Re: How much current goes through me when I touch 120VAC?
Technically speaking rings are a special case. When you wear a ring, that part of the skin underneath the ring will sweat. That sweat will increase conductivity between you and the ring, making it that much more dangerous. It also increases surface area as instead of just a point contact, it's all the way around your finger.
The danger of electricity is that it can make you tighten your grip, increasing sweat, making it conduct even more electricity, until you're fried to a crisp. If you can get yourself to stop touching it, chances are good you'll survive, depending on what parts of the body got the electricity (like the documented lightning strike cases).
Maybe with AC, "skin effect" actually plays a role. However it still will affect your muscle movement, likely making you unable to move the affected muscle away from the danger.
In any case I'm not going to take bets until I know for certain capacitance = 0 (actually, reactance at whatever frequency the AC is at) and resistance = near infinity (for the DC cases). It needs to be a really bad cap
Technically speaking rings are a special case. When you wear a ring, that part of the skin underneath the ring will sweat. That sweat will increase conductivity between you and the ring, making it that much more dangerous. It also increases surface area as instead of just a point contact, it's all the way around your finger.
The danger of electricity is that it can make you tighten your grip, increasing sweat, making it conduct even more electricity, until you're fried to a crisp. If you can get yourself to stop touching it, chances are good you'll survive, depending on what parts of the body got the electricity (like the documented lightning strike cases).
Maybe with AC, "skin effect" actually plays a role. However it still will affect your muscle movement, likely making you unable to move the affected muscle away from the danger.
In any case I'm not going to take bets until I know for certain capacitance = 0 (actually, reactance at whatever frequency the AC is at) and resistance = near infinity (for the DC cases). It needs to be a really bad cap

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