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Anonymous commented at 2011-07-13 22:52:14 » #810353
Have you noticed that she could be relieved from the electricity if she took a step back?
Sadly this would increase the nipple pull untill she couldn't take it anymore and was forced to step back into the wire.
I love these predicament bondage scenarios
4 Points Flag
Have you noticed that she could be relieved from the electricity if she took a step back?
Sadly this would increase the nipple pull untill she couldn't take it anymore and was forced to step back into the wire.
I love these predicament bondage scenarios
4 Points Flag
Winternacht commented at 2011-11-23 03:01:32 » #933391
Electricity, it'll keep you on your toes...
2 Points Flag
Electricity, it'll keep you on your toes...
2 Points Flag
Anonymous commented at 2013-02-03 22:01:46 » #1258911
Anon #436589,
Maybe for direct current. But alternating current tends to be more "indecisive" when it comes to what objects it penetrates. Which is why sticking something in an outlet will still electrocute you even if you don't create a closed circuit, and why electric fences are effective.
Actually if this were AC it would be quite dangerous to the poor girl. DC causes muscle contraction and severe internal and superficial burns (due to the fact that it heats anything it passes through up far more than AC does), and can cause brain damage if it passes directly through the head. AC on the other hand causes very little physical damage, and muscles won't seize up like they do in the presence of DC, but it is can interfere with the heart's built-in "pacemaker", and can cause cardiac arhythmia which can lead to ventricular fibrillation, which can be fatal. DC simply feels like a burn, in a second or two you feel your skin heating up and may feel your muscles tense, whereas AC feels like a stereotypical "shock", i.e. a disorienting and intense experience that is quite disconserting. I imagine a constant supply of AC would be very traumatizing, if not lethal to Inaba.
And one more thing, electricity would not arc randomly like that at such frequent intervals. As soon as an arc forms, the air around it temporarily gains a very negative charge and ionizes (in fact the air nearest to the path of electrons ionizes so much it literally glows, which is why we see sparks), which "repells" other arcs for a short time.
Ah, I just noticed something else as well. The wire color scheme doesn't apply the same way to an AC generator, and even if it did, it would be red and black, not red and blue. Blue wires have a different purpose.
This artist really doesn't know basic physics...
4 Points Flag
Anon #436589,
Maybe for direct current. But alternating current tends to be more "indecisive" when it comes to what objects it penetrates. Which is why sticking something in an outlet will still electrocute you even if you don't create a closed circuit, and why electric fences are effective.
Actually if this were AC it would be quite dangerous to the poor girl. DC causes muscle contraction and severe internal and superficial burns (due to the fact that it heats anything it passes through up far more than AC does), and can cause brain damage if it passes directly through the head. AC on the other hand causes very little physical damage, and muscles won't seize up like they do in the presence of DC, but it is can interfere with the heart's built-in "pacemaker", and can cause cardiac arhythmia which can lead to ventricular fibrillation, which can be fatal. DC simply feels like a burn, in a second or two you feel your skin heating up and may feel your muscles tense, whereas AC feels like a stereotypical "shock", i.e. a disorienting and intense experience that is quite disconserting. I imagine a constant supply of AC would be very traumatizing, if not lethal to Inaba.
And one more thing, electricity would not arc randomly like that at such frequent intervals. As soon as an arc forms, the air around it temporarily gains a very negative charge and ionizes (in fact the air nearest to the path of electrons ionizes so much it literally glows, which is why we see sparks), which "repells" other arcs for a short time.
Ah, I just noticed something else as well. The wire color scheme doesn't apply the same way to an AC generator, and even if it did, it would be red and black, not red and blue. Blue wires have a different purpose.
This artist really doesn't know basic physics...
4 Points Flag