NSFW - rather unpleasant
http://www.pinkbike.com/video/82759/
warning, pretty graphic video
http://www.pinkbike.com/video/82759/
warning, pretty graphic video
Last edited by ATG (2009-06-18 09:23:40)
Last edited by ATG (2009-06-18 09:23:40)
Last edited by some_random_panda (2009-06-17 14:39:46)
he's got the formula right, but I (current, measured in amperes) and R (resistance, measured in ohms) are inversely related to make V (electric potential). if what someone else said is true, that current is what kills, then the voltage can still be high if the resistance is high and current is low. obviously that wouldn't kill. i don't know how much resistance the human body has though - i'd assume not a lot.Ah yes you see though shad, there is a formula. V=IR. So it isn't necessarily the volts or the amperes that kill you, it's the two of them multiplied together. So .09 amps could be ok, as long as the voltage is low. And conversely the opposite (what you said) is also true.
I imagine he wouldn't have even known it happened. It's going to be a pretty instant death.El Beardo wrote:
I guess stupidity is painful after all, at least for a few seconds.
One can hope though.ghettoperson wrote:
I imagine he wouldn't have even known it happened. It's going to be a pretty instant death.El Beardo wrote:
I guess stupidity is painful after all, at least for a few seconds.
so basically, @ karma - failUzique wrote:
I pissed on an electric fence once, at an outdoor marquee-party about 4 years ago...
Don't know if it was the inebriation or what, but I remember pulling my ass off the floor about 10 metres back from the fence, wondering why I didn't get to see my piss glow...
Last edited by Mekstizzle (2009-06-17 15:30:37)
About 1-10 Mega-Ohms depending on conditions. That's actually quite a lot, but it doesn't take a lot of current to kill.haffeysucks wrote:
i find the comment funnier. way to pretend you know basic physics.he's got the formula right, but I (current, measured in amperes) and R (resistance, measured in ohms) are inversely related to make V (electric potential). if what someone else said is true, that current is what kills, then the voltage can still be high if the resistance is high and current is low. obviously that wouldn't kill. i don't know how much resistance the human body has though - i'd assume not a lot.Ah yes you see though shad, there is a formula. V=IR. So it isn't necessarily the volts or the amperes that kill you, it's the two of them multiplied together. So .09 amps could be ok, as long as the voltage is low. And conversely the opposite (what you said) is also true.
someone on the website where that video hosted suggested .06A or something. isn't that so little?Freezer7Pro wrote:
About 1-10 Mega-Ohms depending on conditions. That's actually quite a lot, but it doesn't take a lot of current to kill.haffeysucks wrote:
i find the comment funnier. way to pretend you know basic physics.he's got the formula right, but I (current, measured in amperes) and R (resistance, measured in ohms) are inversely related to make V (electric potential). if what someone else said is true, that current is what kills, then the voltage can still be high if the resistance is high and current is low. obviously that wouldn't kill. i don't know how much resistance the human body has though - i'd assume not a lot.Ah yes you see though shad, there is a formula. V=IR. So it isn't necessarily the volts or the amperes that kill you, it's the two of them multiplied together. So .09 amps could be ok, as long as the voltage is low. And conversely the opposite (what you said) is also true.
Last edited by haffeysucks (2009-06-17 21:04:43)
Yeah, a 0.25A current across the heart can kill. Whereas a taser with about 200,000 volts stuns because it has a low currentFreezer7Pro wrote:
About 1-10 Mega-Ohms depending on conditions. That's actually quite a lot, but it doesn't take a lot of current to kill.haffeysucks wrote:
i find the comment funnier. way to pretend you know basic physics.he's got the formula right, but I (current, measured in amperes) and R (resistance, measured in ohms) are inversely related to make V (electric potential). if what someone else said is true, that current is what kills, then the voltage can still be high if the resistance is high and current is low. obviously that wouldn't kill. i don't know how much resistance the human body has though - i'd assume not a lot.Ah yes you see though shad, there is a formula. V=IR. So it isn't necessarily the volts or the amperes that kill you, it's the two of them multiplied together. So .09 amps could be ok, as long as the voltage is low. And conversely the opposite (what you said) is also true.