Will the Earth perish after the Earth and Jupiter collide?

It is said that Jupiter is also an important planet of the earth, and it protects the earth from asteroids all the time. So after the Earth and Jupiter collide, will the Earth perish? The Earth will perish first, because Jupiter is several times the mass and volume of the Earth, and the Earth will definitely perishLet's break it down.

I believe that everyone has a very deep impact on the recent movie screening of "The Wandering Earth", and the domestic special effects blockbuster has finally been released, in which the story of the movie is about the earth because of the threat of the rapid expansion of the sun and human beings have to choose to take the earth away from the solar system, which was affected by the gravity of Jupiter during the evacuation process, and the Chinese rescue team made a shocking rescue operation. First of all, we have to know that Jupiter is the only planet with a ring in the solar system, and it is also the largest in the solar system, and the mass is the largest of all the planets in the solar system, so in terms of mass and volume, the earth is far smaller than this "behemoth", so the result of the collision between the two is immediate, and the collision between the two must be the first destruction of the earth, which is similar to an egg hitting a stone. <>

Jupiter's surface is named Jupiter because it resembles a wood grain, so it is named Jupiter by our human beings, Jupiter in the orbit of the solar system smoothly around the earth, at a speed of nearly 50,000 kilometers per hour around the earth to do a revolving motion, at the same time Jupiter is also the biggest defender of our earth, it can be said that without Jupiter, the earth is no longer so vibrant, it is likely to be as full of holes as the moon. One of the most shocking comet impact events was the comet impact on Jupiter in '93, and the comet impact event in 10 years, which were all Jupiter's protective effects on the Earth or other planets. <>

Jupiter is a very large planet, protecting our earth all the time, and the earth can not withstand the impact of hitting Jupiter, it can be said that the earth is completely defeated, in terms of mass and volume, the earth is absolutely at a disadvantage.

Yes. Jupiter is much larger than the Earth in terms of mass and volume, and the Earth's collision with Jupiter is equivalent to hitting a stone with an egg, and it will eventually be torn to pieces, and everything on Earth, including the Earth, will cease to exist.

will perish. When the Earth and Jupiter collide, the Earth will fall into Jupiter, producing a huge **, and the Earth will be vaporized and called debris.

It could perish, like those disaster movies, Jupiter is huge, and then the Earth will cease to exist, and there will be no life on it.

Jupiter is many times larger than Earth, and when the Earth collides with Jupiter, the Earth will break apart into a small meteorite and float in space, so the Earth will cease to exist.

In The Wandering Earth, where the Earth is off orbit and is about to collide with Jupiter, there is a phrase mentioned in the movie ———Loch Limit".

The so-called Loch limit means that when the planet is close to the moon to a certain extent, the imitation of the tidal action will cause the celestial body itself to disintegrate and disperse. This limit of the distance that causes the satellite to disintegrate was first obtained by the French astronomer Lothy, so it is called the Lorch limit. When the distance between the celestial body and the second celestial body is the Loch limit, the gravitational force of the celestial body itself is equal to the tidal force caused by the second celestial body.

If their distance is less than the Loch limit, the celestial body will tend to fall apart, and Lu Xun will become the ring of the second celestial body. It is named after Edward Loche, the first person to calculate this limit.

The Loch limit between Earth and Jupiter is scientifically calculable, but bringing the Earth so close to Jupiter is only a fantasy. So why get so close in the movie?

According to the plan in the movie, human beings originally wanted to use Jupiter's "gravitational slingshot effect", if it was too far away, it would not be able to "borrow" enough force to reach the speed of rushing out of the solar system. It's not okay to be too close, it's not okay to be too far, this problem requires accurate calculations by scientists, and it also gives film and television works room to play.

Jupiter is 318 times heavier than Earth.

So, Jupiter will be fine.

But there will be a big deal with the Earth, because it will be completely destroyed and then swallowed up by Jupiter.

The Earth would fall into Jupiter's atmosphere and burn up, and because Jupiter's atmosphere is thick and very dense, the Earth would almost burn out or be crushed by the difference in pressure of the gas in front and behind during the fall. If you're lucky, you might be able to leave some of the pieces all the way down to Jupiter's stony core.

Then Jupiter continued to orbit as if nothing had happened. Of course, the Earth may leave a large cloud of smoke in Jupiter's atmosphere and keep it there for hundreds of years.

Jupiter has helped the Earth withstand 21 waves of annihilation, and in the past two months, Jupiter has been hit twice in succession. There's a reason why Jupiter and Earth collided instead of Mars. In 1994, Jupiter was hit by 21 consecutive waves of interstellar impacts, each of which would be enough to wipe out humanity if it were put on Earth, which was the first celestial impact event observed by a planet in the solar system.

Jupiter's orbit

Jupiter's common center of mass with the Sun is actually located outside the radius of the Sun at a time of the Sun's center – or 7% of the Sun's radius beyond the Sun's surface. The average distance from Jupiter to the Sun is 778 million kilometers (about times the distance from the Earth to the Sun, or astronomical units), and it takes Earth years to revolve the Sun in one revolution. This is two-fifths of Saturn's orbital period, which means the formation of 5:5 between the two largest planets in the solar system

The resonance orbital period of 2 is quietly in the reed.

Jupiter's elliptical orbit is tilted relative to the Earth's orbit because of the eccentricity, so the distance between perihelion and aphelion is 75 million kilometers. Jupiter's axis inclination is very small compared to Earth and Mars, only, so there are no significant seasonal variations.

Jupiter's rotation is the fastest of all the planets in the solar system, and it takes less than 10 hours to complete a rotation of its axis; This causes an equatorial uplift that can be easily seen on Earth with a small amateur telescope. The planet is an oblate sphere, meaning that its equatorial diameter is longer than the diameter between the poles.

Of course it can be seen. This shock should have an impact on the Earth, and it is the only time to observe it up close.

You can't see this scene, because the Earth's observation distance is limited, so it's hard to see.

Although Jupiter is 11 times the diameter of the Earth, which is very large, it has a very low density, so Jupiter is 1,321 times the size of the Earth, but only 318 times the mass of the Earth. Jupiter's radius is one-tenth of the Sun's radius, and its mass is only one-thousandth of the Sun's mass, while the density of the two is similar.

The answer has already been found for you: according to existing research, there will be no collision between Earth and Jupiter after 2023. Jupiter's motion cycle relative to the Sun is about 12 years, so there will be no collision between Earth and Jupiter in the coming decades.

In addition, the orbits of the planets in the solar system are extremely stable, and the orbits and motion characteristics of the planets are weakly changed by evolutionary forces, so in the long run, the Earth and the Mukuanyan star will not collide. However, during the evolution of the solar system, the orbits of the planets may also change, for example, the changes of certain asteroids will lead to the interaction between the two planets, which will cause changes in their orbits, and may even lead to a collision between the Earth and Jupiter. Therefore, whether the Earth and Jupiter will collide is a difficult question to be accurate and requires more long-term observations and studies to give correct conclusions.