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No, big stars die out in a few million years whereas little stars may take billions or even trillions of years to die. This is because big stars use all of their energy up very quickly because they need to use lots of energy to keep them alive.
Big stars are brighter than small stars, and hot stars are brighter than cool ones.
small ones, like our sun and smaller.
Nuclear fusion; the merger of small atoms into larger ones.
No, but because small stars emit less light than large ones, they are only visible to the naked eye at comparatively "short" distances in interstellar terms while larger, brighter stars are visible at much greater distances.
Stars that burn cooler and dimmer use less fuel, and so will last longer before they go out. smaller stars are generally more stable than larger ones, and so usually last longer because they contract into dwarf stars instead of going supernova. going with those assumptions, the longest-burning star would be a red dwarf star.
No, big stars die out in a few million years whereas little stars may take billions or even trillions of years to die. This is because big stars use all of their energy up very quickly because they need to use lots of energy to keep them alive.
Big stars are brighter than small stars, and hot stars are brighter than cool ones.
Because larger stars burn their hydrogen faster than smaller ones.
small ones, like our sun and smaller.
Generally, yes.
Metal material is stronger than aluminum and it will last longer. It will also save you money in the long run.
More expensive tiles do not last any longer than the cheaper ones. It depends on the quality of the make of the tiles, and how they are layed.
the hubba bubba ones
The difference is ones dead. Ones young and ones old
I need a webcam to show you@@@@@ try origamifun.com and click on origami stars and click on wishing stars the really small ones and there you go!
Likely only stars in other galaxies or ones that are already dying. Our galaxy is about 100,000 light years across, meaning it takes light from stars at one end 100,000 years to reach the other, which is a short time in the life of a star; most stars last billions of years while the most massive may last a few million. Other galaxies are millions to billions of light years away.