The more massive a star is, the shorter it lasts. The most massive stars do not last long enough for life to develop on any planets around them. Some do not even last long enough for planets to form.
First generation stars are believed to have formed shortly after the Big Bang, making them extremely old and therefore difficult to observe. Additionally, these stars are thought to have been massive and short-lived, likely turning into black holes or exploding as supernovae before leaving behind any detectable remnants.
Bright and hot stars are typically found in young star clusters, star-forming regions, and spiral arms of galaxies. These stars tend to be massive and have high surface temperatures, emitting intense light across the electromagnetic spectrum. Observing these stars can provide valuable insights into stellar evolution and the dynamics of the galaxy.
Where can you find gravity in the universe? If your feet are on the ground, then look no further! Gravity is the force that holds you to the earth. Gravity is what holds the moon spinning round the earth, and not floating away. Gravity holds the oceans on the earth, as well as the atmosphere.
They are very reactive
Dwarf stars are hard to find because they are small and faint compared to other types of stars, making them more challenging to detect with telescopes. Additionally, dwarf stars are abundant in the universe, but they are typically located far away from Earth, making them difficult to observe in detail.
Everywhere in the universe. Gravitational fields are steeper and more intense around very massive objects such as stars and planets.
Stars repel because of the massive amount of energy they put out based on the density of the star.
In space mostly around groups of old stars
You move the stars around and find a red dot and click it.
First generation stars are believed to have formed shortly after the Big Bang, making them extremely old and therefore difficult to observe. Additionally, these stars are thought to have been massive and short-lived, likely turning into black holes or exploding as supernovae before leaving behind any detectable remnants.
find it. its around some where
u can go around and find things and u can earn fast stars
In a solar system you find a few planets orbiting a star. In a galaxy you find billions of stars orbiting a galactic nucleus (probably a super massive black hole).
Our Sun is a little bigger than average, but not by much. There are some stars that are over 150 times more massive, which is at the theoretical maximum size a star can have, The question is, what's "average" when it comes to a star? The better our telescopes get, the more we find very small, very dim stars that seem to bend the "average" down quite a bit.
Perhaps orbiting around other stars, but we have yet to find them.
microlensing
Large numbers of stars can be found in galaxies, which are massive systems composed of stars, gas, dust, and dark matter. For example, our Milky Way galaxy contains billions of stars. Clusters, both open and globular, are also regions where large numbers of stars are densely packed together. Additionally, areas of active star formation, such as nebulae, are rich in young stars.