Because it's closer, like the moon
The Sun and the Moon are the only celestial objects that appear brighter in the sky than Venus.
Our Sun appears brighter than Alpha Centauri B because of its proximity to our point of view. We are much closer to our Sun then any other star which means that our Sun will be much brighter then everything else in the sky.
The Sun is bigger than some stars and smaller than others. It is brighter than some stars and dimmer than others. Relative to the Earth it is much closer than all other stars.
Planets do not always shine brighter than stars; their brightness varies depending on their position relative to Earth and the Sun. Planets reflect sunlight, making them appear bright, but their visibility can fluctuate based on factors like distance and alignment. Some stars can outshine planets significantly, especially in cases of particularly bright stars or during certain astronomical events. Overall, while planets can be bright, they are not inherently brighter than all stars at all times.
The sun is a very small star is not as bright or big as most other stars but it seems bigger and brighter because it is much closer. Some stars have burned out, but we still see them in the night sky because the light they give off takes so long to reach us. There may even be some stars that have gone through their entire life cycle but we still have no idea of their existence because they are so far away! The night sky is fascinating, isn't it?
Most stars are dim red dwarfs which we cannot see. Most of the stars we can see actually ARE brighter than our sun. From our perspective, because we are so close to it, the sun appears big, the same reason a 100 watt light bulb in the same room appears brighter than stadium lights four miles away.
Planets appear brighter than stars because they reflect more sunlight and have larger apparent sizes in the night sky compared to distant stars. Stars emit light due to nuclear fusion in their cores, while planets reflect light from the Sun, making them appear brighter to us on Earth.
The sun appears bigger and brighter than other stars because it is much closer to Earth compared to the distant stars. Stars are actually suns, but they look tiny and faint because of their immense distance from us.
In terms of actual brightness the stars are much brighter than the moon and some are even brighter than the sun. They only appear dim because they are much farther away than either the sun or the moon.
It is better to say that the sun appears brighter because it is closer. Some stars are actually brighter than the sun.
The sun appears brighter than other stars because it is much closer to us than any other star. The intensity of light we receive from a star decreases with distance, so stars farther away appear dimmer. Additionally, the sun is a relatively hot and luminous star compared to many others, further contributing to its brightness.
There are many stars that are brighter than the sun. Deneb shines the brightest in the constellation Cygnus and is much farther from Earth than most of the other stars you see. Deneb is about 100,000 times brighter than the Sun. HR 5171, has a diameter 1,300 times the sun and is a million times brighter than the sun. R136a1 weighs up to 300 times the mass of the Sun and is close to 10 million times brighter than the sun.
Brightness is related to distance. However, from the same distance, an O class star is much much brighter than a M class star. As a comparison, an O class star would appear about 100,000 times brighter than our Sun, whereas a M class star could appear 0.0017 dimmer than our Sun, if the Sun was replaced with each star.
Stars can be both cooler and brighter or hotter and dimmer than the Sun, depending on their size and age. Generally, larger and younger stars are hotter and brighter than the Sun, while smaller and older stars can be cooler and dimmer.
because it is a big ball of gasses so it molecules are with each other.
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.
There is no "why" because they don't.