Blue
The hottest stars are O type stars (aka Blue Giants) which have a temperature of greater than 30,000 kelvin and will have a colour of, as the name suggests, blue!
The hottest stellar remnant in the universe is the Neutron Star burning on creation at a temperature of over 1 billion degrees kelvin. However, the huge number of neutrinos it emits carries away so much energy that the temperature falls within a few years to around 1 million kelvins. It would appear white to the eye.
The hottest star in the universe is the Neutron Star burning on creation at a temperature of over 1 billion degrees kelvin. However, the huge number of neutrinos it emits carries away so much energy that the temperature falls within a few years to around 1 million kelvins. It would appear white to the eye.
The next hottest are O type stars (aka Blue Giants) which have a temperature of greater than 30,000 kelvin and will have a colour of, as the name suggests, blue!
White, and then blue.
Blue
The hottest stars are blue and the coldest stars are red because blue is the color made by hotter burning things and red is the colest burning color.
The hottest stars are blue and the coldest stars are red because blue is the color made by hotter burning things and red is the colest burning color.
The hottest is blue-white and the coolest is dark red.
white dwarf
the color of the hottest star is blue
Typically the bigger and redder stars are the hottest.
NO. Stars have difference colors depending on their temperature. The hottest stars are blue and cold stars are red.
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.
Ironically the blue stars are the hottest considering blue is usually a "cool" color.
they appear blue due to the flame
it depends on the color of the starthe hottest star is color blueand the coldest star is color red
The sun is a G class star and (from space) its pale yellow.