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A star's life can extend for as long as trillions of years. Maturity follows the stable stage of most stars.
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Long-lived stars begin their lives with less mass and a smaller amount of hydrogen fuel. and Long-lived stars are less luminous during their main-sequence lives.
In about 10 days, you can see the larvae entering the Chrysalis stage.
because it takes a star long time to reach at the stage. That's wahy the astronomers can't see the dwarfs stars, and also these stars are small you will have to foucus on it little hard.
A decline stage is when sales begin to fall. A decline stage may be gradual or have a sudden drop and continue this way. Some decline stages may not continue for too long while others may decline to zero sales and stay at zero.
The word "stage" has a long vowel sound, pronounced as "stayj."
We don't think there are any black dwarf stars yet. There hasn't been long enough for them to cool to the "black" stage. When there has been, then presumably some of them will have satellites.
Stars stay forever.
Because the Universe is very big and light takes a finite time to reach us. So when scientist look at the stars, they are not seeing them as they are now, but as they where when the light left them. For example: Imagine a 1,000 stars all at the same stage of their life, but each one is a million light years further away than the last one. The furthest star would be a billion light years away, while the nearest is right next to us. By observing all the stars, we can see the stars evolution all the way back to 1 billion years ago, because the light has taken that long to reach us.
Basically there is no "next stage". Well, it is believed that a black hole will evaporate, but that will take a long, long time.
Normal body temperature is 98.6. Shivering and the sensation of cold can begin when the body temperature lowers to approximately 96.5. Amnesia can begin to set in at approximately 94, unconsciousness at 86 and death at about 79 degrees.