The voltage don't matter - it's the amperage that counts. Example - spark plugs run at 20,000 to 100,000 volts but at a very low amperage. If you've ever been zapped by one, you'll know it's not pleasant but it certainly aint life-threatening either. Do not try the same with a 240-volt 50 amp connection. Much lower voltage but way more amperage.
Yes I agree, but did you know, DC is used to stop fibrillation, and that process is called defib. :)
DC can also be used to restart normal rhythm from a flat line state.
Yes you crank up he amps on any current and kill. But I was betting the guy just used a low voltage transformer for his sign trick, which was very funny, I could be wrong and he could've intended too KILL. But I'm still LOL of the guy letting go of that sign and stomping, jumping up an down. I'm still LOL.
The voltage don't matter - it's the amperage that counts. Example - spark plugs run at 20,000 to 100,000 volts but at a very low amperage. If you've ever been zapped by one, you'll know it's not pleasant but it certainly aint life-threatening either. Do not try the same with a 240-volt 50 amp connection. Much lower voltage but way more amperage.
Yes I agree, but did you know, DC is used to stop fibrillation, and that process is called defib. :) DC can also be used to restart normal rhythm from a flat line state. Yes you crank up he amps on any current and kill. But I was betting the guy just used a low voltage transformer for his sign trick, which was very funny, I could be wrong and he could've intended too KILL. But I'm still LOL of the guy letting go of that sign and stomping, jumping up an down. I'm still LOL.
Technically, the shock delivered during defib is called conversion. It pauses the incorrect electrical activity to give the heart a chance to restart with a normal rhythm with a pulse. You're 100% dead wrong on restarting the heart from flat line (asystole). Source - I've done it A LOT. https://theconversation.com/mondays-medical-myth-flatlining-patients-can-be-shocked-back-to-life-13662