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.
White, blue, red, orange, from hottest to coldest
The temperatures of stars from hottest to coldest are blue stars, white stars, yellow stars (like our sun), orange stars, and red stars. Blue stars can have surface temperatures exceeding 30,000K, while red stars typically have surface temperatures around 3,000K.
blue is the hottest and red is the coldest
The temperatures of stars are measured by Kelvin. The hottest, colored blue, is around 30,000 Kelvin. In the middle of the scale, colored yellow, is 5,200 -> 6,000 Kelvin. And the coldest, colored blue, at the bottom of the scale is at 0 Kelvin.
Yes, the hottest stars are blue in color. Stars emit light across a range of colors, and the color of a star depends on its temperature. Blue stars are among the hottest, with surface temperatures exceeding 30,000 Kelvin.
The order of colors in a fire from hottest to coldest is blue, white, yellow, orange, and red. Blue flames are typically the hottest, followed by white, with yellow, orange, and red being cooler in temperature.
Yes, stars can be as hot as the sun and even hotter. The temperature of stars varies depending on their size, age, and stage of evolution. The sun is a relatively small, average-temperature star compared to others in the universe.
coldest
The hottest is blue-white and the coolest is dark red.
Typically the bigger and redder stars are the hottest.
The hottest are specified as type O stars and have temperatures > 30,000 that of our Sun (E.g. Zeta Orionis) The coldest are specified as type M starts and have temperature < 0.08 that of our Sun (E.g. Betelgeuse) See link for more information