I ve heard that most of our bodies are vacuums, is that really the case?

No, we also have gas in our bodies, but the space is too small for us to know much.

No, there are gases in our body, because we need to maintain a balance with the outside air pressure.

I don't think so, because most of our bodies are made up of blood, water, organs, and so on.

This thing shouldn't be, after all, there is blood flowing in the body, and there will be oxygen in the blood.

This is true, because we are isolated from the outside world, so the air pressure is also low.

I don't think that's the case, because there are a lot of structures inside our bodies.

Definitely not, we have skeletal muscles and various organs and blood in our bodies.

Personally, I don't feel like that, because if it's a vacuum, the person can float.

It's because we have a lot of organs in our body, and it's basically in a state of success.

I think that's right, because it's really not in contact with the outside world.

It shouldn't be possible, after all, there is still so much flesh and blood in the body.

Most of our bodies are made up of vacuum, can you believe it?

Normally, there is still air in an "empty jar", and there is also "air pressure", and when it is said that there is a "vacuum" in the jar, it means that there is no air in the jar, and there is no pressure of gas, and the "vacuum" is the degree of lack of air in the "jar". We are all in an atmospheric pressure environment, the air pressure inside an empty tank under atmospheric pressure is set at "0" (the pressure difference between the inside and outside of the pressure gauge is 0), and the pressure gauge shows the scale that is 0 mmHg, or 0 kpa, since the pressure of 1 atmosphere is 760mmHg, or, for the pressure gauge, when measuring an environment without gas at all, he should indicate the amount value of -760mmHg or. The range between "0" and them shows the "degree of lack of air (empty)" in the measured environment, so when oneThe original pressure of the container is a container with a pressure of 1 atmosphereWhen the residual pressure in the vessel is 80 kPa, the vessel is not in a vacuum state (the air pressure is 80 kPa higher than the outside).

If the air inside the original empty container (the pressure difference between the inside and outside is 0) is partially pumped out, the pressure gauge will show as:-80kpa, this value indicates the vacuum inside the container, that is, the air pressure is nearly 20% less than the normal atmosphere pressure, or the degree to which the gas in the container is "empty". If the pressure gauge shows yes, it means that the gas inside is completely "empty".

According to the unit conversion, the pressure is 80kpa=, and the vacuum degree is -80kpa=.

Vacuum has the following properties: 1. Emptiness is not nothing, it is not nothing, it is the ground state common to all particles, so to speak, the vacuum of the particle is excited, the vacuum is the particle that is not excited, the existence of the particle is reflected in the effect that can be acted, or rather, the particle is an effect, if the particle can not be acted, then it can be said that it is a vacuum, any so-called absolute isolated particle that is out of the vacuum does not exist, the vacuum is always in a dynamic equilibrium, Every change of the particle is inseparable from the interaction with the vacuum, the interaction between the particle and the vacuum is going on all the time, any absolutely stationary matter does not exist, the essence of the particle lies in its own emptiness. 2. There is polarity in vacuum, so it is said that vacuum is asymmetrical.

But this asymmetry is relatively local, and it is symmetrical in relation to the whole, and this cyclic nesting constitutes this property of the vacuum. 3. Each part of the vacuum has the overall nature of the vacuum. Big and small are relative.

Time is also relative to space, and time cannot exist separately from concrete space.

In the low-pressure environment, the boiling point of the liquid will drop. An example is that in highland areas, water boils at 70 degrees Celsius.

Therefore, the result of putting people directly into a vacuum environment is that all the water in the human body will immediately boil and vaporize, and as a result, the human body will undergo "**".There is no such thing as hypoxia.

And then there's the problem of your concept, since it's a "vacuum", there's nothing. It's not that there is no air to call it a vacuum.

Again: It's terrifying!

Again: That's right!! But if a person goes in first, and then draws it into a true auspicious fight, it will take a long time, and in this case, people will not be able to live, but the situation of the death process is not the same as suddenly entering, so it does not meet your topic, so I only assume that Hong Yanyou suddenly went in.

Again: What if the guy goes in first and then pumps the environment into a vacuum? It doesn't take long, just stay for 10 seconds. 5 seconds is fine. Will you die if you come out?

Answer: It depends on the power of the extractor and the size of the environmental volume, if the size of a room, the general extractor, it doesn't matter if you pump for 5 seconds or 10 seconds, if you mean to pump the vacuum and then time, then the person who has not been pumped to the vacuum state has long been dead.