Jupiter Saturn is the planet of what state

Jupiter's atmosphere is about the same composition as the Sun, with a central temperature of 30,000 degrees Celsius and an upper atmosphere of about minus 140 degrees Celsius. Jupiter also has a strong magnetic field, which is about 10 times stronger than the Earth's magnetic field. Jupiter's internal structure is also unusual, it has no solid shell, and beneath the dense atmosphere is an ocean of liquid hydrogen.

Jupiter's interior is a solid nucleus of iron and silicon, called the Jupiter nucleus, which can reach temperatures of up to 30,000 degrees Celsius.

See Jupiter and Saturn are mainly composed of hydrogen and helium, light gray is gaseous hydrogen, dark blue gray is near-solid hydrogen, and the nucleus in the middle may be rock or ice, which has a very low density; Saturn's internal composition is roughly divided into a gaseous fluid, a liquid fluid, and a core. Scientists believe that Saturn is even thicker in hydrogen than Jupiter, and the innermost core is thought to be made up of rock and ice. Scientists believe that Saturn is even thicker in hydrogen than Jupiter, and the innermost core is thought to be made up of rock and ice. See.

No problem, it's definitely gaseous, it has an iron core inside, it's solid.

Although they are both large, they only have a tiny core of rock, and the outside is all gaseous matter.

Jupiter is made of gas.

..Liquid??

I thought they were solid.

Jupiter is a gas giant.

Jupiter is the closest planet to the fifth rock of the Sun, the largest planet in the solar system, the shortest day planet, and the most visited outer planet by spacecraft. The ancients had known about the planet for a long time, and the Romans named it after the main god Jupiter. In ancient China, Jupiter was called the star of the year, and it was said that it orbited the celestial sphere for about 12 years, which is the same as the earthly branch.

Jupiter is a giant planet with a mass of one-thousandth the mass of the Sun, but twice the mass of the other planets in the solar system combined. Jupiter's main component is hydrogen, but helium, which accounts for only one-tenth of the molecular quantity, makes up a quarter of the total mass; It may have a rocky core and heavy elements, but no solid surface that can be clearly defined. Due to its rapid rotation, Jupiter's appearance appears as an oblate sphere.

The atmosphere is divided into different zones and zones depending on latitude, and there are turbulence and storms at the junction of each other.

Composition of Jupiter

Jupiter's upper atmosphere is made up of about 88-92% hydrogen and about 8-12% helium in volume or gas molecules. Hydrogen and helium make up 75% and 24% of the total mass, respectively, and the remaining 1% is composed of other elements, including trace amounts of methane, water vapor, ammonia and silicon. In addition, Jupiter also contains trace amounts of carbon, ethane, hydrogen sulfide, neon, oxygen, phosphine, sulfur and other substances.

The outermost layer of the atmosphere contains frozen ammonia crystals.

The ratio of hydrogen and helium in Jupiter's atmosphere is very close to the theoretical composition of the original solar nebula, however, Jupiter's atmosphere contains two to three times as much noble gas as the Sun, neon in the upper atmosphere accounts for only twenty parts per million of the total mass, about one-tenth of the proportion of the Sun, and helium is almost depleted, but there is still 80% of the proportion of helium in the Sun. This gap may be due to the precipitation of elements into the interior of the planet.

Gas planets give the impression that they are all relatively large in size, relatively low in density, fast in rotation, and relatively thick in the atmosphere, but does Jupiter in the eight planets meet the requirements of gas planets? Is it a gas planet? Do gas planets have land?

Here's what it looks likeKnowledge of horoscopesLet's reveal it for everyoneIs Jupiter a gas planetJupiter is a gas planet, and the eight planets of the solar system are divided into two categories, one is rocky planets, including Mercury, Venus, Mars, and our Earth; The other category is the gas giants, with Jupiter, Saturn, Uranus, and Neptune. Gas giants are not only many times larger than rocky planets in size, but they are also completely different in terms of planetary composition. Do gas planets have land? As the name suggests, a gaseous planet is a planet composed mainly of gas, so is there really no land on such a planet?

The answer is yes. A gaseous planet is a planet formed by gas, which has no land, and the surface of the planet is full of gas, which also causes the surface of the planet to be quite unstable. Among the eight planets in the solar system, Mercury, Venus, Earth, and Mars are all solid planets, while the next four planets, Jupiter, Saturn, Uranus, and Neptune, are gaseous planets.

Solid planets are all smaller in mass, while gaseous planets are larger. Can the gas giant Jupiter land: NoAt present, we know that Jupiter is composed mainly of two gases, hydrogen and helium.

If an airplane landed on Jupiter, it would be like landing on a cloud on Earth, which could not be done. When the spacecraft first enters Jupiter's atmosphere, it will also fly at a speed of nearly 180,000 kilometers per hour due to the strong gravitational pull. This will then collide with a fairly dense atmosphere.

After about three minutes of flight, the spacecraft will reach a depth of 250 kilometers on Jupiter's surface. Here, strong winds with speeds of more than 480 kilometers per hour will occur; Then we come to a depth of 370 kilometers, and although the atmospheric pressure will be a little lower, it is still a hundred times the pressure of the earth. If the spacecraft were to survive the hurdle and reach a depth of about 700 kilometers, the pressure would be 1,150 times greater than that of Earth.

If a spaceship is not strong enough, it will not survive. If the spacecraft is able to move forward, the temperature will reach at least 3300 once it reaches a depth of 4000 km. Even tungsten, a metal with a huge melting point, melts, and the fate of the spacecraft is not difficult to imagine.

Even if the spacecraft passes all the aforementioned tests and comes to a depth of 21,000 kilometers. It is only at this time that the deepest layer of Jupiter's atmosphere is reached. Here, the atmospheric pressure will be 2 million times that of the Earth, and the temperature will be much warmer than the surface of the Sun.

Under such environmental conditions, gaseous hydrogen becomes solid hydrogen with rock density. Here, even space probes can't reach it, and it's even more impossible for spaceships and astronauts.