Planets weigh so much, so why can they still float in space?

It may be related to undiscovered dark energy.

There are 1.5 million species of animals living on the earth, due to different evolutionary environments, resulting in differences in body size, the largest weight on land is the elephant, about 5-6 tons, but the largest animal is the blue whale, weighing up to 150-200 tons, the blue whale is not the heaviest animal on the earth so far, the largest weight in history is the New Zealand big ichthyosaur, weighing up to 400 tons, is 4000 times the weight of human beings. <>

In front of the New Zealand ichthyosaurus, human beings are very small, but the heaviest thing on the earth is the earth itself, and the weight of the earth is about 600 billion trillion tons; The huge Earth in our eyes is a little brother in the "eyes" of Jupiter, the largest and heaviest planet in the solar system, reaching 190 billion trillion tons; The Sun weighs 1,000 times more than Jupiter. <>

It can be seen that the mass of celestial bodies in the universe is huge, and it is strange that the planets in the universe can float in the universe? Many people think that the celestial bodies in the universe can float in the universe, which is the result of gravitational action, the earth is attracted by the gravitational attraction of the sun, the solar system is attracted by the Milky Way, and the Milky Way is attracted by larger celestial bodies.

It is also said that the earth's sense of direction is generated by other objects as references, and the celestial bodies in the universe may be falling, but we don't know, this statement is not rigorous, the objects on the earth have a sense of direction with the ground as a reference, and the trajectory of celestial bodies in the universe can be based on the earth, and other celestial bodies have not fallen from the earth on the earth. That is to say, celestial bodies are suspended in space, just as the earth is suspended in space, so what is this mysterious force that supports celestial bodies from falling?

After research, this mysterious power is dark energy, and it is dark matter that produces dark energy, and dark matter is not an imaginary substance, and proof of the existence of dark matter has been found.

The planets in space have a special equilibrium structure, and their orbits are determined, each planet has its own gravity, and they are all in their own orbits, balanced operation.

Because there is gravity in the universe, as well as dark energy, these forces compete with each other to reach a relatively balanced state, so the planets can float in space.

Because there is no oxygen in space, it is in a vacuum, so there is no gravity. So the planet can float even if it is heavy.

Scientists have found that 95% of the matter in the universe is dark matter, and it is the powerful dark energy (also known as dark gravity) produced by dark matter to maintain the continuous operation of the universe.

3. All the planets are in a state of relative equilibrium in the universe, so for us, if there is no strong gravitational force, they will always be suspended in the air to maintain a state of motion. In fact, for us, all the planets are in a state of floating in gravity, and it is also because of the action of gravity, so for us, if there is no strong gravitational interference, this balance will not be interrupted, so for us, all planets will maintain such a normal state of motion and will not change.

In fact, there is no gravity in the universe for us, and it is precisely because of the complex environment that the planets will move relative to each other because of the action of gravity.

All planets are floating in the air, and the main reason is that the universe has a huge space, and all the planets can float on it, and the support point is the oxygen of the entire universe.

Because of gravity, all the planets are moving and floating in the air. This is because there is the support of gravity.

Because the space of the universe is infinite, generally speaking, it is the gravitational force that supports the planets and orbits.

The reason why planets (planets) float in space is that they are bound by the gravitational pull between the stars in space. From a cosmic point of view, all objects are affected by the gravitational pull of other objects, causing celestial bodies such as planets, moons, and asteroids to revolve and revolve around other stars.

For example, the Earth is bound by the gravitational pull of the Sun and moves in an elliptical orbit around the Sun; At the same time, its rotation also produces centrifugal force, making the earth a heavenly grip that constantly rotates and reverses. If the ubiquitous gravitational pull disappears, then the planet loses its orbit and drifts to the edge of space or is pushed out of the solar system.

However, it is important to note that although the planets appear to be "floating" in space, they are actually bound by the gravitational pull of the sun and other celestial bodies to revolve around them.

If we had to define a downward direction in space, we could look at the situation on Earth. Taking the solar system as an example, the sun exerts a strong gravitational effect on the celestial bodies of the entire solar system, so the downward direction of the solar system can be considered to be the direction of the sun's gravitational pull. But none of the eight planets fall on the Sun, because the Sun's gravitational pull on the planets is all used for the planets' rotation around the Sun, so the planets can avoid falling on the Sun.

Most of the stars we see in Earth's night sky are stars. As for why these stars are suspended in space, it's because the stars are too far apart for their gravitational pull to collide with each other. In short, we need to look at the universe outside of the earth.

The universe itself is a unity of time and space. Stars in the universe are attracted to each other by gravity, forming a relatively stable, independent and interdependent interstellar system. For a universe that has no beginning and no end, no rise and no fall, stars are often called"No up, no down"。

Fluctuations have no practical significance to the planets.

The universe is an ocean that can be seen in a vacuum, it has no top, no bottom, the left and right sides are not visible, as long as it is a planet, no matter how big or small, it will run in its ocean according to its own trajectory, basically do not interfere with each other, unless a small star plays with skin, can run around, and occasionally go to the big star to play and touch. So you don't want it to float in a vacuum where it's not, it's the law of nature, we live on the earth and don't think it's fast, but the earth is very fast in a vacuum, and as for how the universe is formed, each has its own way, but one day, the vacuum universe was punctured, I don't know how so many stars fall freely, I don't know what mysterious place it fell to, but it must be very, very spectacular.

As far as the solar system is concerned, the planets orbit the sun, and they are far and near from the sun, and the far and near are in their own orbits, and they never collide with each other. What forces are at work? One explanation is repulsion, where planets not only have their own gravitational but also repulsive forces.

The gravitational force acts on the stars to form a circle, while the repulsive force acts on them, separating them. Attraction, repulsion are intrinsic properties of matter. But the gravitational repulsion of a planet is 100 percent, and if the gravitational force is large, the repulsive force is small, and vice versa.

As far as the solar system is concerned, planets close to the Sun have a high gravitational pull and a low repulsive force, whereas planets that are far away from the Sun have a low gravitational pull and a high repulsive force.

Most of the planets are floating in space, because the universe is very large, and space is in a vacuum. Each planet has its own impression orbit.

Yes, because the stars are so far apart that their gravitational pull cannot collide with each other, the gravitational pull of the universe is in equilibrium, so the planets do not fall.

Gravity is one of the causes of "floating", but there is also repulsion; Gravitational and repulsive forces interact with each other to make them relatively stable and independent.

My personal opinion is that the planets that exist in the cosmic celestial bodies are divided into two types: stars and planets, and that the countless galaxies in the universe are called stellar systems (solar systems), which are composed of a huge mass star and many large planets in each galaxy, and the material movement in the system is controlled by the magnetic field of the stars, and the space in the star system is a physical phenomenon in a vacuum state, which will make the various planetary celestial bodies in the system show a natural phenomenon of losing envy. It's all a zero-weight physical representation.

Countless galaxies are the "cells" of the universe, all of which are independent entities that move in cycles of matter, occupying the infinite space of the universe and supporting the eternal existence of the universe. In each star system in the universe, the magnetic field of the star will be as large as the galaxy will be, in other words, the range of the star's magnetic field is the extent of the galaxy's occupation of the universe, that is, the space range of the galaxy.

Because each star has the characteristics of co-rotating motion, it will pull its huge magnetic field to carry out circular motion, pushing various planetary celestial bodies in the system to carry out circular circular motion, and the interval magnetic field coil will naturally form a natural orbit of the asteroids in the system, which can lock the orbit of the planet without interfering with each other and not affecting each other.

In fact, no celestial body really floats in the universe, it is in a circular motion under the action of external forces, that is, the largest galaxy known to mankind, the Milky Way is not a static suspension phenomenon, but also in a regular overall motion, the law is the same, only the impact of the celestial fragments, temporarily change the law, and finally enter the regular orbit.

It is precisely because of the rotation of the stellar magnetic field and the state of vacuum weightlessness that the planets existing in the innumerable star systems in the universe can carry out orderly circular motion under the control of their respective stellar magnetic fields.

It is because there is no air in the universe and it is in a vacuum, and there is no effect of gravity, so it can float in the universe.

There is no gravity in the universe from the coarse eggplant, which causes the rocks to float in the universe, but they do not float at will, but have their orbits.

Because there are various forces in space that restrain each other, and there is gravity in space, it can be suspended in the universe.