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questions= stars are bigger then earth? Any special reason.
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Because stars are considered as source of energy of a galaxy as sun is for us in milky way galaxy so the stars which we see are nothing but suns of other galaxies or you can either say that sun is a star of our galaxy both are the same things.......stars are of course bigger than the other planets in the galaxy......so stars are bigger than our home planet as well
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The only stars that can be smaller than the Earth are those made of degenerate matter. At the moment, we know of only two classes of such stars: white dwarfs and neutron stars.
The minimum mass for a star that can maintain core hydrogen fusion is about 8% of the Sun’s mass. That’s still vastly larger than any planet.
otherwiset
It is nuclear fusion that produces the light and heat from most stars. Nuclear fusion requires a lot of mass — much more than the mass of Jupiter. So, it’s not surprising that stars also tend to have larger volumes than planets. That is why stars are generally bigger than planets.
However, there are important exceptions, in particular neutron stars and white dwarf stars. So I will write a few paragraphs here are about white dwarf stars in particular.
In white dwarf stars, nuclear fusion has finished, but they have gained energy from shrinking under their own gravity. The result is that young white dwarf stars can have surface temperatures of 100,000 Kevin (much hotter than the Sun). Even the oldest white dwarf stars still have surface temperatures of a few thousand Kelvin.
White dwarf stars are very small stars. They are not much larger than the Earth (and much smaller than Jupiter) though they usually have at least half the mass of the Sun. There are no white dwarf stars visible to the naked-eye, but they are quite common in our Galaxy.
Incidentally it is the fate of most stars (over 95 percent) to finish their “lives” as white dwarfs, but that should be about 7 billion years into the future for our Sun!
may be it helps to understand the reason
hope this is helpful
well i am also exited to know more about it tell me if u get to know
source : Internet
your ans
The only stars that can be smaller than the Earth are those made of degenerate matter. At the moment, we know of only two classes of such stars: white dwarfs and neutron stars.
The minimum mass for a star that can maintain core hydrogen fusion is about 8% of the Sun’s mass. That’s still vastly larger than any planet.
otherwiset
It is nuclear fusion that produces the light and heat from most stars. Nuclear fusion requires a lot of mass — much more than the mass of Jupiter. So, it’s not surprising that stars also tend to have larger volumes than planets. That is why stars are generally bigger than planets.
However, there are important exceptions, in particular neutron stars and white dwarf stars. So I will write a few paragraphs here are about white dwarf stars in particular.
In white dwarf stars, nuclear fusion has finished, but they have gained energy from shrinking under their own gravity. The result is that young white dwarf stars can have surface temperatures of 100,000 Kevin (much hotter than the Sun). Even the oldest white dwarf stars still have surface temperatures of a few thousand Kelvin.
White dwarf stars are very small stars. They are not much larger than the Earth (and much smaller than Jupiter) though they usually have at least half the mass of the Sun. There are no white dwarf stars visible to the naked-eye, but they are quite common in our Galaxy.
Incidentally it is the fate of most stars (over 95 percent) to finish their “lives” as white dwarfs, but that should be about 7 billion years into the future for our Sun!
may be it helps to understand the reason
hope this is helpful
well i am also exited to know more about it tell me if u get to know
source : Internet
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ohk sorru
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