If all of Jupiter s gas were blown away, what would be left of Jupiter?

There is a stony core about 1 2 times the size of the Earth in the interior of Jupiter, and if all the gas of Jupiter is blown away, then only one of this stony core may be left on Jupiter.

Jupiter is a column in the row of gaseous planets in the distribution of stars, with a mass of about 1,1000 times that of the Sun and a mass of 318 times that of the Earth.

If all the gas of Jupiter is blown away, then at the bottom of Jupiter's atmosphere, only liquid hydrogen and liquid nitrogen are left, and their role is to be responsible for replenishing gas in the direction of Jupiter's atmosphere, until Jupiter exposes the stony core, and then Jupiter, which only has a stony core, will undergo a huge change and become an out-and-out terrestrial planet.

According to Newton's law of universal gravitation, we can understand it very clearly. The gravitational force of an object is proportional to its mass, and inversely proportional to the square of the distance between them. According to scientific research, it is difficult to scientifically investigate the interior of Jupiter, which is not a purely gaseous planet, but also contains some other substances, such as liquid and solid matter, thanks to which Jupiter exists in the universe.

Not only that, the temperature of Jupiter's center is as high as an astonishing 30,000, far beyond the tolerance range of the matter created by modern technology, in the face of all kinds of questions, we should pay attention to the development of scientific and technological power, improve the level, in order to further understand the vast and mysterious Jupiter and other cosmic stars.

If all the gas of Jupiter is blown away, then all of Jupiter's moons will cease to exist and disappear into the busy stars of the universe if they do not follow their original orbits.

Everyone knows that in the outermost layer of Jupiter there is a very thick atmosphere. If all of Jupiter's gas were blown away, Jupiter would probably be left with a stony core, because Jupiter's interior is made up of a stony core larger than Earth's.

If all of Jupiter's gas were blown away, Jupiter would have only one core left, and Jupiter's volume would continue to decrease.

Jupiter has a large amount of hydrogen, and in addition, it uses its gravitational pull to attract large amounts of gas. If the gas is blown away, the hydrogen inside it will immediately form a new gas.

Jupiter is one of the eight planets in the solar system, although our earth belongs to the same planet, but it is not the same in the classification of planets, our earth belongs to rocky planets, because there is a rocky surface, Jupiter is a gaseous planet, it does not have a rocky surface, it looks like a large balloon, so if you blow away the gas on Jupiter, will it expose the rocky surface?

Theoretically speaking, this is true, but it is not easy to blow away Jupiter's atmosphere, first of all, Jupiter is very massive, 318 times the mass of the earth, it has enough gravity to adsorb the surrounding gas, even hydrogen, the lightest gas, can be adsorbed in large quantities, and it is surrounded by a strong magnetic field protection, the solar wind can not blow off its gas, although the solar wind is very violent, but Jupiter is far away, its own mass is very large, and it is protected by a magnetic field, so the solar wind cannot blow off Jupiter's gas, On the contrary, the blowing of the solar wind will only increase its mass, and even if the sun's helium flash and become a red giant like in "The Wandering Earth" will be helpless against Jupiter's atmosphere, and it will only increase its mass.

We can also refer to Venus, Venus is much closer to the Sun than Jupiter, and the mass is much smaller, and the atmosphere of Venus is not protected by a magnetic field, but Venus still has a thick atmosphere, and the surface atmosphere pressure is equivalent to 96 times that of the Earth (related to its main carbon dioxide) Jupiter is much stronger than Venus in all aspects, so the solar wind has no effect on the atmosphere on its surface.

Jupiter's atmosphere is not easy to be blown away, or because Jupiter's atmosphere is huge, astronomers calculate that the atmosphere on the surface of Jupiter alone is equivalent to the mass of three Earths, we assume that there is a greater force of the sun pants wide wind can blow away the atmosphere of Jupiter, but even if the atmosphere on its surface is blown away, the liquid hydrogen under the atmosphere will still become gas around Jupiter, even if all the liquid hydrogen is blown away after becoming gas, the metal hydrogen below will become liquid hydrogen and the surrounding area of Jupiter filled with gaseous hydrogen.

Hydrogen accounts for more than 70% of the weight of Jupiter, so just blowing off the hydrogen on it, you need to reduce 70% of its mass, in addition to about 8% of helium, plus other gaseous substances, if you want to blow away all the gas on the surface of Jupiter, I am afraid you have to reduce at least 95% of Jupiter's mass, even so, the remaining heavy element material on Jupiter will still have more than 10 earth's mass, which is basically Jupiter's rocky core, Basically, it is a pure body dominated by heavy metals.

But under normal conditions, this rocky core will still absorb a lot of gas into its surroundings, including the lightest hydrogen, because its mass is still large enough, and Uranus and Neptune, which are similar to its mass, are also gaseous planets, if this rocky core is allowed to absorb gas, as long as the gaseous material is rich enough, it will still quickly become a gaseous planet.

Jupiter has a stony core 1 2 times the size of the Earth, and if all the gas of Jupiter is blown away, then in the end, all that is left may be this stony core.

Jupiter is a gaseous planet with a mass of about 1,1000 times that of the Sun and 318 times that of the Earth.

The outermost layer of Jupiter is a thick atmosphere, more than 5,000 kilometers thick, and the surface of Jupiter** that we usually see is covered with gaseous matter, and below the atmosphere is liquid hydrogen and liquid nitrogen, and is under high pressure; Jupiter is a gas planet because Jupiter does not have a definite solid surface.

If we open our minds and assume that the gas on Jupiter's surface is blown away, then the liquid hydrogen and liquid nitrogen beneath Jupiter's atmosphere will continue to replenish the gas into Jupiter's atmosphere until the stony core is exposed, and then Jupiter will only be left with a stony core and become a terrestrial planet.

Jupiter is 11 times the diameter of the Earth, the stony core is 1 2 times the diameter of the Earth, and the mass accounts for 5 10% of the total mass of Jupiter; At high pressures, Jupiter's stony core is very dense, up to 40 grams per cubic centimeter, and if Jupiter's atmosphere collapses, the density of the stony core will also decrease, and then it will become a "super-Earth". Jupiter has as many as 79 moons (discovered), and Europa is the largest and the largest in the solar system, even larger than Mercury, up to 5,262 kilometers in diameter (Mercury has a diameter of 4,878 kilometers); If Jupiter's atmosphere is completely blown away, then all of Jupiter's moons will not be able to maintain their original orbits, or even collapse completely.

According to planetary scientific research, Jupiter's core has long been broken and mixed like a pot of soup, there is no solid core, but the content of heavy elements is relatively high, so unless it blows very slowly, if it blows fast, it will be lost, and there will be nothing left.

Jupiter is likely to be undermined by some purpose in the universe, which may be negative.

I think that if you think about it this way, you should first find a way to blow away all of Jupiter's atmosphere before making observations.

I think blowing all the atmosphere away from Jupiter is also a huge project.

I think that if this happens, Jupiter will probably become a very beautiful planet.

First of all, I think Jupiter's atmosphere is very difficult to blow away, and it's not an easy thing to do.

I don't think we can blow the atmosphere away, don't you think?

This is impossible, Jupiter has a strong magnetic field, and the magnetic field lines even extend to Saturn, otherwise the atmosphere would have been blown away by the solar wind.

It's a pity that Jupiter has been very stable if not.

Jupiter should blow away and it won't be in the solar system anymore.

I think Jupiter's atmosphere is hard to blow away, don't you think that's the case?