The Earth s atmosphere is blown away by 100,000 tons a year, so how much is left?

There are about six quadrillion tons left. The total mass of the Earth's atmosphere is 6000 trillion tons. If 100,000 tons are blown away every year, it will take 6 billion years to blow them out.

There is still a lot left, and the atmosphere basically maintains a state of equilibrium every year, although some of it will be blown away, but plants and animals will produce carbon dioxide and emit gas in the air, and some products will also emit gases in the air.

Cavendish's weighing world experiment has determined that the total weight of the Earth's atmosphere is about 600 million tons, and if you don't add it, 100,000 tons are blown away every year, leaving 599.9 million tons, which will take 6,000 years to blow up.

Yes. Because scientists continue to study various signs, it has also been shown that Mars was in the same environment as the Earth billions of years ago, but later because the core of Songcha Mars cooled and lost its magnetic field, so early Sakura Burning created today's Mars.

Although the earth's atmosphere is constantly being lost, this loss is actually very small, and the loss is not the main gas that makes up the earth's atmosphere, so in the foreseeable future, the earth's atmosphere will not change significantly, and the earth will certainly not become the same as Mars.

There are various indications that billions of years ago, Mars may have had the same thick atmosphere, vast oceans and suitable temperatures as Earth, and may have even evolved life, but due to the early cooling of the Martian core, as a result, the magnetic field disappeared, causing the solar wind to constantly "blow" the Martian atmosphere into it, so the atmosphere of Mars became thinner and thinner, and eventually Mars became what we see now. In general, there are three main ways in which the Earth's atmosphere is lost. 1. Direct escape:

We know that an object must have a second cosmic velocity in order to escape the gravitational constraints of the Earth. 2. Charge exchange escape: In the upper atmosphere of the earth, due to the bright light of the sun, such as strong radiation, a large amount of air is ionized, resulting in many ions that are fast enough, we can call them "fast ions", but under the constraints of the earth's magnetic field, these ions cannot escape directly.

3. Polar Fengyi: Although the earth has a strong magnetic field, it also has weaknesses, which are the poles of this magnetic field. This situation will make it easier for ions in the Earth's atmosphere to move from the poles of the magnetic field.

At the same time, the solar wind can also "blow" into this area from closer to the Earth's surface, causing a constant loss of the Earth's atmosphere.

The atmosphere is also the protective layer of life species on the earth, it can not only block the attack of many asteroids, but also block most of the cosmic rays, most of the asteroids hit the earth, will disintegrate and vaporize in the earth's atmosphere, which greatly slows down the asteroid impact on the earth, otherwise the massive asteroid will directly shatter the earth's crust if there is no blockage of the earth's atmosphere, resulting in large-scale ** and volcanic eruptions on the earth.

Actually, it won't be like thisBecause the earth's atmosphere is losing a part of it, it is also capturing a part, and the earth's orbit around the sun will also capture some of the gas ions and molecules left in the orbit before, and at the same time, some of the gas ions in the solar wind will be captured by the earth.

Definitely not, because I think the Earth's atmosphere is constantly generated, not non-renewable.

The Earth's atmosphere is not going to become less and less and eventually disappear, because the Earth's atmosphere is regenerating.

I think it's very likely, because the earth is precarious right now.

No, according to the law of conservation of energy, the atmosphere will always return to the atmosphere in another form.

I don't think it's possible to disappear, renewable resources. It's terrible to disappear.

I don't think it's possible to disappear in the end, but it's very dangerous.

No, the atmosphere just says it's going to get thinner, not that it doesn't.

No, everything in the universe will have its own laws.

It's possible, after all, our human history is only so long, isn't it?

100,000 tons of atmosphere is simply insignificant for the entire Earth's atmosphere. In the process of long-term observation and calculation, it can be found that the earth's atmosphere has not changed significantly due to the solar wind, and even if the atmosphere cannot repair itself, it will take 60 billion years to be completely blown away, and the earth may no longer exist at that time.

It's okay, the Earth's atmosphere generally maintains a gas cycle and can maintain ecological balance.

The atmosphere blown away by the solar wind should still circulate back and not disappear.

This atmosphere should be able to grow in circulation and will not be depleted, so it will last for a long time.

In fact, the atmosphere can circulate on its own, so there is no need to worry about it.

100,000 tons of atmosphere is simply insignificant for the entire Earth's atmosphere, and it will take 60 billion years, so don't worry.

I think this is the main thing, the atmosphere will continue to increase, not decrease.

If the atmosphere has vegetation on the earth, the green forests will not be consumed, and they will last until humans can't.

The atmosphere can be recycled by itself, and this is not to be feared, it can be supported for a long, long time.

The Earth's atmosphere loses 100,000 tons per year. Why does the total amount of the atmosphere stay the same? Scientists give the answer With the continuous progress of human science and technology, we know that there is an atmosphere on the earth, and it is because of the atmosphere that life can exist on the earth.

Why do you say that? For billions of years since the birth of the Earth, the atmosphere has been like a protective film, clinging to the Earth.

In addition, the atmosphere is protected from direct sunlight and various ultraviolet rays in the universe. The atmosphere worked very well. So why is the atmosphere always present on Earth?

The first is because there is gravity, the earth has its own gravity, so the atmosphere can be firmly absorbed by the earth, and the atmosphere as a very light existence!

It is found in the outermost layer of the Earth, and the atmosphere will gradually become smaller as the distance increases. That's why when we reach high altitudes, we always feel that the air is thin and there is a lack of oxygen. So far, there is no precise statement about the thickness of the atmosphere.

However, scientists have always believed that the thicker part of the atmosphere is closer to 50 kilometers. With the discovery of scientists, scientists have discovered this almost every minute through observation. Almost 180 kilograms of the Earth's atmosphere is blown into the universe, which is still a fairly conservative number, but even then, the Earth's atmosphere can still remain in equilibrium!

According to scientists' calculations, the Earth's atmosphere loses almost 100,000 tons per year. According to the calculations of scientists, the total mass of the Earth's atmosphere is about 60 million tons. If compared to the total mass of the Earth, it is almost one millionth of the total mass of the Earth.

As a result of the eruption of a solar flare, the solar wind blows quickly towards the Earth. When these solar winds blow some of the gases in the atmosphere at a speed of 500 to 1,000 kilometers per second, it will leave the Earth and enter the universe under the action of the solar wind. However, because the Earth revolves around the Sun, most of the Earth's atmosphere disappears, and the Earth will also capture a large amount of gas that was previously left in orbit!

Then our atmosphere is in circulation, so there will be a new atmosphere.

Because the earth is still producing all these gases.

Because although there is a loss, there is still a certain replenishment of the atmosphere, so the total amount will not change.

This is because although it has been lost, the ecosystem will continue to produce.