Spring-piston guns.
Is that true?MaxuS wrote:All people with ginger hair do, i would know, i am one.Ragnarok wrote:I have astounding skin resistance), and electromagnets have difficulty trapping your finger.
Theres a reduced pain response to electroshock, but increased pain response to heat.
It is indeedpsycix wrote:Is that true?MaxuS wrote:All people with ginger hair do, i would know, i am one.Ragnarok wrote:I have astounding skin resistance), and electromagnets have difficulty trapping your finger.
Theres a reduced pain response to electroshock, but increased pain response to heat.
http://en.wikipedia.org/wiki/Ginger_hai ... ty_to_pain
Ah, we're not talking just about insensitivity, I can test my skin's resistance as being many times higher than just about anyone I know.
Besides, red hair is not the main factor for me. It's not uncommon for people with Asperger Syndrome (like me - it's common in my family) to have insensitivity to pain of all types.
Besides, red hair is not the main factor for me. It's not uncommon for people with Asperger Syndrome (like me - it's common in my family) to have insensitivity to pain of all types.
Does that thing kinda look like a big cat to you?
Exceptionally dry skin. We made moisture detectors in technology classes, and just about everyone could set them off with their hand by touching both prongs at the same time. Damned if I could.psycix wrote:How can your skin resistance be higher then the resistance of another person?
Does that thing kinda look like a big cat to you?
AWESOMERagnarok wrote:Exceptionally dry skin. We made moisture detectors in technology classes, and just about everyone could set them off with their hand by touching both prongs at the same time. Damned if I could.psycix wrote:How can your skin resistance be higher then the resistance of another person?
I also want that!
Have you already tried touching the AC outlet on your wall?
I've had two mains shocks if that's what you mean (which is 240V in the UK). Not intentionally, but I'm still standing.psycix wrote:Have you already tried touching the AC outlet on your wall?
And many many, 350V DC shocks from overcharged camera caps, and quite a few of those straight across the body. That's enough to send quite a few people in to fibrillation.
Does that thing kinda look like a big cat to you?
Holy crap, you should feel lucky that you are still alive!Ragnarok wrote:I've had two mains shocks if that's what you mean (which is 240V in the UK). Not intentionally, but I'm still standing.psycix wrote:Have you already tried touching the AC outlet on your wall?
And many many, 350V DC shocks from overcharged camera caps, and quite a few of those straight across the body. That's enough to send quite a few people in to fibrillation.
350V capacitor discharges are very very lethal.
If you didnt have the "resistance mod" you would be dead by now.
I recommend you to be careful in the future because you wont be able to rely on the resistant skin for each shock.
And people don't believe me when I say I'm nearly immortal - I've been hit by cars, taken minor stab wounds, nearly electrocuted, smashed through glass windows, survived "explosions" - well, at least, this time that's right... I got away with it all, I'm still alive.psycix wrote:Holy crap, you should feel lucky that you are still alive!
I'm always careful, but depending on how you look at it, I am either very unlucky to have had all those things happen, or very lucky to have got through all of them.
And, I'm throwing in more song lyrics... damn it.
Does that thing kinda look like a big cat to you?
Dry skin provides aproximately bugger-all resistance
A pot plant tester voltage p'raps but 350v won't even notice.
Having two cap prongs touch you is unlikely to kill simply because the shortest path is the tissue between them and unless you've been a total muppet and touched a prong with each hand, the current wont go through anything you reply on to live.
T'is why one-hand-working on live mains circuits is, in theory, safe.
I've had a live mains shock when I was small by pushing a plug without the back cover screwed on, into a live socket. I recall flying back a bit and having a painful burn on one finger, not unlike a scald.
Red hair doesn't make you any less liable to die than the rest of us when in contact with lethal forces
A pot plant tester voltage p'raps but 350v won't even notice.
Having two cap prongs touch you is unlikely to kill simply because the shortest path is the tissue between them and unless you've been a total muppet and touched a prong with each hand, the current wont go through anything you reply on to live.
T'is why one-hand-working on live mains circuits is, in theory, safe.
I've had a live mains shock when I was small by pushing a plug without the back cover screwed on, into a live socket. I recall flying back a bit and having a painful burn on one finger, not unlike a scald.
Red hair doesn't make you any less liable to die than the rest of us when in contact with lethal forces
Well, let's say I was a total muppet... more than once.Hotwired wrote:Having two cap prongs touch you is unlikely to kill simply because the shortest path is the tissue between them and unless you've been a total muppet and touched a prong with each hand, the current wont go through anything you reply on to live.
My skin is still many times more resistant than anyone else I know outside of my family. Most people are about 500K to 1M ohms with dry skin, a lot less with slightly damp skin... I read about 10-20M ohms, no joke. It varies quite a bit from day to day - on some days it is too high to measure. And I think 350V notices when it hits 20M ohms.
I also give off far higher voltages than most people, although not as high some people, who give off voltages that will affect TVs in the vicinity.
I'm being entirely honest here - I know I'm just some weird freak of nature, but it keeps me alive. Perhaps I'm part of the first generation of mutants.
Does that thing kinda look like a big cat to you?
Must've been one of those low resistance days you've been getting the shocks on then.
20,000,000 ohms will block the current at 350V to a tiny 0.0000175A
In other words you could stick your fingers in a live plug socket and not notice as the minimum current that can be felt is 0.001A.
On one of these 20mohm days you should try putting a charged 350v capacitor across a fingertip. Preferably on camera. If you get shocked you should (a) show us the video for a laugh and (b) get a better meter.
How are you measuring it anyway? For 20mohm you'd need an insulation test meter really and those beggars put out 1-15KV to get a decently readable current through.
20,000,000 ohms will block the current at 350V to a tiny 0.0000175A
In other words you could stick your fingers in a live plug socket and not notice as the minimum current that can be felt is 0.001A.
On one of these 20mohm days you should try putting a charged 350v capacitor across a fingertip. Preferably on camera. If you get shocked you should (a) show us the video for a laugh and (b) get a better meter.
How are you measuring it anyway? For 20mohm you'd need an insulation test meter really and those beggars put out 1-15KV to get a decently readable current through.
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