Khaki and Kelly Green are colors. They begin with the letter k.
khaki kelly green
The color of a star reveals its temperature. Blue stars are hotter than red stars, with temperatures ranging from about 10,000 K to 40,000 K and higher for the most massive stars.
The colour.O stars ≥ 33,000 K blueB stars 10,000--33,000 K blue to blue whiteA stars 7,500--10,000 K white to blue whiteF stars 6,000--7,500 K yellowish whiteG stars 5,200--6,000 K yellowK stars 3,700--5,200 K orangeM stars ≤ 3,700 K red
The star's temperature. The more blue the star is the hotter it is. Pure blue stars get up to around 18,000 k. The more red the star is the cooler it is. Pure red stars can get up to around 2,500 k. White, yellowish color stars are in the middle.
Stars come in various colors depending on their surface temperature. Hotter stars, like blue ones, have higher surface temperatures, while cooler stars, like red ones, have lower surface temperatures. The color and surface temperature of a star are generally related, with blue stars being hotter (around 10,000 K) and red stars being cooler (around 3,000 K).
The stellar classification of Class K stars are orange and are slightly cooler than our Sun.Notable K type stars are Arcturus which is a supergiant and Alpha Centauri B which is an orange dwarf.K type stars will have a slightly longer period on the main sequence than our own Sun, which is a G type star, and thus K type stars are a good candidate for possible planets and life.See related link for more information.
An O star is typically blue in color, and is one of the hottest types of stars with surface temperatures exceeding 30,000 K. The color of a star is a result of its temperature, with hotter stars appearing blue and cooler stars appearing red.
The colour of a star depends on its temperature. Massive main sequence stars can have surface temperatures of 50,000 K. Smaller stars such as the Sun have surface temperatures of a few thousand K. Red giants have relatively low surface temperatures of about 3,600 K, but are still very bright. 'K' or 'Kelvin' is a temperature measurement, with 0 Kelvin equal to absolute zero equal to -273oC.
The hottest stars still undergoing fusion tend to be blue in colour. These stars rarely get above 50,000 K. Even hotter stars are white dwarfs. They appear white with maybe a blueish tone. They can be as hot as 250,000K.
Pleiades is an open cluster of stars. Most are hot B type stars so it will have a temperature of about 10,000 -> 30,000 K so will appear blue to blue white.
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.
No. A stars color is determined by the heat it produces. Like a peice of metal when heating up will got from red to yellow to white (red being cooler the white) a star color is determined by its color. to get a better example of this see this chart which shows star temperature in Kelven.Stars can be classified by their surface temperatures as determined from Wien's Displacement Law, but this poses practical difficulties for distant stars. Spectral characteristics offer a way to classify stars which gives information about temperature in a different way - particular absorption lines can be observed only for a certain range of temperatures because only in that range are the involved atomic energy levels populated. The standard classes are:TemperatureO 30,000 - 60,000 K Blue starsB 10,000 - 30,000 K Blue-white starsA 7,500 - 10,000 K White starsF 6,000 - 7,500 K Yellow-white starsG 5,000 - 6,000 K Yellow stars (like the Sun)K 3,500 - 5,000K Yellow-orange starsM < 3,500 K Red starsThe fact is that starts just don't get that hot. Btw indigo would be before violet in the color spectram and I don't believe any stars of that color exist either.