Dwarf stars are NOT "so much Bright", the smaller the star is (provided it is on the main sequence) the less intrinsically bright it is.
Red Dwarf stars are the commonest in the Galaxy. Red Dwarf stars last much longer than blue stars for example. So you would expect to find more of these red stars. You need a telescope to see them, but they are very common.
after a nova star becomes bright it turns into a dwarf and explodes.
During the day, sunlight is much brighter than the light from stars, making it difficult to see the dimmer constellations. The scattered light in the Earth's atmosphere also hinders visibility of stars during daylight hours.
They are there but it is so bright you can't see them
Stars are present in the sky both during the day and night, but the bright sunlight makes them invisible to the naked eye. The sun's light is so intense that it outshines the light from other stars, essentially drowning them out. However, stars are still present and visible at night when the sun is not shining.
Dwarf stars are NOT "so much Bright", the smaller the star is (provided it is on the main sequence) the less intrinsically bright it is.
Because dwarf stars aren't very bright. They are too SMALL to be especially bright, for one thing.
Every star is different. Some stars are millions of times brighter than our Sun, while some stars are so small that they barely glow at all. We can easily see the big, bright stars - but we have no idea how many tiny "red dwarf" or "brown dwarf" stars there might be. They are so dim, that we cannot see them from so far away.
Dwarf galaxies merely refer to the size of the galaxy itself, not the stars in the galaxy, so no.
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.
Red Dwarf stars are the commonest in the Galaxy. Red Dwarf stars last much longer than blue stars for example. So you would expect to find more of these red stars. You need a telescope to see them, but they are very common.
A white dwarf star can be very hot due to residual heat from its earlier evolution, but it may not be very bright because of its small size. This is because the heat energy is spread over a smaller surface area compared to larger, brighter stars.
Red Dwarf stars. Brown Dwarfs are failed stars, so they don't count.
after a nova star becomes bright it turns into a dwarf and explodes.
Black dwarf stars, they have cooled off so much they emit no detectable light (but some emit small amounts of microwaves that are barely detectable).
A yellow dwarf star, is a star on the main sequence that has a temperature range of between 5,200 to 6,000 Kelvin. It has a spectral class of G or possibly F.Our Sun is a yellow dwarf - much as you may not believe it, it is a dwarf compared to other stars!!See related question for a size comparison
As the name white dwarf implies, this is a small type of star, and it has less surface area from which to radiate light, so even if it is hot, and giving off lots of light per square mile, there are fewer square miles than in larger, non-dwarf stars, so there is less total light being emitted.