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

In our entire solar system, there are eight planets, these eight planets have their own orbits, and the composition and properties of various elements inside these eight planets are also different, and the same is true for mass and volume, our earth can be regarded as one of the smaller existences, which is a little larger than Mercury and Venus. But there are two planets in our solar system, and the number is really huge, that is, Jupiter and Saturn, about Jupiter, its mass and volume are about 20 times that of our earth, and Jupiter is also composed of gas. If all of Jupiter's gas were blown away, what would be left of Jupiter?

The general situation will be as follows. <>

1. Jupiter may have a core left. First of all, the first point is that if there is a large amount of gas that can blow away all these gas components on the outer surface of Jupiter, then there will probably be one of Jupiter's cores left. Such a core is the main reason why Jupiter has such a large volume and mass, as well as a surface area.

After all, just like our earth, the sufficient energy and all kinds of heat inside are caused by the earth's core, and if the core is lost, then the entire planet will be ethereal in the universe. <>

Second, Jupiter's volume will shrink. Second, one of Jupiter's volumes and surface area will shrink. Because the heart of Jupiter is a planet that is larger than our earth, and Jupiter has enough gases inside it that are the main components of Jupiter's current size.

If this gas is blown away, then Jupiter will become very small in the universe and in the entire solar system, probably as big as we have on Earth now. <>

3. Jupiter will also lose its title as a small star. The last point is that if all the gas is blown away from the surface area of Jupiter, then Jupiter will also lose its attraction to the surrounding planets, and we know that there are many asteroid belts around Jupiter, and there are many asteroids in it.

There will be nothing left. Because Jupiter is a gas planet, and the entire planet is made up of gas, if all the gas in Jupiter is blown away, then there will be nothing left of Jupiter.

Jupiter has only one metal planet left, almost 99% metal, and there are also a lot of diamond mines on Jupiter.

Jupiter not only has a large amount of hydrogen on its own, but if the gas of Jupiter is blown away, the hydrogen element will continue to synthesize hydrogen, and it will continue to absorb gas from the outside world with its own gravity, which will not be exhausted.

Jupiter is a gaseous planet with a mass of about 1,1000 times that of sunlight and 318 times that of EarthJupiter's composition is very similar to that of sunlight, with hydrogen and helium in key parts, and other key elements found in the stony core. Jupiter's aperture is 11 times that of Earth, and the diameter of the stony core is 1 2 times that of Earth, and the mass accounts for 5 10% of Jupiter's total mass; Under ultra-high pressure, the hardness of Jupiter's stone core is very high, reaching 40 grams per cubic meter, and if Jupiter's Earth's atmosphere is depressed, the hardness of the stone core will also be reduced to a certain extent, and then it will become an "extraordinary Earth".

Theoretically speaking, this is true, but it is not very easy to blow away Jupiter's earth's atmosphere, first of all, Jupiter's mass is very large, 318 times the mass of the earth, it has enough attraction to absorb the surrounding vapor, even the lightest gas such as radon can absorb a lot, and its surroundings have a strong electromagnetic field maintenance, the solar wind can not blow away its vapor, although the solar wind is very strong, but Jupiter is long.

The mass itself is very large, and there is electromagnetic field maintenance, so the solar wind cannot blow off Jupiter's vapor, on the contrary, the light breeze of the solar wind can only improve its mass, even if it is like the solar helium flash in "Wandering Earth" and becomes a red giant, it is also helpless to Jupiter's earth's atmosphere, and it can only improve its mass at that time. Jupiter is the largest planet in the solar system, its aperture is about 11 times that of the Earth, the mass is more than 300 times that of the Earth, the key is composed of light elements such as hydrogen and helium, Jupiter has a huge volume, and its most characteristic is the Earth's atmosphere that is thousands of kilometers thick outside.

Therefore, Jupiter is home to the furious air hurricane of the solar system, and the most classic case is the terrible Great Red Spot on the surface of Jupiter, which is a catastrophe that has existed continuously for more than 300 years, and its specifications can carry many Earths. The creation of Jupiter's core is generally thought to be in addition to the initial core at the beginning of its creationJupiter also improves its core mass by digesting and absorbing meteorites and other materials from interstellar empires.

There may be a solid-state core left, after all, Jupiter is mostly made up of liquid hydrogen and liquid helium.

Then it is very likely that Jupiter will only have a solid-state core left, and once the gas is blown away, then Jupiter's liquid matter will be converted into gas.

I think that if all the gas from Jupiter is blown away, Jupiter will be bare, and it will become a planet that emits a yellowish color, and it will also play a very important role in observing Jupiter.

We all know that Jupiter is the largest of the eight planets in the solar system. It has a mass of one-thousandth the mass of the Sun and a mass of the other seven planets in the solar system combined. It's huge.

It could be more vivid with another description. Jupiter is 1,321 times the volume and 318 times the mass of Earth. Jupiter is a gas giant composed mostly of hydrogen.

This is followed by helium, which accounts for 25% of the total mass. Its upper atmosphere is made up of about 88-92% hydrogen and about 8-12% helium.

If all the gas of Jupiter is blown away, then Jupiter's upper atmosphere will all disappear, the volume and mass will drop sharply, and Jupiter's 79 known moons will not be captured by Jupiter, and these 79 moons will gradually move away from Jupiter, a wandering star in the solar system. If all the gas of Jupiter is blown away, then Jupiter's upper atmosphere will all disappear, the volume and mass will drop sharply, and Jupiter's 79 known moons will not be captured by Jupiter, and these 79 moons will gradually move away from Jupiter, a wandering star in the solar system.

The disappearance of the upper gas of Jupiter will also cause the atmospheric pressure to disappear, and the liquid hydrogen in liquid form on Jupiter will quickly turn into a gaseous state and be blown away, which will further reduce Jupiter's volume and mass. Eventually, Jupiter will leave behind a solid star made up of other materials such as silicates and iron, which is a rocky planet. It is estimated that Jupiter at this time is about 5 times the size of the Earth and about 8 times the mass of the Earth.

If a water-rich asteroid hits Jupiter at this time in the future, maybe life can be born on Jupiter in the future, making it a green planet full of life.

The mass of gas on Jupiter is about 25% of Jupiter's total mass. Jupiter's atmosphere is largely composed of hydrogen and nitrogen, which makes up about 90% of the total matter in the atmosphere. As the depth increases, hydrogen becomes liquid hydrogen at a depth of 5,000 kilometers above the surface, and as the depth increases, it is further converted to metallic hydrogen near the Earth's core.

There may be a lot of sand, because there is a lot of sand in that place, and that's it.

If all the gas on Jupiter was blown away, what would be left on Jupiter? Jupiter is the largest of the eight large planets in the solar system. It has a mass of one-thousandth the mass of the Sun and a mass of the other seven great planets in the Solar System combined.

It's huge. It is quite possible to be more specific with another narrative. Jupiter is 1,321 times the volume and 318 times the mass of Earth.

Jupiter is a gas giant composed mainly of hydrogen. This is followed by helium, which accounts for about 25% of the mass. Its top layer of air is made up of about 88-92% radon and about 8-12% helium.

If all the gas of Jupiter were blown away, then all of Jupiter's upper atmosphere would recede, and its volume and mass would plummet, and Jupiter's known 79 moons would not be captured by Jupiter, but these 79 moons would slowly avoid Jupiter, a wandering star in the solar system. If all the gas of Jupiter were blown away, then all of Jupiter's upper atmosphere would recede, and its volume and mass would plummet, and Jupiter's known 79 moons would not be captured by Jupiter, but these 79 moons would slowly avoid Jupiter, a wandering star in the solar system.

The retreat of the top gas of Jupiter will also cause the atmospheric pressure to subside, and the liquid hydrogen stored in Jupiter's liquid form will quickly become vapor and be blown away, which will further reduce Jupiter's volume and mass. Eventually, Jupiter will be left with a solid planet made up of aluminosilicate and other materials such as iron, which is actually a rocky planet. It is estimated that Jupiter at this time is about 5 times the size and 8 times the mass of Earth.

If an asteroid containing water hits Jupiter at this time in the future, perhaps it will be able to come out on Jupiter in the future, making it a vibrant green planet.

The mass of gas in Jupiter is about 25% of Jupiter's total weight. The air in Jupiter is basically made up of hydrogen and nitrogen, which is about 90% of the total matter in the air. As the depth continues to increase, hydrogen will become liquid hydrogen at a maximum depth of 5,000 kilometers above the ground, and with further improvement at depth, liquid hydrogen will be further converted into metallic hydrogen around the center of the earth.

If all the gas on Jupiter were blown away, only a stony core would be left on Jupiter's surface, and possibly some other material would remain.

In addition to the gas on the surface, Jupiter also has a stony core, which is very massive and is a mineral element that will not be easily destroyed.

If all the gas on Jupiter is blown away, then there is only another gas left on Jupiter that the universe has given it.

Jupiter has a very strong gravitational force, under its strong gravitational effect, the thick atmosphere orbits around the stony core, and it is precisely because of the strong gravitational pull that the number of Jupiter's moons is also large, reaching 79, and this is only discovered, and there may be many undiscovered. <>

Jupiter is a huge gaseous planet, and if all the gas on Jupiter is lost, then Jupiter will only have a small stony core left, and the exact size of this core is still uncertain, but most scientists still believe that Jupiter has a core. Jupiter's atmosphere is basically composed of hydrogen and helium, which accounts for about 90% of the total amount of material in the atmosphere, including 1% of other trace elements. <>

Jupiter's rotation speed is very fast, its rotation period is about nine hours on Earth, and due to the excessive rotation speed, Jupiter is actually an oblate sphere. Jupiter's gas mass accounts for 25% of the total mass, and as the depth increases, hydrogen turns into liquid hydrogen at a high-pressure depth of 5,000 kilometers above the surface, and as the depth increases, it becomes metallic hydrogen closer to the core. <>

Jupiter is 11 times the diameter of the Earth, but its density is not large, but similar to that of the Sun. Generally speaking, the atmosphere on Jupiter's surface is not so easily blown away, but if there is a strong enough wind to blow all the gas away from Jupiter, then as the gas is blown away, Jupiter's gravitational pull will also decrease, and Jupiter's moons will lose Jupiter's gravitational restraint and fly towards the sun or out of the solar system. However, a cosmic wind that can blow Jupiter's atmosphere is definitely not to be underestimated, so the cosmic wind will not only affect Jupiter, but also the surrounding planets, and even all the planets in the solar system, including the Earth, so the consequences may be very unimaginable.

And if all the gas from Jupiter is blown away, then the final thing that will be left will of course be a stony core.

As the disappearance of gas leads to a decrease in air pressure, Jupiter's oceans of liquid hydrogen vaporize to form a new atmosphere, and the inner solid hydrogen liquefies to form oceans.

Did you know that hot Jupiter, gas from gaseous planets close to the star is sucked away by the star, leaving only a rocky core?

Probably Jupiter will turn into a very small planet

Spicy chicken, what do you blow with, are you awesome. The assumptions of brain wreckage are all rubbish.

Jupiter will only have a tiny little planet left.

Jupiter may set after a certain amount of time.

Go and strike a match and light him, no need to blow.

First, it is impossible, Jupiter's gas cannot be blown away. Second, let's assume that there is a black hole near Jupiter that is constantly sucking up material from Jupiter. As the atmospheric pressure of Jupiter weakens, the hydrogen element helium in Jupiter's inner core will gradually become gaseous.

Jupiter is essentially a gaseous planet composed of various light elements, and although the inner part is hot and liquid metal, it is still gas in nature.