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Yes. Hundreds of millions of years later, when most of the hydrogen atoms in the sun have fused into helium atoms, the helium atoms begin to fuse, and the sun begins to expand, engulfing the earth.
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Not for now, in another 5 billion years, when the sun runs out of fuel, the sun will evolve into a red giant, and the sun will expand so fast that it will swallow Mercury, Venus and the Earth.
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It will only be a matter of time before the Sun develops into a red giant, slowly expanding, and will devour its planets one by one.
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Yes, in 5 billion years, the sun will become a red giant, and he will devour all the planets next to it.
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No, because the Earth revolves around the Sun, the Sun's energy is getting smaller and smaller.
It will not "suck" the earth 'around'
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By the time the Sun becomes a red giant in 5 billion years, it will be able to expand to the Earth's orbit. It will be 5 billion years from now, and I will not see it in my life, alas.
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Yes! But you didn't get a chance to see it
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At least for now, the Sun is still in a stable period and has not yet developed into a red giant that will swallow the Earth.
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You won't see it in your lifetime.
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Yes! If the sun hits the earth, it must be the destruction of the earth. But it doesn't matter, because the distance between the sun and the earth is so far that it is impossible for such a thing to happen.
The earth is safe, and no one is in danger of striking the earth with the sun. If there is really a danger that the sun will hit the earth, then the earth will be destroyed. Because the mass of the sun is very huge, if the sun hits the earth, the earth will be hit by a huge impact and destroyed.
But we don't have to worry about this situation, because the distance between Tai Ling and the earth is very long, and it is impossible for this kind of thing to happen.
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The Sun is much, much bigger than a planet the size of Earth.
If there is such a large planet hitting the sun. Of course, a planet the size of the Earth could not have appeared all at once.
As the planets slowly approach the Sun, they will be heated and affected by the Sun's huge gravitational pull, and may disintegrate, hit the Sun, and the Sun may produce flares. I don't think a collision of this magnitude is much for the sun.
Mercury is going to hit the sun, unless there is a powerful force hitting Mercury, thus changing its orbit and crashing into the sun, Mercury is much smaller than the earth, and it is not easy to say what layer it penetrates, it is estimated that it will melt and disintegrate without colliding. The ejection of a large amount of matter should be yes.
In the October '10 news, there was a report that the sun was struck by a giant comet that caused a flare, and you can find this news.
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From a physical point of view, the sun will collapse in a large area due to excessive force, and chemically speaking, it depends on the main material of the planet and then produces a corresponding chemical reaction after encountering fire and lava. However, it is also a planet of such a large size as the earth, and if the sun suffers such a heavy blow, the earth will inevitably have a considerable impact, and it is impossible to recover in the short term.
The planets revolve around the stars, and the sun is the star! The Earth is a planet. >>>More
The celestial systems involved in nursery rhymes are: the solar system; Earth-Moon system.
Is it possible for a meteorite to hit Earth?
The first is that the sun is the core celestial body of the solar system, and the mass accounts for the total, so the gravitational force, which is the main force between the celestial bodies, is the strongest in the solar system, and the earth has the strongest interaction with it, and the form of motion is determined by the sun-earth force. >>>More
The sun's luminescence and heat are nuclear fusion, which is a physical reaction, while the combustion phenomenon is a chemical reaction, which is fundamentally different. If the Earth used to be a star, there would be no life now, and to be a star you need to have a large enough mass, which is far from enough for the mass of the Earth. There are generally several outcomes after a star completes the process of the main sequence star, small and medium-mass stars will become black dwarfs or white dwarfs, those with a large mass but not enough to become black holes will become neutron stars, and massive stars that can become black holes will collapse into black holes. >>>More