How likely is it that Jupiter will be the next solar system?

Do you mean becoming the sun? If so, then I'll tell you, because Jupiter also shines (isn't it surprising that Jupiter is a star). And the sun loses hundreds of millions of tons of material every minute.

On the contrary, Jupiter not only does not lose matter, but also absorbs it from the Sun. So that in 3 billion years, Jupiter will have a mass comparable to that of the Sun. That's when Jupiter has the power to replace the Sun....Thank you.

Possibly, because Jupiter has a heat source in its inner core, and its atmosphere is similar to that of the Sun, mainly hydrogen and helium.

In recent years, expeditions to Jupiter have shown that Jupiter is releasing enormous energy into its cosmic space. It emits twice as much energy as it gets, suggesting that half of Jupiter's energy comes from its interior. There is a heat source inside Jupiter.

As we all know, the reason why the sun constantly emits a large amount of light and heat is because the nuclear fusion reaction is always going on inside the sun, and a large amount of energy is released during the nuclear fusion process. Jupiter is a huge liquid hydrogen planet, which already has incomparable natural nuclear fuel, and the central temperature of Jupiter has reached 280,000 K, which has the high temperature conditions required for thermonuclear reactions. As for the high-pressure conditions required for thermonuclear reactions, Jupiter's rate of contraction and the accretion of energy and energy-carrying particles emitted by the Sun show that Jupiter's central pressure can reach the pressure level required for the initial nuclear reaction after billions of years of evolution.

Once a large-scale thermonuclear reaction breaks out on Jupiter, Jupiter's atmosphere, moving in the form of a thousand strange vortices, will act as a "launcher" to release nuclear thermal energy. So, some scientists speculate that after a few billion years, Jupiter will change its identity, from a planet to a veritable star.

Jupiter is very similar to the Sun, but it doesn't burn like the Sun because it's too small. For Jupiter to become a star like the Sun, it would need to increase its mass by a factor of 100.

1.Gaseity. 2.Solid state.

Correct Answer: Gaseous.

Jupiter, Saturn, Uranus, and Neptune are all gas planets, so they are also called Jupiter-like planets (Jupiter and Saturn are collectively called gas giants). Jupiter is a gas giant that makes up 70% of the mass of all planets in the solar system and is composed mainly of hydrogen, which accounts for 75% of its total mass, followed by helium, which accounts for 25% of the total mass, and the core of the rock contains other heavier elements.

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.

First of all, Jupiter will certainly not become the second star in the solar system, because the mass of Jupiter is still too small for the mass of the star, and Jupiter's mass is only one thousandth the mass of the Sun! So, Jupiter doesn't become a star. The key to becoming a star is mass, stars can emit light, and the main energy is the energy released in nuclear fusion, because there is such a large mass of stars, under the action of huge gravity, all the material of the star collapses to itself, and the huge gravitational potential energy will make the temperature and pressure inside the star very high, which makes the hydrogen element of the star undergo proton fusion reaction (p-p chain reaction).

The mass required for a star's nuclear fusion reaction is between one solar mass and 100 solar masses.

<> to turn Jupiter into a star, what is missing? Jupiter's mass is only one thousandth of the mass of the Sun, so nuclear fusion within Jupiter's mass needs to increase its mass by at least 100 times to make Jupiter's mass reach times the mass of our Sun, because Jupiter is mostly composed of 75% hydrogen and 25% helium, so theoretically if Jupiter's mass can reach times the mass of our Sun, then Jupiter can become a star. Under current conditions, Jupiter will not become the second star of the solar system because its mass and internal pressure are too small.

Although Jupiter is the absolute of the eight planets in the solar system"Big brother", but it is still very small relative to the sun, only the mass of the sun. The temperature and pressure in the center are not enough to initiate hydrogen fusion.

So, what does it take for Jupiter to become a star? Let's start with the sun, which is mainly composed of hydrogen (about 75%) and helium (about 25%). It is very hot in the center and has a lot of pressure that can fuse hydrogen into helium, releasing a lot of light and heat.

Jupiter's chemical composition is similar to that of the Sun, so Jupiter is conditioned to be a star. The smallest stars observed so far are only our solar mass, and they are called red dwarfs. So, if you could add a cloud with a mass 79 times that of Jupiter, Jupiter would have enough mass to initiate hydrogen fusion and become a star.

No, it won't. Because the attributes of a planet will not change, and in so many years of long development experience, its attributes have not changed, then it proves that they will not change in the future.

No, if you want to become a star, the quality requirements for the planet are very high, and it can be clearly observed that the mass of Jupiter is not eligible.

No, because Jupiter is not very massive relative to the star, so it is not possible for Jupiter to become a second star.