The stars throughout the disk.
New stars are being born all the time. The rate of star formation in the Milky Way is about 7 new stars a year.
Milky Way.
About 13 billion years ago, when the Universe was young, the first stars formed, they would have been massive and had very short life spans. When this star died, it would have become a supernova, and seeded the universe with the first metals, leaving behind a super dense object called a black hole. As other stars formed, they became gravitationally bound to this black hole and the Milky Way Galaxy was born. Over billions of years it became larger and larger until it became what it is now, a galaxy containing between 100 -> 400 billion stars.
Large collections of gases accumulate to form a heavy gas body. This body is so hot that the temperature is high enough to initiate and sustain nuclear fusion. That's how stars are born.
the dieing stars have a larger ratio than the just born stars.
The first generation of stars is believed to have formed from pristine gas with fewer heavy elements compared to stars today, affecting their composition and behavior. Additionally, the first stars likely formed in different environments with higher densities and temperatures, influencing their size, mass, and lifespan. These differences may have led to the unique characteristics of the first generation stars compared to those born in the present universe.
They don't - new born stars and planets are formed together.
the milk way didn't create any new stars the stars born there they born because the stellar nursesin and the molecule of the giant cloud and the gas and also the dust that join together and make stars and also the gravity
No, all-stars are not formed by nebulas. All-stars are formed from clouds of gas and dust called molecular clouds, which collapse under their own gravity to form a star. Nebulas are massive clouds of dust and gas in space, where stars are born.
The Milky Way galaxy is not a planet; it is a vast collection of stars, gas, and dust. However, the gravitational pull of the Milky Way can influence the motion of planets within our solar system, including Earth, as well as other celestial bodies. Additionally, the Milky Way's spiral arms are regions where new stars are born, potentially shaping the evolution of planetary systems within them.
The Milky Way galaxy has spiral arms where a lot of new stars are being born, including the Orion Arm where our solar system is located. These spiral arms are regions of higher density that promote the formation of new stars due to gravitational interactions between gas and dust.
The Milky Way was born when countless warm gas clouds come together under the pull of gravity. When the cloud collided, Stars were born. Nine billion years after its birth, the Milky Way settled down. there is a huge black at its centre, it is quite. The Galaxy now consists of billions of stars arranged in a beautiful spiral shape.