But if you don’t actually complete the circuit to ground, then current cannot actually pass through you, only voltage. You’ll feel a tingling. See if you can turn on an LED by connecting its ground lead to your carpet or tile floor.
Well seems to me you do complete the circuit. With some 1000 Ohm resistance of your body, plus shoes depending on whether you’re wearing them and how you’re posed, plus whatever your floor provides to ground. Tile sounds ideal, but I’m not so sure about wood.
I guess floor heating would not be using metal piping, so at least that’s no shortcut. Maybe rebar could be trouble, but probably the wooden flooring shouldn’t be resting directly on the rebar.
I guess in most normal situations that would be enough resistance. I concede that point.
Wdym “the current cannot pass through you, only voltage” 😂, bro who taught you this.
If you don’t exist in the worst case scenario (wet hands, barefoot on wet tiles or sum), you probably have a lot of resistances, skin contact, shoe sole, idk carpet. Since your body has only around 500-1000 ohms (I think) the voltage applied to the body would be way less. If your shoes got 10,000 ohms, they’d get 100 volts and you like 10. This scenario would be 10 milliamps then. Numbers out my ass, but you don’t get “voltage, but no current”. Except if you manage to raise your body’s internal resistance somehow.
Oh maybe you don’t live in the US…our homes are made of wood and drywall. We literally never touch ground unless it’s a basement or a restroom connected with copper tubing.
No, dude, I’m saying if you don’t completed the circuit, there’s only potential. You’ll only feel the changing potential as a tingling. Only when finally you take your shoes off and step on a wet steel bar that is buried into humid earth then you only then will your circuit be closed and all the various resistances you mentioned come into play. Else you will need two forks, one for each hand.
But if you don’t actually complete the circuit to ground, then current cannot actually pass through you, only voltage. You’ll feel a tingling. See if you can turn on an LED by connecting its ground lead to your carpet or tile floor.
Well seems to me you do complete the circuit. With some 1000 Ohm resistance of your body, plus shoes depending on whether you’re wearing them and how you’re posed, plus whatever your floor provides to ground. Tile sounds ideal, but I’m not so sure about wood.
I guess floor heating would not be using metal piping, so at least that’s no shortcut. Maybe rebar could be trouble, but probably the wooden flooring shouldn’t be resting directly on the rebar.
I guess in most normal situations that would be enough resistance. I concede that point.
Both tile and wood are insulators unless wet with an ionic liquid. And even wet you must reach a path to ground.
Wdym “the current cannot pass through you, only voltage” 😂, bro who taught you this.
If you don’t exist in the worst case scenario (wet hands, barefoot on wet tiles or sum), you probably have a lot of resistances, skin contact, shoe sole, idk carpet. Since your body has only around 500-1000 ohms (I think) the voltage applied to the body would be way less. If your shoes got 10,000 ohms, they’d get 100 volts and you like 10. This scenario would be 10 milliamps then. Numbers out my ass, but you don’t get “voltage, but no current”. Except if you manage to raise your body’s internal resistance somehow.
/tism off
Oh maybe you don’t live in the US…our homes are made of wood and drywall. We literally never touch ground unless it’s a basement or a restroom connected with copper tubing.
No, dude, I’m saying if you don’t completed the circuit, there’s only potential. You’ll only feel the changing potential as a tingling. Only when finally you take your shoes off and step on a wet steel bar that is buried into humid earth then you only then will your circuit be closed and all the various resistances you mentioned come into play. Else you will need two forks, one for each hand.