Stars "burn" hydrogen related to the amount of pressure on their cores. A larger star has more pressure in it's core and thus has a higher temperature. This extra pressure creates additional nuclear fusion, and thus it uses it's "supply" of hydrogen much faster.
A small star, has less pressure on it's core and can thus last for a long time.
Stars "burn" hydrogen related to the amount of pressure on their cores. A larger star has more pressure in it's core and thus has a higher temperature.
Faster, and ending differently. Solar-mass stars spend a long time on the Main Sequence, swell up to become red giants, and finally shrink into dwarfs. Massive stars do everything at high speed and become supernovae, leaving white dwarf remnants.
they burn less gas at one time and conserves gas and burns slower therefor lasting longer
A collective noun for a group of stars is a cluster of stars (small group) and a galaxy of stars (large group).
The large hot stars are typically called "blue-white" stars or also Blue Giants. Cooler large stars are called Red Giants.
The Sun isn't especially large, but is still a little larger than average. But the "average" for stars is skewed a bit by the fact that there are so many small stars. We talk about Betelgeuse and Rigel and Sirius, the biggest and brightest stars, but there are far more dwarf stars than giants.
The densest stars are neutron stars; these are "dead stars", in the sense that they ran out of fuel and no longer convert energy. However, they still have a large amount of energy left over from the collapse, which they gradually emit.
Compared to other stars' in our known Universe, The Sun(Sol) Is actually a quite small star. That has been to our advantage. Small star: Long life. Long life - more chance of life developing on a planet or planets in that solar system. Large, blue-white stars frequently have a lifetime of ten to twenty million years, start to finish. It is extremely doubtful that any life of even the simplest kinds could have developed on a planet in only that amount of time, as we understand the conditions that bring about life.
Small stars live longer
It depends on the size. Small, dim stars live much, much longer than large, bright ones. The expected lifetime of a star like the Sun as a main-sequence star is about 10 billion years.
In the size. Also, large stars normally have a hotter core, and produce significantly more energy than small stars; as a result, they don't last very long - after a few million years, the largest stars are burnt out. Note: the key difference for the above is not so much the diameter (which changes over the lifetime of a star), but the mass.
A collective noun for a group of stars is a cluster of stars (small group) and a galaxy of stars (large group).
The larger a star the shorter the lifetime because, larger stars burn out more quickly.
The large hot stars are typically called "blue-white" stars or also Blue Giants. Cooler large stars are called Red Giants.
They are all suns for far off Galaxy's.
There are 5 stars on the flag, one large gold star is arounded by 4 smaller stars. The large one represents the Communist Party of China, while the four small star represents the classes of the country.There are 5 stars. One big star and 4 smaller stars to the right of it.
When a star is at the end of its lifetime its mass increases.
They are either small and cool and fusing hydrogen or large and hot, fusing helium. The large and hot ones ape read because although they are hot, this heat is radiated over a large surface area. Large red stars are approaching the end of their lives, small, cool red stars will have very, very long lives.
I suggest you do some reading on both, to get an idea what a neutron star really is, and what a supergiant is. For a start, some differences are: their diameter; their density; the fact that a neutron star no longer produces any energy.
Stars live for various lengths of time mostly dependent on their size. Small stars live longer (up to many tens of billion years). Large stars live short lives (comparatively) only shining for a few hundred million or a billion years.