Blue photons are higher-energy than red photons. The equations governing the emission of light based solely on temperature state that an object giving off primarily blue light is hotter than one giving off primarily red light.
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.
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.
The sun is hotter than red stars but cooler than blue stars,
The hottest stars are blue in color and have surface temperatures exceeding 30,000 K. Following the sequence: O, B, A, F, G, K, M (from hottest to coolest), O-type stars are the hottest, with temperatures reaching over 30,000 K, while M-type stars are the coolest with temperatures around 2,400 K.
Type-O are the hottest but there are very few. Then type-B, there are more of them but still not a lot. Then you have type-A, which are very common, then F, then G like the Sun, then K and then the coolest common ones, type M which are the red stars like Betelgeuse.
White, blue, red, orange, from hottest to coldest
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 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.
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.
blue is the hottest and red is the coldest
No. Red stars are the coolest. Blue stars are the hottest.
no the hottest are blue and the coolest are red
The hottest is blue-white and the coolest is dark red.
Ironically the blue stars are the hottest considering blue is usually a "cool" color.
Yellow stars are the second hottest, Blue stars are the first hottest. Red stars, even though they are they can be the biggest they are the coldest type of star, they are still hot, but not as hot as compared to other stars.
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.