This is possible because the Sun shines on the dead star making it bright when you see it from Earth. :-)
Stars that don't exist still stay in the sky because the light that we're seeing in the sky is about 10 years old because it takes so long for the light to get here due to the stars being billions of miles away
Yes, stars really exist. One example of a star is the sun in our solar system.
There is no such thing as a cold star, as even the lowest-temperature stars are very hot. That said, cooler stars last longer as they burn their fuel more slowly.
The smaller a star the longer it lives. Smaller stars can live up to 200billion years, while a supergiant only lives about 10 billion years. Cooler stars live longer because they don't burn as much energy as a hotter star, while the larger the star, the shorter its lifespan
It is not possible to see stars in the day due to the brightness of the Sun overwhelming their visibility. Stars are visible in the night sky when the Sun has set and its light does not interfere with seeing the stars.
Small stars live longer
The stars you see at night still exist.
No one will ever know without visiting one but humans can't live on shooting stars.
The phrase "star that is no longer in space" makes no sense, therefore your question cannot be answered.
Stars that don't exist still stay in the sky because the light that we're seeing in the sky is about 10 years old because it takes so long for the light to get here due to the stars being billions of miles away
We see stars that no longer exist because the light from those stars takes time to reach us. Some stars may have burned out millions or even billions of years ago, but their light continues to travel through space until it reaches Earth. As a result, we observe them as they were in the past, not as they are in the present. This phenomenon highlights the vast distances in the universe and the finite speed of light.
Yes, stars really exist. One example of a star is the sun in our solar system.
They "shape" the universe into being what it is. (Change any of them and we would no longer exist. Not just us, but the stars and planets would be gone.)
Yes, stars can exist outside of a galaxy. These stars are typically referred to as intergalactic stars, and they may have been ejected from their original galaxy due to interactions with other stars or galactic dynamics. Intergalactic stars are typically found in the space between galaxies.
At the centre of stars.
The bigger the star, the faster it dies. Super-massive stars like Betelgeuse, the red supergiant at the shoulder of Orion, probably don't exist much longer than a few hundred thousand years. Our Sun will exist for about 9 billion years before it expands into a red giant. Tiny red dwarf stars can exist for tens of billions of years or more.
All around us.