The color of a star is influenced by its temperature, with blue stars being hotter than red stars. Therefore, you could conclude that the blue star is hotter than the red star. Additionally, blue stars typically have shorter lifespans than red stars.
The Pleiades is a open star cluster. It contains mostly blue-white type stars, so the colour of the cluster would appear to be blue-white. However, it is a cluster and not a single star. See related question.
Yes. See the Wikipedia article on "Stellar classification". For example, a class "O" star (blue) has a surface temperature greater than 30,000 K, a class "A" star (white) has a surface temperature of 7,500 - 10,000 K, and a class "M" star (red) has a surface temperature of 2400-3700 K. (All temperatures use the absolute scale.)
The color of a star is related to its temperature - hotter stars appear blue or white, while cooler stars appear red. This is because the temperature of a star affects the distribution of light it emits, with hotter stars emitting more blue light and cooler stars emitting more red light. The color of a star can therefore be used to estimate its temperature.
a blue star is hotter then a red star because it is younger and thus has more energy. a good example of this is when you look at a flame on a lighter you see blue light at the bottom because blue is hottest and closest to the heat source whereas the red-orange flame at the top is farther away from the heat source and thus is not as hot as the blue.
because the white star is like a coat for the blue star
A star with a spectral class of O is classified as a Blue Star. A red star will have a spectral class of M See related question
The color of a star is influenced by its temperature, with blue stars being hotter than red stars. Therefore, you could conclude that the blue star is hotter than the red star. Additionally, blue stars typically have shorter lifespans than red stars.
a blue star is hotter then a red star because it is younger and thus has more energy. a good example of this is when you look at a flame on a lighter you see blue light at the bottom because blue is hottest and closest to the heat source whereas the red-orange flame at the top is farther away from the heat source and thus is not as hot as the blue.
we realy have know idea because all we can do is see and look
I would assume that beings in such a system would not have developed the ability to see frequencies of the electromagnetic spectrum that are not naturally available to them. For example, beings in a system whose star is pure yellow probably would not have developed the ability to see blue, since you need blue light in order to see blue, and yellow light doesn't have any (white light - blue light = yellow light). Another answer: I think that they would be able to see colors like we can, albeit in different hues because we have a yellow star, and yet we can see red, blue, etc. I think that if they lived in a system with a blue star, then their white point would appear a little more blue in comparison to ours. The same theory applies to other color/radiation level star systems.
Blue Star Ointment is used for jock itch, ringworm and other skin conditions. See related link for product
It means you both saw a shooting star.........
its when the star explodes and its so bright u can see it during the day time
yeah, it is.
There are four bright stars in Chamaeleon Alpha Chamaeleontis is a white star Beta Chamaeleontis is a blue white star Gamma Chamaeleontis is a red giant star Delta Chamaeleontis is a double star, a blue subgiant and an orange giant. See related link for more information.
It all depends on the temperature of the individual star. [See related question]