The visibility of a star depends on a couple of things: how close the star is to us, its level of visibility (we can only see things in our limited spectra of visible light, we cannot see gamma rays and radio rays). The temperature of a star also determines its colour and we can see brighter stars (blues) easier.
A star's visibility depends on several factors, including its intrinsic brightness (luminosity), distance from Earth, and the presence of intervening objects like dust or gas that can obscure light. Additionally, atmospheric conditions, such as light pollution and weather, can significantly affect how well a star can be seen from a specific location. The star's position in the sky, determined by its declination and the observer's latitude, also plays a crucial role in its visibility throughout the night and across seasons.
Depends on the star, and how close you are to the star.
The luminosity of a star depends greatly on the star's mass. A more massive star has a larger pressure and temperature in its core; as a result, nuclear fusion will proceed at a faster rate.
It all depends on the luminousity of the star and the relative distance of the observer.
The absolute magnitude depends on the luminosity and distance, whereas the color depends on the temperature of the star. Without the distance information, we can't determine the absolute magnitude. For a main sequence star with a luminosity of 100 times that of the Sun, it would likely fall in the range of spectral classes O to F, appearing blue-white to white in color.
actually, it depends on the color of it's chromosphere. as you get deeper into a star, it may change color due to it's temperature, but what you see on the outside would be a different color. The chromosphere would hide the inner core of the star.
it depends how far away the star is. it's not like we have the technology or anything anyway so....
A star's visibility depends on several factors, including its intrinsic brightness (luminosity), distance from Earth, and the presence of intervening objects like dust or gas that can obscure light. Additionally, atmospheric conditions, such as light pollution and weather, can significantly affect how well a star can be seen from a specific location. The star's position in the sky, determined by its declination and the observer's latitude, also plays a crucial role in its visibility throughout the night and across seasons.
That depends on how far away the star is. If the exploding star is 1,000 light years away we would see the supernova 1,000 years later. If it is 2,000 light years away we would see it 2,000 years later.
it depends on the star
depends on the person's eyesight and the amount of visibility
That depends. What most people describe as a typical star has 5 points with 2 sides to each point, which would be 10 sides. In that case, yes, it would be a decagon.
Depends on the star, and how close you are to the star.
It depends on the star
it depends on the colour
it depends on what star you are speaking about. :P
The luminosity of a star depends greatly on the star's mass. A more massive star has a larger pressure and temperature in its core; as a result, nuclear fusion will proceed at a faster rate.