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Today I decided to conduct my own scientific investigation.
You all know that the word "человек" consists of two words: "чело" and "век." A век is one hundred years.
Or the word "животное" — жив от Ноя (alive since Noah).
There is another word that resembles the word for human being: стопа (foot).
At the Veretennikov School, I even created threads about the enormous importance of the feet. Our health depends on them.
They are the foundation not only of our body, but also of the energy processes within it.
Just as in the word человек, there is a number one hundred here as well.
Sto pa.
Let us assume that Па stands for pascals.
This is the pressure exerted by bodies on a surface.
And here I am not philosophizing even one gram. Feet really are the area that presses against the Earth. We walk on our feet. And feet are definitely about area! Pressure arises from force distributed over an area — this is literally about our feet.
This is a fact.
And here is my investigation...
First of all, I found out how many pascals there would be on Earth.
On Earth, the average person presses against the ground with a force of approximately 20,000 Pa.
Then I thought: All right, what about the Moon?
On the Moon, it is already 3,500 Pa.
But that is still not 100 Pa.
So I began digging even deeper into the Solar System.
And here is what I discovered...
First of all, the planets were not suitable.
Not a single one.
They all have high gravity. Even Mercury, which has the lowest gravity of them all, still does not have 100 Pa.
I looked at Jupiter’s moons.
But there was nothing there either.
The lowest values are on Europa and Callisto, at around 2,700 Pa.
However, that is already closer to 100 Pa than on our Moon.
And now, the moons of Saturn...
Ready?
Mimas — 140 Pa.
Enceladus — 240 Pa.
That is approximately what is needed.
But although I found what I was looking for, I still rejected this discovery.
Because these are hardly the planets where we could have lived in the past.
Before Earth.
This only once again suggests that we are not even from the Solar System.
But somewhere in the Universe there is a planet where there are exactly 100 Pa.
You all know that the word "человек" consists of two words: "чело" and "век." A век is one hundred years.
Or the word "животное" — жив от Ноя (alive since Noah).
There is another word that resembles the word for human being: стопа (foot).
At the Veretennikov School, I even created threads about the enormous importance of the feet. Our health depends on them.
They are the foundation not only of our body, but also of the energy processes within it.
Just as in the word человек, there is a number one hundred here as well.
Sto pa.
Let us assume that Па stands for pascals.
This is the pressure exerted by bodies on a surface.
And here I am not philosophizing even one gram. Feet really are the area that presses against the Earth. We walk on our feet. And feet are definitely about area! Pressure arises from force distributed over an area — this is literally about our feet.
This is a fact.
And here is my investigation...
First of all, I found out how many pascals there would be on Earth.
On Earth, the average person presses against the ground with a force of approximately 20,000 Pa.
Then I thought: All right, what about the Moon?
On the Moon, it is already 3,500 Pa.
But that is still not 100 Pa.
So I began digging even deeper into the Solar System.
And here is what I discovered...
First of all, the planets were not suitable.
Not a single one.
They all have high gravity. Even Mercury, which has the lowest gravity of them all, still does not have 100 Pa.
I looked at Jupiter’s moons.
But there was nothing there either.
The lowest values are on Europa and Callisto, at around 2,700 Pa.
However, that is already closer to 100 Pa than on our Moon.
And now, the moons of Saturn...
Ready?
Mimas — 140 Pa.
Enceladus — 240 Pa.
That is approximately what is needed.
But although I found what I was looking for, I still rejected this discovery.
Because these are hardly the planets where we could have lived in the past.
Before Earth.
This only once again suggests that we are not even from the Solar System.
But somewhere in the Universe there is a planet where there are exactly 100 Pa.

