Could Jupiter become the Sun? Why is it just a gas planet?

Jupiter. It is a gas giant that it is almost impossible for it to become the sun, or the solar system.

After the formation, after the Sun is a star, it cannot be the SunIt would not be possible for it to become a star, because it can only have one star in a small galaxy. <>

Jupiter originally had the hope of becoming a sun, and to become a star would have to shrink its size by thousands of times, because it is a gas giant star, although its own volume is not too small, it is much larger than the earth, probably more than 1300 times larger than the earth, but it is still a small compared to the sun, and the sun occupies 98% of the mass of the entire solar system, which is doomedOnly solar energy in the solar system becomes a star, because to become a star itself has to be stable enough to emit light, to heat up, obviously, the sun does it. <>

A galaxy within the universe.

For example, there can only be one star in a small galaxies, because the star itself occupies most of the matter, and its gravitational pull is strong enough to emit light and heat.

There can only be one center in the whole small system, and if there is a second center, then the whole universe will be chaotic, and then we will not know who to revolve aroundAnd Jupiter's own mass is completely inadequate to compete with the Sun. It is inherently impossible to be a real star on its own. <>

In fact, now thinking about the question of who can become a star, it is better to think about how human beings should find the second earth, because now with the continuous reproduction of population, there are more and more problems on the earth, and the resources on the earth can no longer meet people's needs, and people can not develop a new and effective resource in the short term, so they can only find another place to live, and scientists have been looking for itBut immigration is still difficult. We may still have a long way to go before we can truly habitate other planets.

Jupiter could not become the Sun, Jupiter is a gaseous planet because it is made up of gas, and even though Jupiter is much more massive and larger than Earth, it is still small compared to the Sun.

No, because Jupiter's mass is not yet up to the standard of a star. Because Jupiter is all hydrogen and helium.

Probably, Jupiter is constantly absorbing the heat of the sun, and its energy is getting bigger and bigger, and in the long run, it may become a star. Jupiter is not mainly composed of solid matter, and most of its components are gaseous hydrogen and helium, so Jupiter is a gaseous planet.

Be. Jupiter is the largest planet in the solar system in terms of volume and mass, and perhaps the most beautiful of the planets, because Jupiter has a dense and irritable atmosphere, and Jupiter's atmosphere is also the largest in the solar system, because the overall structure of Jupiter does not have a solid "surface", and the atmosphere of Jupiter, which we usually call is the area where the atmospheric pressure of Jupiter is ten times equal to the pressure of the earth's surface.

Jupiter's atmosphere is very active and the atmosphere is filled with a large number of storm cyclones, the most famous of which is Jupiter's "Great Red Spot", a giant storm cyclone that has existed for hundreds of years, Jupiter's Great Red Spot is larger than the Earth, and has existed since human observation, maybe this storm cyclone will exist forever.

From the outside, Jupiter's surface is very artistic, like a huge oil painting, but the seemingly beautiful Jupiter has a great danger for human beings, first of all, Jupiter has no oxygen, and Jupiter's components are very similar to the sun, which is composed of a large amount of hydrogen and helium. Secondly, Jupiter is the planet with the fastest rotation speed in the solar system, and the ultra-high rotation speed causes the wind speed in Jupiter's atmosphere to be very fast, close to 500 kilometers per hour.

Jupiter is the fifth planet in the solar system from the inside out. It is the largest and most massive of the planets in the solar system, and its mass is more than twice the mass of the other seven planets in the solar system combined.

There is supposed to be a nucleus in it, and according to what humans can detect so far, its atmosphere is very thick, and a few dazzling large red spots on its surface are particularly large storm surges.

Jupiter's atmosphere is similar to Earth's. As the altitude increases, Jupiter's atmosphere is divided into troposphere, stratosphere, thermosphere, and outer atmosphere, but there is no land on Jupiter's surface, so how do you determine the troposphere boundary? Here's how scientists solve this problem:

Take into account the lowest troposphere with an atmospheric pressure of 10 bar. Jupiter's entire atmosphere is about 5,000 kilometers thick, which means that when an object penetrates 5,000 kilometers deep into Jupiter, it experiences atmospheric pressure less than or equal to Earth pressure. You will be as hot as the surface of the sun, and the pressure will be 2 million times that of the Earth's atmosphere.

Metallic hydrogen will form under these conditions, giving you the most intuitive feeling that this strange substance is a hot, dense liquid that is difficult to escape.

<> an astronaut can certainly adapt to pressures similar to those on Earth, but as he goes deeper, the pressures of Jupiter are less friendly. You'll travel through Jupiter's atmosphere at 180,000 kilometers per hour, much faster than you can through Earth's atmosphere. The reason for this phenomenon is Jupiter's mass and strong gravitational pull, which is about twice that of Earth.

Without the protection of a spacesuit, your internal organs are already out of place.

As Jupiter rotates at a rate of kilometers per second, you'll also encounter extremely severe storms. Even our super spacesuit can't keep you safe if you happen to be in the path of the Great Red Spot storm, which has been blowing for hundreds of years and is big enough to swallow three Earths.

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Planets are a type of celestial body, which refers to a celestial body that does not emit light on its own and makes a periodic orbit around a star, and can usually be divided into planets, dwarf planets, and asteroids. For example, in the solar system, Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune are planets, while Pluto is a dwarf planet along with Ceres, Eris, and Ornis. Jupiter is a gaseous planet in terms of planetary classification, but the gas state here is not the gas like our atmosphere that we imagine on Earth.

We know that even the atmosphere on Earth, when Tiangong-1 falls from space, will burn due to violent friction when it passes through the atmosphere, not to mention the denser atmosphere of Jupiter, so with the current human technology, let alone crossing Jupiter, even the atmosphere of Jupiter cannot be passed.

Yes, because technology is constantly evolving, so one day it is possible to enter Jupiter, and then understand the structure of Jupiter, and you can also use detection instruments.

Personally, I don't think people can go inside Jupiter, because it's a gas planet that lacks the conditions for human survival.

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.

Jupiter is a gas planet. Although the star is the same planet as our earth, the earth is a rocky planet with a rocky physical surface, while Jupiter is a gaseous planet and does not have such a physical surface, and Jupiter has an atmosphere thousands of kilometers thick.

Jupiter's volume is equivalent to 1,300 Earth's masses.

Such as 318 Earths, it is the solar system.

The largest star in China except for the Sun, its huge mass also makes its atmosphere very thick, with a mass comparable to that of three Earths.

Features of Jupiter

Jupiter is the largest planet in the solar system, and it is classified as a "gas giant."

If it were 80 times larger than it is now, it could become a star. Scientists even say that Jupiter and its moons operate similarly to our solar system.

Jupiter has the strongest magnetic field of any planet, with a magnetic field 20,000 times that of the Earth. Jupiter's gravitational pull is greater, and gravity is very different. The weight measured on Jupiter is twice that measured on Earth.

This means that if you weigh 120 pounds on Earth, you will weigh 288 pounds on Jupiter.

Jupiter is an aero-rattan planet. Jupiter is called a gaseous planet because its surface is covered with an extremely thick gaseous substance, up to 3,000 kilometers thick, mainly hydrogen and helium. Jupiter is a celestial body with hydrogen as its main component, which is very different from our Earth and similar to the Sun.

The atmospheres of both the planetary bodies Jupiter and the Sun contain about 90 hydrogen and 10 helium, as well as very small amounts of other gases.

Beneath the atmosphere is a layer of liquid hydrogen up to 10,000 kilometers thick, followed by metallic hydrogen. Based on the mass, density, and volume calculations of Jupiter, Jupiter should have a solid nucleus, equivalent to 10-15 Earth's masses, and its composition may be rocky in nature, containing silicates and iron, among other things.

A gaseous planet is a planet formed by gas, which has no land, and the surface of the planet is full of gas in constant flow, which also causes the surface of the planet to be quite unstable. Among the eight major 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 gas planets. Solid planets are all smaller in mass, while gaseous planets are larger.