Will Jupiter s transformation into another Sun have an effect on the Easterners 10

How is it possible to turn Jupiter into another sun, that is, to turn a planet into a star? Do you want to put 1 fire on Jupiter and let Jupiter shine back, just kidding, if it works, then the sun will shine, plus Jupiter, it won't heat to death, even if it's the sun is gone, Jupiter is not as big as the sun, the light is not enough, not only the east is affected, but the earthlings are gone

It is precisely because of the presence of the Sun that Jupiter is limited in its ability to develop into a star.

Facts cannot be assumed.

But if it is hypothetical that Jupiter develops into a star, then the earth should also revolve around Jupiter, the distance is farther than the sun, and the direction of rotation should not be reversed immediately, for our Orientals (if we do not consider the change of climate, it is difficult to say the climate at that time, even in the time of the sun's existence, because the entire cosmic environment will also affect the earth's climate) The work and rest of the people will be the same as the current Westerners.

The above is just a personal understanding.

If it changes, it must have an impact.

Actually, planets can't become stars.

If you're asking a spoof, it works pretty well.

When that day comes, it will not be the impact on the Orientals, but the end of the earth.

Jupiter has only 7/1000 of the mass of the Sun (approximately), and only 20 of the mass of the Sun can it become a star. That day is too far away from the present. Don't think about it.

What is impossible, that is, it cannot be reached by mass, and the planet cannot become a star.

Jupiter is not mass enough to form nuclear fusion, and therefore cannot form stars.

Nature is magical, and there will always be things that someone can't think of happening.

Jupiter is the largest planet in the solar system, with many advantages such as mass, size, and strong magnetic field, but can it beat the sun and become the dominant planet in the solar system?

Jupiter's Advantage.

Jupiter has a mass of about 318 times that of the Sun, and its volume is about 1,1000 times that of the Sun. This means that Jupiter is much less dense than the Sun, but its sheer size gives it the advantage of being able to devour other planets in the solar system. At the same time, Jupiter also has a strong magnetic field, which is more than 20 times stronger than that of the Sun.

Advantages of the Sun.

The Sun is the leader of the solar system, and its mass accounts for the total mass of the solar system. The Sun's firepower is extremely intense, producing a large amount of light and heat energy, which dominates the operation of the entire solar system. At the same time, the Sun also has a huge gravitational pull, which is able to control the trajectory of other planets.

Conclusion. Despite Jupiter's enormous mass and magnetic field, it still can't beat the Sun. The mass and firepower of the Sun are incomparable to Jupiter, and the gravitational pull of the Sun is also insurmountable.

In fact, Jupiter also exists because of the gravitational pull of the Sun, which is a planet in the solar system, not the leader of the solar system. Therefore, Jupiter cannot beat the Sun, it is just one of the important members of the solar system.

A contribution that cannot be ignored.

Although Jupiter cannot beat the Sun, its contribution in the solar system cannot be ignored. Because Jupiter has such a strong gravitational and magnetic field, it is able to absorb large numbers of Destroyer objects, preventing them from crashing into the Earth or other planets. For this reason, Jupiter is also known as the "Guardian of Justice" in the solar system.

Epilogue. In short, Jupiter has a great deal of power in the solar system, but it cannot defeat the Sun. However, Jupiter's contribution in the solar system is also very important, not only as the largest planet in the solar system, but also as the guardian of the Earth and other planets.

Jupiter is a very special object in the solar system. In the early stages of the solar system, Jupiter's failure to hit the Sun was directly related to Saturn's appearance. As the solar system formed, Jupiter was also fixed in its own orbit.

So the Sun and Jupiter never collided.

The Sun and Jupiter will not collide in the early days. About 5 billion years ago, a source of space-space supernova**, a large amount of gas and dust began to gather at the current location of the solar system, forming the so-called solar nebula. At this time, the solar nebula only has two celestial bodies, Jupiter and the sun, and there is no nuclear fusion in the interior of the sun, and the two major celestial systems are absorbing the surrounding hydrogen elements, but the mass of the sun is larger than that of Jupiter, so the gravitational effect is stronger, and most of the gas in the nebula is absorbed by the sun, and when the pressure and temperature reach the conditions for nuclear feast skin fusion, the sun is completely ignited.

In the early days of the solar system, because of the strong gravitational pull of the sun, Jupiter moved towards the sun, and in the process of motion, Saturn, the second atmospheric giant planet in the solar system, appeared, and under the dual action of Saturn and the sun's gravity, Jupiter's movement began to slow down, and finally moved in a fixed orbit. Jupiter will not hit the Sun in the early stages.

Jupiter and the Sun will not collide in the future. Jupiter is a gas giant 700 million kilometers from Earth, Hail is blind, Jupiter's volume is about 1,300 Earth's volume, and its mass is times the mass of all the planets in the solar system combined. It is because of the existence of Jupiter that other planets in the solar system can exist safely and stably.

Jupiter's structure is very complex, Jupiter's main component is liquid hydrogen, and as the depth increases, the temperature inside Jupiter becomes higher and higher, and the pressure increases. The strong pressure turns the gaseous hydrogen into liquid hydrogen and metallic hydrogen layer by layer. Because of the existence of metal hydrogen in Jupiter's interior, Jupiter is the largest magnetic body in the solar system, and Jupiter's strong magnetic field and super large gravitational pull allow it to smoothly orbit in its own orbit, so it will not collide with the sun.

The Sun and Jupiter are two planets, and it is impossible for them to collide, because the Sun is the core of the entire solar system, and the reason why the solar system is called the solar system is because of the existence of the sun's key cavity. So at present, he is only a satellite of the sun, and there is no possibility of collision between the two. <>

In the solar system, it can be roughly divided into three levels of planets, one is the star, that is, the sun, there is only one star in the solar system, the other is the planet, the sun's satellites, such as Mercury, Venus, Jupiter, Saturn, the earth, Uranus, Neptune, etc., and the last one is the satellite, such as the Earth's moon moon. The sun is a star and it is fixed, and all the planets in the solar system revolve around the sunThis includes Jupiter, and then the moons of each planet orbit their respective planets, just as the Moon orbits the Earth. <>

Because the position of the Sun is constant in the solar system, Mercury, Venus collapses, Jupiter, Saturn, Uranus, Neptune, all revolve around the Sun, although it is not a complete circular motion, but it is the kind of elliptical orbit centered on it, so Jupiter cannot escape this bondage. Jupiter exists because the Sun exists in the solar system occupied by the Sun, and 98% of the mass is allocated to the planets and their moons. Therefore, although Jupiter seems to be very large, it is not on the same order of magnitude in terms of volume and mass compared to the Sun.

It is impossible for them to collide, because Jupiter orbits the sun, they are not two orbits, if it is the same level, such as the Earth and Jupiter, there is something wrong with the orbits, then there is a very small chance that it may collide in close situations. But the Sun and Jupiter are impossible, because the Sun does not change, and as long as Jupiter orbits the Sun, no matter how it turns, it will not be able to hit the Sun.

The Sun is the first star in the solar system to form, and its quality and quantity are absolutely outstanding. Shortly thereafter, a planetary scramble arose around the orbit of the Sun, and as a result of hundreds of stars crushing against each other, the Nine Mornings and the Great Planet were finally achieved.

Jupiter's size makes it the boss of the planets, and planets such as Earth rely on it to avoid asteroid impacts. According to scientists, Jupiter really has a history of competing with the sun for the master of the system.

Jupiter was close to the Sun in the early days, and when there was a sudden emergency in the solar system, it was Saturn that took a step to block Jupiter's attempt to escape. However, Mars and other places along the way have been looted, which is the reason for their scarcity of rocky content.

However, there are also experts who accompany the traces, and the early Jupiter should have come from extremely cold regions, as evidenced by the glaciers. In this case, Jupiter unreliable and actively approaches the Sun. Because fireballs and glaciers are incompatible, Jupiter will not look for its own shortcomings.

Because the orbits of the two planets are different, and both of them are affected by gravity during the over-the-top elevation of the rolling revolution, the sun is the core of the entire solar system, which is basically not quite possible.

This is because the orbits of the Sun and Jupiter are not the same, so a collision is unlikely.

The Sun and Jupiter can never collide, they are two polar planets, the Sun is the solar system, and Jupiter is not the solar system.