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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.
The bigger and brighter a star is, the faster it uses up its nuclear fuel and either explodes or becomes a red giant. A star that starts out as a red giant, like Betelgeuse, will only last for perhaps 10 or 15 million years. The Sun, by example, is already 4.5 billion years old, and we expect it to last as long still. The smaller a star is, the longer it will last. The red dwarf and even smaller brown dwarf stars will probably continue almost unchanged for a trillion years, or until the universe ends.
The smaller a star the longer it lives. Smaller stars can live up to 200billion years, while a supergiant only lives about 10 billion years. Cooler stars live longer because they don't burn as much energy as a hotter star, while the larger the star, the shorter its lifespan
It depends on its size. Smaller stars- main-sequence, red giant, planetary nebula, white dwarf, black dwarf Bigger stars- main-squence, red giant, supernova, neutron star.
the nebula starts getting smaller, smaller and smaller and slowly dis a pears it then explodes and gives nutrients to the stars around it.
Small stars live longer
Smaller stars last longer.
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.
The smaller stars
The smaller a star is, the longer its life cycle.
The smaller stars generally live longer due to less mass & less hydrogen is burned.
The bigger and brighter a star is, the faster it uses up its nuclear fuel and either explodes or becomes a red giant. A star that starts out as a red giant, like Betelgeuse, will only last for perhaps 10 or 15 million years. The Sun, by example, is already 4.5 billion years old, and we expect it to last as long still. The smaller a star is, the longer it will last. The red dwarf and even smaller brown dwarf stars will probably continue almost unchanged for a trillion years, or until the universe ends.
On the whole stars are much larger than planets, but there are some dwarf stars that are smaller than giant planets.
No. They have a much shorter duration.
The smaller a star the longer it lives. Smaller stars can live up to 200billion years, while a supergiant only lives about 10 billion years. Cooler stars live longer because they don't burn as much energy as a hotter star, while the larger the star, the shorter its lifespan
Primarily in mass. Smaller stars are smaller and dimmer, and live longer; more massive stars are bigger, LOTS brighter, and die sooner. A small star - or even an average star like our Sun - will last for billions of years. A giant star like Betelgeuse or Sirius will go supernova and blow itself apart in only a few million years.
Because larger stars burn their hydrogen faster than smaller ones.