THE BETELGEUSE STAR
Two years ago, we are all heard a News about the Super Nova of Betelgeuse. Is Betelgeuse really converts into a Super Nova? We are affected by that Super Nova? Let's see about it.
Betelgeuse is present in the Orion Constellation. It is a Red Super Giant. Betelgeuse is 600 Light years away from us. The size of the Star is very Big. If the Betelgeuse is present instead of Our Sun, It occupies Solar System until the Jupiter. Betelgeuse becomes Super Nova within a million years. Because, it is in the end part of its life. In the recent research, Scientists found that Betelgeuse is a Variable Dimming Star. The Star has an ability of dimming its brightness. Even though Betelgeuse is much bigger than Sun, The surface temperature of Betelgeuse is 3000°C. It is almost half of the Sun.
The age of Betelgeuse is only 10 million years. It is younger than Sun. It is also younger than Our Earth. Each and every Star has fuel for its energy. Betelgeuse is almost completely burns its fuel. The Fusion reaction and the Gravity of the Star gives Stability to that Star. The faster burning of fuel of a Star depends upon the Size of the Star. Due to the insufficient fuel of Star, It is going to Collapse. Sun has an ability to give us Heat and light till 5 billion Years. After 5 billion Years, it becomes a Super Giant and destroys Earth. The collapse of Betelgeuse leads to the Nuclear Time Bomb.
SUPER NOVA OF BETELGEUSE:
The Betelgeuse becomes neither a BLACK HOLE or a NEUTRON STAR. The Super Nova of Betelgeuse can affect the Earth's atmosphere. But, this is negligible. Suppose this Star is near to Earth, It completely destroys the Earth. If the Super Nova happens, It emits more Gamma Rays and No Organisms will survive from it. But, We are 600 Light years away from it. The scientists concluded that, it will happen in many years later. This Super Nova phenomenon will happen almost 2-3 months. Our nights are brighter for 2-3 months.
THE CONCLUSION:
We will wait until that Super Nova. If the Super Nova happens, We are the luckiest persons.
2 Comments
Good no errors 👍
ReplyDeleteNicely explained a phenomenon that is so likely to occur now
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