because they are mini suns
All stars 'burn' hydrogen
a supernova, and that's not a "death", because it becomes a black dwarf (it is still a star, but it doesn't shine because it doesn't have any gases to burn anymore)Answera supernova, and that's not a "death", because it becomes a black dwarf (it is still a star, but it doesn't shine because it doesn't have any gases to burn anymore)