Hot bright stars do not live very long because they are big (have a lot of mass) and their core density means that they use up their fuel quickly and die young (in supernova explosions). This means you find the hottest brightest stars in star forming regions, stellar nurseries.
blue and white
Blue
no the hottest are blue and the coolest are red
The hottest stars are the brightest stars, as their high temperatures cause them to emit large amounts of energy. These stars are not necessarily the farthest from Earth or the least massive. Our Sun is a relatively average star in terms of temperature and brightness.
The hottest stars. Generally, globular clusters contain mainly old stars, population II stars
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.
No, blue is not the brightest color of stars. The brightest stars often appear white or yellow in color. The color of a star is determined by its temperature, with the hottest stars emitting blue light.
Stars vary in color and may be red, orange, yellow, white, or blue. Blue stars are the hottest and among the brightest.
Because it is the brightest and it is the hottest
The hottest stars are blue or blue-white. Brightness is a different matter, and is not strictly related to color.
Jupiter is...
Blue-white stars are the hottest and brightest stars; Sirius A (and its white dwarf companion Sirius B) is the brightest star in Earth's night sky.