Why don t black holes suck the sun and moon and the earth?

As for the topic of why black holes don't suck the sun, moon and the earth, my personal opinion is that in order to understand this topic correctly, people must first understand that "black holes" are not a hole, but a network of celestial bodies that exist between the edges of galaxies and galaxies in the infinite space of the universe, which can also be called the web of the universe, which is a natural celestial body that wraps countless star systems in the universe and between the edges and edges of star systems, and can isolate each star system for independent periodic cyclic motion. It can also play an important role in buffering and balancing the independent motion changes of countless galaxies in the universe.

Our solar system is one of the countless star systems in the universe, an independent system of material cycle circulation that exists in the universe, and it relies on the huge magnetic field of the main sun (star) to control the movement of matter in the space of the solar system. In other words, the range of the solar magnetic field is the range of the solar system's space.

The existence of a magnetic field, there will inevitably be the natural existence of a magnetic coil, the rotation of the sun, will jointly pull its huge magnetic field for circular motion, and the existence of the solar magnetic field in the interval of the magnetic coil, will naturally form the orbit of the planets at different distances in the solar system space, and rely on the stress of the magnetic field and the magnetic field coil on space objects (all kinds of planets), which will make all kinds of guard materials (all kinds of planets) formed in the space of the solar system, All of them move in a circular circle around the same direction as the rotation of the sun.

On the one hand, both the Earth and the Moon will be effectively protected by the Sun's magnetic field, and will not be absorbed by "black holes" in the solar system, which operates independently. Second, from the perspective of magnetism, the edges of the sun's magnetic field are in a state of homosexuality, while the edges of other galaxies are also in a state of homosexuality, with the same sex repelling and opposites attracting, which is the physical property of the magnetic field. In this way, the "black hole" object can only move in the space zone between the edges and edges of the star system, and does not have any effect on the independent movement of the star system.

This is the reason why "black holes" do not absorb the sun, the earth and the moon.

Because there are no black holes around the sun, the moon and the earth, and black holes are not swallowed by all planets, the sun, moon and earth are not sucked away.

The black hole is too far away from the solar system to absorb the Sun Earth and the Moon, and if the black hole appears around the solar system, the entire solar system will be swallowed by the black hole.

Because the black hole is so far away from the solar system that gravity cannot affect the sun, moon and the earth, the black hole does not absorb the sun, moon and earth.

The sun is not engulfed by a black hole because opposites attract. It is because of the physical properties of the magnetic field between the two that the sun is too small for the sun to become a black hole, and the sun cannot be engulfed by a black hole.

The main reason why the sun is not engulfed by black holes is that black holes are not, and if you come to the sun, you may swallow the sun; I don't think there's much to do with the two, and if the sun runs out of heat, it could collide with other planets to form black holes.

This is due to the fact that the mass of the Sun is so powerful that the fusion energy released by the Sun has exceeded the power of the black hole, so it is impossible to be swallowed up. They are in a symbiotic relationship.

Black holes are formed by science. Black holes do not suck the sun and moon as well as the earth. As for the question of why black holes don't absorb the sun, moon and the earth, my personal opinion is that in order for people to understand this question correctly, we need to understand how black holes are created.

Since stars have their own lifespan, nuclear fusion reactions take place inside them.

After the end, the star will gradually die. Under the influence of its own gravity, the star may shrink rapidly, collapse, and violently**.

If the mass of this star is large enough, then the contraction process is likely to continue endlessly, and it will not even be able to stop the repulsion between neutrons, eventually leaving behind a substance that is unimaginably dense and massive, which can create a huge gravitational pull, and even the surrounding light will be attracted to it, which is called a black hole. Our solar system is located in the Milky Way, which is conservatively estimated to have about 200 billion stars. Theoretically, one out of every 1,000 of these stars could become a black hole when they die, which means there could be about 200 million black holes in the Milky Way.

There may be 200 billion galaxies in the observable universe.

The size of galaxies, and the number of black holes is even more staggering.

The gravitational pull of all stars in the universe is always present, but its strength is limited by distance. In fact, many black holes in the universe continue to tug at the stars in our solar system, but because they are generally far away from us, their gravitational pull does not interfere with the equilibrium of the solar system itself. Our sun, earth, and moon will not be attracted to them.

The solar system is located on the Orion arm of the Milky Way, that is, the arm of the Milky Way, to put it bluntly, the internal relative of the Milky Way"Suburbs"section. Given the center of the Milky Way.

There are far more black holes than black holes on the edge, and our solar system is the safest part of the Milky Way, and the density of celestial bodies in this region is relatively sparse and unlikely to cause serious interstellar effects. According to observations, the nearest black hole in the solar system is about 1,000 light-years away.

Very far away. Even though it has a strong gravitational pull, the gravitational effect is very small at such a large distance.

Everyone should have heard of the black hole theory, and everyone knows that the attraction of black holes is very large, the attraction of black holes is so great, but black holes never absorb the sun, moon and earth, it is precisely because of the existence of these stars, so the current trajectory of black holes is formed.

I am also more curious about this problem, so I checked some information and materials on the Internet, and everyone knows that the attraction of black holes is very large, but black holes have never attracted the sun and the moon, and they have never attracted the earth. Because of the existence of these stars, the black hole can form its current trajectory, so the black hole will not absorb the sun, and the black hole will not attract the earth, because the solar system is a very large part of the Milky Way, and the mass of the sun accounts for more than 99% of the entire solar system, so this is absolutely dominant.

Many people may not know the black hole theory, and most people are actually very curious about black holes, but we don't know how black holes are formed, and we don't know how attractive black holes are, but everyone should see some science fiction in life, and you can also see some science fiction movies, in these movies there will be black hole theory, if you drive a spaceship to the side of the black hole, then you may encounter life danger. Because the attraction of black holes is also very large, we don't know that black holes will form in **.

Although we don't know how black holes are formed, and we don't know how black holes are formed, we still need to study black holes, because black holes do exist in the universe, and they are also very meaningful to us human beings, because we can also find them.

This is because the black hole is far away from the sun, the moon, and the earth, and if there is a black hole in the solar system, the sun, moon, and earth will be sucked away.

You're wrong. The black hole sucks the sun and the moon, and there is a force between them, which is why it forms its current trajectory.

Because the distance is so far, most black holes are very far away from the solar system, so it is impossible to do this.

Black holes don't swallow the Earth, and if the Sun becomes a black hole, it could cause the Earth to be swallowed because it's so close to the Earth.

It is possible for a black hole to devour the Earth. And if the sun becomes a black hole, then we will lose light and warmth, and humanity may become extinct.

No, because they are very far away; If the sun were to become a black hole, there would be a high chance that life on Earth would perish.