Actually, the stars that have the shortest life are the most massive ones, because the use up their fuel much faster. They may be red for part of their life, but having a huge surface area, they still emit an enormous amount of radiation.
Actually, the stars that have the shortest life are the most massive ones, because the use up their fuel much faster. They may be red for part of their life, but having a huge surface area, they still emit an enormous amount of radiation.
Actually, the stars that have the shortest life are the most massive ones, because the use up their fuel much faster. They may be red for part of their life, but having a huge surface area, they still emit an enormous amount of radiation.
Actually, the stars that have the shortest life are the most massive ones, because the use up their fuel much faster. They may be red for part of their life, but having a huge surface area, they still emit an enormous amount of radiation.
The expected lifespan of any star is directly related to its mass; larger stars consume their fuel more quickly, shine brighter, burn hotter, and die sooner. Red stars are typically of MUCH lower mass than blue stars.
Actually, the stars that have the shortest life are the most massive ones, because the use up their fuel much faster. They may be red for part of their life, but having a huge surface area, they still emit an enormous amount of radiation.
Far from it. A blue star is a massive, very hot star, with a relatively short life - only around 10 million years, compared to a "normal" star of billions of years.
The most massive stars have the shortest lives. All stars become massive when they reach a certain age, but the most massive stars begin their lives as Red Giants. See more at the article on Stars in Related links.
A blue star can become a black hole at the end of its life if it has sufficient mass.
life.
This name is mainly used for the star "Gamma Pegasi". That is a blue supergiant star.
Blue star
I don't know about blue giants, but red giants are at the end of a star's life.
first its a protostar then it move to a blue star, next the blue star changes to a red giant thehn a red supergiant then either a supernova or blackhole
Far from it. A blue star is a massive, very hot star, with a relatively short life - only around 10 million years, compared to a "normal" star of billions of years.
The most massive stars have the shortest lives. All stars become massive when they reach a certain age, but the most massive stars begin their lives as Red Giants. See more at the article on Stars in Related links.
an o-type blue star has a less length life than a g-type sun like star, this is because a the larger, hotter star, (the o-type blue star) uses its fuel (converting hydrogen into oxygen) quicker, so the correct answer to your question is the o-type blue star.
No. The most massive stars have the shortest lifespans.
stars have life stages, but it takes millions of years to go to another life stage for the shortest lived stars and much longer for others.
A blue star is a scientific mathematical and geographic star that is blue!!!!
A blue star can become a black hole at the end of its life if it has sufficient mass.
The blue star is the hottest star.
A star that has a blue color!