The sun is relativly close to the Earth compared to other stars. It takes light less than 9 minutes to get to us from the Sun, but it takes several years, to billions of years, for star light to reach Earth.
Metaphor. Here's an example: Her eyes were bright stars shining in the darkness. This is an example of a simile, which is the opposire of a metaphor (uses like or as): Her eyes were as bright as stars shining in the darkness. or Her eyes were bright, like stars shining in the darkness.
They are still there in the daytime. They are just difficult to see, because our atmosphere is too bright. Some bright planets (like Venus) or stars (like Sirius) should be visible if you know exactly where to look.
stars
Yes, dying stars can become very bright. As they run out of nuclear fuel, some stars expand into red giants or supergiants, which can increase their brightness. Additionally, some dying stars, like supernovae, can produce intense bursts of light as they explode.
The other stars do not appear as bright as the sun because they are much farther away. Even the closest stars apart from the sun are hundreds of thousands of times farther away. In terms of actual brightness, some stars are brighter than the sun.
a spiral galaxy like the milky way
it is bright in not that big from earth it looks tiny but its not there are all kind of stars like the sun
Main sequence stars vary widely in temperature and brightness, depending on their mass. While some main sequence stars, like red dwarfs, are cool and dim, others, such as blue giants, are hot and very bright. The majority of main sequence stars, however, are found in the middle range of the spectrum, often classified as yellow or orange stars like our Sun. Thus, it is not accurate to say that main sequence stars are mostly cool and bright; they exhibit a broad range of characteristics.
Yes, but it's actually one of the less bright ones.
Not necessarily. The brightness of a star depends on factors such as its size, temperature, and distance from Earth. Some smaller stars can appear brighter than larger stars if they are much closer to us.
Yes. Venus always looks like the brightest star in the sky. Jupiter usually looks like the second-brightest star (sometimes briefly outshone by Mars, when it's close to us). Mercury, Mars, and Saturn still look like fairly bright stars.
No because they might just be bright because they are close, like Sirius and Procyon, or they might be bright because they are really are huge stars a long way way, like Rigel and Deneb.