![Absolutely. Do not do this. [750x779 - 430KB]](https://pic8.co/sh/UphaVj.jpg){kind=link}
Ratio needed is a bit unrealistic, as are the physics. Add some kitchen roll (non soluble paper)
Would it? 1 bag would soak up all the water in the bowl fail to flush and harden in my mind. But yeah walking into the bathroom w/ a bag of concrete poses a problem.
Just say you're going to fuck a bag of cement becuase it makes more sense than being forced to take an experimental therapeutic that hasnt been approved for use in humans.
My experience mixing it was only as labourer on a building site being told on the spot how to do it, so if someone with more brains and experience at building can take over that would be great. Please note I might be wrong on this (however I know for a fact kitchen roll is a toilet killer, that was the main reason I posted, not to debunk cement.)
Until then here's a crude demo -
Typical recipe: 1 part water, 2 parts cement, 3 parts sand
So for a start you need to pour in twice the amount of cement compared to what the toilet bowl holds I.e. you'll have to fill it right up to the seat line, not just pouring it in like you're adding sugar to coffee. Then the bulkiest bit is sand/aggregate, and stir for 15 mins or something.
I know this post would be better with a mathematical answer! Sorry I cant provide that, however if someone can verify the process, we could do some Autismo calculation. This would start with known volume of water in the toilet bowl, then calculate volumes needed from there, then weights and see if its plausible to carry that.
That sounds too complicated to be practical, thanks for explaining amigo.
I think you're right, plus it would be hard to conceal that much material into most restrooms.
A rapidly expanding foam sealant, on the other hand, might do the trick. It wouldn't permanently fuck things up the way this meme is intended to but it would cause a good amount of problems, potentially.
You know more than I do at any rate :)
Backpacks.
(post is archived)