No. Even if a star were so hot that it would predominantly radiate violet light, it would still appear blue to us as the human eye is better at seeing blue light than it is at seeing violet light.
The temperature of a star is correlated with its color. Hotter stars appear blue or white, while cooler stars appear red or orange. This relationship is governed by a star's surface temperature, with cooler stars emitting longer, redder wavelengths and hotter stars emitting shorter, bluer wavelengths.
Stars are balls of burning gas. So, no, astronauts cannot land on stars, since they are so bright and are too hot.
Blue stars are very hot stars and so usually have high luminosity.
No, stars are gaseous. More precisely, they are so hot that their matter is in a state known as "plasma".
It depends on the color - like how stars work so it would be very very hot!
stars are hotter than the surrounding area because the surrounding area isn't so hot.
The color of any start is a direct result of the stars internal temperature. The hottest stars are bluish-white, very hot stars are white, the yellow stars, like out sun, not quite as hot, and finally red stars, which while still very hot, are the coolest of the stellar types. It is analogous to heating a steel bar in a forge, First it will get red hot, then yellow, and so on until it reaches white or bluish-white in heat.
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.
because its so hot thay turn in to proons
White dwarf stars are bright due to their compact nature, but they are not hot in terms of surface temperature compared to other types of stars. They are "dead" stars that have exhausted their nuclear fuel and are slowly cooling off over time.
It like you catching on fire and it being so hot turn to ashes
No, because at night the Sun is hidden. But the Sun's brightness prevents stars being seen in the daytime.