Nothing to do with exploding on mount Everest. Nobody has ever climbed it anyway but that's beside the point for now.
You're kidding, right?
No I'm not kidding.
Wow. Just, wow.
Correct, metal containers are flimsy as hell...
Tell that to SCUBA divers.
...especially this cereal type box, school project like effigy of a LM that could not contain any pressure and hold it because there is no counter pressure.
Actually, the counter pressure comes from the rigidity of the metal that is used to make the LEM.
The supposed moon vacuum offers no resistant force to the internal pressure in that LM.
Of course not. Why should it?
They made the mistake of showing us a flimsy tin foil and paper skin, or to give them a bit extra; thin aluminium sheets.
The "tin foil" was for thermal protection, not structural integrity. That would be from the thin metal sheets that only need to resist a 5 psi pressure differential.
Pump 5psi into a football on Earth and it won't go bang. You can kick it and bounce the hell out of it for long enough and it won't go bang. The reason for this is due to a resistant force on the outer.
Put that same ball into a chamber and start to evacuate just a small amount of pressure. That ball will explode because the atmospheric matter inside that ball will expand for every amount of pressure released from its outer skin.
When you pump a football to 5 psi, that's 5 psi above ambient pressure. That means that the actual pressure inside the football is closer to 20 psi of absolute pressure. Now if you put that same football in a vacuum chamber, then the pressure will be about 20 psi above ambient pressure. That's a big difference from a football that's inflated to 5 psi of absolute pressure that's inside a vacuum chamber. Either way, I doubt that a 20 psi pressure differential would be enough to rupture a football, regardless of its environment.
In fact, why don't you show me a video of an inflated football exploding inside a vacuum chamber so that I know that you aren't just making stuff up to sound dramatic.
That school project looking LM is no scuba tank, is it? It's a flimsy THIN sheeted aluminium piece of crap and by the looks of it.
I'm naturally only going by what the so called experts tell us about this.
Having a force inside of that LM as in, a pressure, would breach it because there is no counter force to stop that happening. And once again, it is not a scuba tank.
About the football being pumped with 5 psi to end up at 5psi over normal atmospheric to reach 20 psi. Yeah that's right and there's no issue here because it still has 15 psi as a counter force on its external skin and that counter force is stopping that ball from exploding whilst the inner skin holds the other 5psi.
In your space vacuum you have a space suit that is pressurised to around 5 psi (approx), with no external pressure against it like the football has at sea level. It's simply 5 psi against no counter resistance.
The trouble with this space stuff is, they have to fill us with bullshit about the air pressures and vacuums and stuff because they know fine well that it's all crap and cannot be done.
We can prove it cannot be done by using our own vacuum chambers for smaller items to show what would really happen.
However when it comes to the feats of fantasy astronauts, they can survive a rip in a suit for long periods of time, as Kittinger supposedly did on his near vacuum supposed skydive in the late 50's; but anyway.
You see, this is why these supposed Everest conquering adrenalin junkies are not exactly conquering anything other than a low point that allows them to survive on excess oxygen brought with them.
Even if those mountaineers went up the mountain in so called space suits, they wouldn't make it very far, even if the suits afforded them full movement.
There's a reason why things expand. There's a reason why metal shatters or expands and it's to do with too much or too little agitation of atmosphere, because that friction expands or melts steel but lack of it can also condense it to the point of brittle.
In so called space we would be dealing with extremes against anything put into it if it were real and possible, which it isn't.
There's a reason why stowaways are found frozen to death in planes that have ascended to heights like Everest. This is because there is no agitation or matter, just like in fantasy space there would be none, except your body which would give up its agitated state to the surrounding near vacuum to try and equalise with it by expansion.
For the rational thinking person who is prepared to see the very basics of expansion and how it occurs, they should be under no illusions at all about space and man made materials not working within it, even if they accept space being real.
When a deep sea diver descends, his body is being compressed and so is his lungs. If he goes too far down he will be compressed too much and will simply die.
To ensure he survives, he must be brought up slowly so that he can decompress and even go into a decompression chamber to aid in bringing his body back to normal working sea level pressure.
In space as we are told, being a near vacuum, we have the opposite. We have the space diver, if you like. Only this time this person would be expanding as they went further up in height. Start with Everest. You see, lack of atmospheric pressure upon their bodies and lungs means their bodies expand to fill that space or to equalise with that pressure difference.
The problem with this is, the body has to take deeper breaths to try and take in more air and this is where the oxygen comes in, which supplements it whilst you acclimatise.
The problem is, the human body can only acclimatise to a certain point before it breaks down and dies.
If you were to be shot up in a rocket into so called space then your body would have to immediately start to acclimatise on the way up at those speeds. It's the opposite of the diver. Now imagine the diver being dragged up at super speed?
Imagine the diver being dragged down at super speed?
Imagine a submariner being dragged up or down at super speed.
It's instant death by expansion or compression of the body.
Now imagine these so called astronauts dropping from space in to the atmosphere and to the ground at those so called speeds. Imagine the acclimatisation?
Well think of the re-entry cone and them inside of it pressurised with pure oxygen and hurtling into atmosphere then to the ground.
Seriously think about it and it should become clear how absurd it is.