That will depend on the type of star. In some cases the small star would live longer. The reason being is that stars burn fuel (hydrogen), and the reactions prevent their compression by gravity. Larger stars run out of fuel faster then smaller stars, and have more mass to contend with. When the hydrogen and helium are exhausted, stars usually explode and collapse.
They can both live the same amount of time, but bigger stars tend be a bit older than smaller ones. The bigger ones are farther into their life cycle. Like our sun, it won't explode into a supernova. It is much too small. So it will expand and expand, cooling off all the while. When it has expanded it will end up as a red giant or a super giant in the solar system. But bigger ones can last longer, due to exploding in a supernova, it takes much more time, rather than expanding.
Cool stars tend to live longer than hot stars. This is because cool stars have lower mass and therefore burn their fuel more slowly, resulting in a longer lifespan compared to hot stars, which burn their fuel more rapidly.
No, stars can end their life cycle in different ways depending on their size. Smaller stars like our sun will eventually become a white dwarf, while larger stars can undergo supernova explosions or even collapse into black holes.
Small low mass stars like red dwarfs can live the longest, estimated at trillions of years. These stars have a slow rate of nuclear fusion, which allows them to burn their fuel slowly, leading to longer lifespans compared to larger, more massive stars.
There is no such thing as a cold star, as even the lowest-temperature stars are very hot. That said, cooler stars last longer as they burn their fuel more slowly.
Yellow stars usually have longer lifespans compared to blue stars. Blue stars burn hotter and faster due to their larger mass, causing them to have shorter lifespans. Yellow stars like our Sun have more stable energy production and can burn for billions of years.
Small stars live longer
The smaller stars
The smaller stars generally live longer due to less mass & less hydrogen is burned.
It's smaller and cooler. It will also live a lot longer than a blue giant.
Cool stars tend to live longer than hot stars. This is because cool stars have lower mass and therefore burn their fuel more slowly, resulting in a longer lifespan compared to hot stars, which burn their fuel more rapidly.
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.
That would be its size. Bigger stars live shorter lives because they use up energy faster, while smaller stars live longer because they don't use up as much energy.
No, stars can end their life cycle in different ways depending on their size. Smaller stars like our sun will eventually become a white dwarf, while larger stars can undergo supernova explosions or even collapse into black holes.
All stars are different but a blue giant will only "live" for about a couple of million years. Our Sun will "live" for about 10 billion years.
All stars are different but a blue giant will only "live" for about a couple of million years. Our Sun will "live" for about 10 billion years.
britle stars are small and live in coral reefs and are eaten by GIANT sea stars
Usually, smaller dogs live longer than bigger dogs.