Can't find the story version I read before

"harrowing spacewalk on July 16, 2013, in which water flooded the spacesuit helmet of Italian astronaut Luca Parmitano"

If you read all of it it says it was a water leak was a clogged filter

That was because there was water in the suit and it happened to caused water to leak

Yea a water leak from a filter

Yep

@Green Knight Have you given up finally?

Yeah I know they say the leak was from within his suit

And I'm sure it was

I'm not necessarily sold on space as water

I just find an interesting chain of evidence. 1. The Bible says above the sky is water 2. New science says space could be liquid 3. ISS videos appear to show air bubbles rising as if underwater 4. Astronaut almost drowns in space

But I know it's a big stretch

There are quite a few YouTube videos on the subject of space as water but I don't want to post them until I can watch

Bye i going to watch some youtube

Enjoy friend

https://youtu.be/YmhX1w_Ahoc

https://youtu.be/HbdFQRDbfcU

Two YouTube videos about space as water

I build and design rockets

@Human Sheeple

Hey

Let's start with 1

1 and 2 are basically just archimedes principle

It doesn't matter if the body's density is changed or the mediums, the effect is the same

When you add more balloons tou are not changing the density

The combined density of you plus the balloons changes density

Because there is more helium, but also more volume aka balloons

To hold it in

mass divided by volume is density

But it doesn't change

Let's say every one balloon is the same density

If you have 2 balloons the density doesnt change

come on vc

Because mass and volume increase at the same rate

no they don't

I cant now

I DONT MEAN FUNDAMENTALLY

I mean in the example with the balloons

You are about 100kg and you occupy about 0.07 m^3
Each balloon will be n x 0.01 m^3 so for every balloon you add the amount of volume will increase but the amount of mass increase will be smaller and you will reach a threshold where the combined density will be lower than 1.2kg/m^3 at which point you will ascend

Shall we move on to 3 now?