okay saw the end... but yeah... capacitor would have the opposite behavior.... low "resistance" that would "climb" as the plates charged up and the current reduced (which the vom would interpert as increasing resistance, since that is how they work, they apply a given voltage and the current flowing is used to calculate the resistance). In 'theory' an inductor would have "decreasing" resistance on a VOM, but relatively low voltage a VOM uses and the overwhelming influence of the conductor mean its generally not really going to take any practical time to reach the true coil resistance... less than most VOM will even give you their first reading. As far as when it was put in solution it is potentailly possible to see a small dc voltage is the dissimiliar metals reaction (not rewatching but think it was a galvanitzed or steel bolt versus the plated aluminum of the platters,cant be bothered to look at the charge characteristics to calculate what it actually is, but most less than 1 volt is at least not immediately out of the question) but obviously at that point it was clear the meter leads were not fully in shot so any funny business could be going on.. and yeah... 120v AC is never happening in an electrolytic cell/battery.
@SimEon-jt3sr
4 ай бұрын
There's no half cell that has a potential anywhere close to 100 volts the highest one is like 3 volts so you need at least 30 plates for 100 volts
@SimEon-jt3sr
4 ай бұрын
That's just how dmm works it reads high and goes down close to zero...? How all mine work when reading ohms.
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