Astronauts release a cloud of dyed gas in outer space, and after a while, will that gas still be the

People often say in life that the result is the cause and the effect comes first, which means that there is a cause before the effect. Judging from the above topic, it is mainly a question of whether the mass of qi is still there, that is, finding out whether the mass of qi is not there is the final result of this question, so we must find out the reason why the mass of qi is not there in the end.

In today's highly developed high-tech world, the word satellite is the most familiar and often heard thing in space. From the satellites of the United States and the Soviet Union in the fifties and sixties of the last century, to the satellites of China and Japan in the seventies, to the satellites of Europe and India, from the satellites of manned people to the moon, to military reconnaissance satellites, communication and navigation satellites, meteorological satellites, resource analysis satellites, and so on. At present, the most eye-catching satellite in the world is China's Beidou navigation system.

In the entire universe, including foreign countries and China's satellites of various types, there are at least two or three thousand units in operation, but why don't they collide or fly out of the control of the earth? The reason is that due to the effect of the earth's gravity, satellites must orbit the earth at a speed of the first cosmic speed, that is, kilometers per second, which can not only get rid of the earth's gravity and fly into space to reach the height designed by human beings, but also cannot get rid of the earth's gravity and fly into space. If the gravitational pull of the Earth is to be freed, the speed of the satellite must reach the second cosmic velocity, and to get rid of the gravitational control of the solar system, the speed of the satellite must reach the third cosmic velocity.

Therefore, satellites orbiting the earth always maintain the first cosmic speed at forward speed, and operate in an orderly manner according to the route designed by human beings.

Now that we know the laws of satellite operation, we can take it for granted that there is no problem with the existence of the gas. Since the satellite is orbiting at the first cosmic velocity, it has not yet gotten rid of the Earth's gravitational field (that is, the magnetic field), so the dyed gas released by the astronauts is also in the Earth's gravitational field. No matter what material the dyed gas is made of, since it does not have the first cosmic velocity, it will eventually be pulled to the ground by the gravitational pull of the earth, right?

Even asteroids in the universe pass through, and the earth pulls them down, some people may ask, aren't there positioning satellites in space? Aren't positioning satellites stationary? Because the Earth has a rotation speed, people design the speed of satellites to be synchronized with the speed of the Earth (people are also called geostationary satellites), but scientists must design the orbit reasonably and maintain the first cosmic velocity, so as not to be affected by the Earth's gravity and disrupt the normal operation.

No, the dyed gas will be pulled down by the Earth's gravity.

There is also gas circulation in outer space, so it will not be in place after a while.

Personally, it is believed that the dyed gas will cease to exist over time.

The air currents in outer space are connected to the Earth's air currents, and after a while he may fall to Earth in some form.

This will usually fade slowly until it is gone, or absorbed.

Eventually, these dyed gases will be pulled to the ground by the Earth's gravitational pull.

Astronauts release a cloud of dyed gas in outer space, and after a while, that gas will still be there.

From the footage of the spacecraft, we will see that the astronauts are floating in spaceThis is because space is in a vacuum. There is a clear difference between the vacuum environment and the environment on EarthThe air on Earth contains a variety of gases, including oxygen that humans need to breathe, but there is no oxygen in the universe.

Some friends think that vacuum means that there is no gasThis is not true, there are many microscopic particles in the vacuumIt's just that this environment can't be compared to the air on Earth.

Since the realization of the microcosm,It is as if we have opened the door to a new world, and there are many microscopic objects that are invisible to human eyes, and the same is true of air.

We see that air is transparent, but microscopically it is also made up of a wide variety of gas molecules, albeit in small sizesBut there are so many of them that the molecules in the air move irregularly all the time.

When people exhale into an empty container, the breath spreads quicklyThe molecules or atoms of a gas do not have any shape of their own when they move freelySo when you exhale into the bottle, the exhaled air spreads throughout the bottle.

If it's a breath in the universe,The exhaled gas also goes through this process, except that the bottle containing the gas becomes a wider universe.

The universe is too large in scope, so there will be no restrictions on the movement of moleculesThey are in an irregular motion, and eventually these gas molecules continue to expand and move farther and farther away from each other.

It looks like a breath in the universeFinally the breath seemed to dissipate in the vacuum, and there is nothing left. But the real situation may not be what everyone thinks, according to the motion characteristics of the moleculesAt the beginning, the breath that people exhale will indeed drift away from each other, and in the end they will not even touch each other.

But we also need to know that there is also a lot of gravitational force in the universe, so when people spit out air wandering in the universe,You may be attracted to a certain star and become a part of it. Another point to say is that although there are many celestial bodies in the universe, the air molecules that are spit out may run far before they can be caughtAnd different molecules may be captured by different celestial bodies.

In general, if you exhale very little into the universeIt doesn't have any effect on the universe at all, so it doesn't seem to have changed at all to humans. If you exhale a very large amount of gas, that breath can produce a large number of gas molecules, which are attracted to other planets in the universe as they spread.

The gas will become nothing, because there is no oxygen in space, and these molecules will be scattered everywhere. Invisible.

It may become an oxygen mass, or it may be nothing, after all, the breath of human beings is too small.

This mass of gas will not become anything, and will eventually be diluted by the gas of space, because the presence of this gas in space is too small.

Nothing will become, this is because a human bite will not pose any threat to space, so there is no particularly great deterrent.

It will definitely float away, and see the American flag under the same vacuum! It's moving, even if the flag can move, so can colored gases! Everything is alive in motion, and there is no such thing as absolute static.

It's probably there, it's too weak, and the gravitational pull is small.

See the same American flag in a vacuum! It's moving, and the flag is moving.

It won't exist anymore because it is affected by various factors.

Normally, that lump of gas would have been there.

It won't be there, because it will float away.

That gas should probably still be there.

There is a cause first, and then there is an effect. Judging from the title of the subject above.

Maybe maybe not, who knows.