Japan runs at 100V, the lowest and therefore safest voltage in the world.
That's not really how electricity works is it?
My understanding is that with the resistance of the human body, once you exceed a certain voltage AC (much lower than 100 V), yes, current increases, but you're going to be severely electrocuted regardless.
Voltage does matter. If you have thick skin or touch cable through something (like layer of paint) it might be enough to save you if the voltage is 100V but not if it's 240V.
ElectroBoom has a great video on how the interplay between current and voltage works with lethality in the human body. As he shows, even 150A in your mouth can be safe:
This is entirely "stuff I absorbed growing up", but I was very firmly given the impression that I shouldn't mess with the 240V outlets, because the 120V outlets might kill me but the 240V outlets will kill me (of course, in the US, the 120V outlets are 15+/-5A, and the 240V outlets are 30A).
That's not really how electricity works is it?
My understanding is that with the resistance of the human body, once you exceed a certain voltage AC (much lower than 100 V), yes, current increases, but you're going to be severely electrocuted regardless.