Electricity doesn’t immediately know where to go. It is true that it will always take the shortest path to ground, as soon as it finds that route. This is extremely simplified.
Electricity always needs somewhere to go. Generally you can refer to where it goes, as a “Ground” I said “This is extremely simplified” for a reason.
I don’t actually understand what you’re trying to say, all I was saying is that Electricity is indeed going to take all possible paths, until it finds the one with the least resistance, which is what I believe you said just in a different way. You are a part of that circuit for a very miniscule, brief second, upon adding yourself (touch).
Electricity doesn’t immediately know where to go. It is true that it will always take the shortest path to ground, as soon as it finds that route. This is extremely simplified.
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Electricity always needs somewhere to go. Generally you can refer to where it goes, as a “Ground” I said “This is extremely simplified” for a reason.
I don’t actually understand what you’re trying to say, all I was saying is that Electricity is indeed going to take all possible paths, until it finds the one with the least resistance, which is what I believe you said just in a different way. You are a part of that circuit for a very miniscule, brief second, upon adding yourself (touch).
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You are taking my extremely simple analogy and making it complex. Good job!
https://pubmed.ncbi.nlm.nih.gov/10593226/
Slow-mo video of a lightning strike can demonstrate that
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Slow-mo video of a lightning strike can demonstrate that
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