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visits member for 1 year, 7 months
seen Apr 13 at 8:25

Jan
6
comment Rall cable theory equation
Wow, all this seems far ahead of my current math capabilities, lots of learning has to be done. I have one last question: in paper I read it's said that voltage in cable decreases depending on both time and distance. And it's clearly seen from solution that voltage attenuates as time goes by but if time stays the same while only distance is increased it does not but swings back and forth due to sin/cos properties? This conflicts with my understanding of what should have happened.
Jan
6
accepted Rall cable theory equation
Jan
3
comment Rall cable theory equation
@hardmath Thanks, dendritic tree in neuron is surely finite. I'll read into the provided article.
Jan
3
revised Rall cable theory equation
edited tags
Jan
3
asked Rall cable theory equation
Jan
3
awarded  Scholar
Jan
3
comment Is $\;\exists x.\lnot p\left(x\right) \rightarrow \exists x. p\left(x\right),\;$ and vice versa, always true?
@HagenvonEitzen Of course not, I was completely wrong.
Jan
3
comment Is $\;\exists x.\lnot p\left(x\right) \rightarrow \exists x. p\left(x\right),\;$ and vice versa, always true?
@ThomasAndrews cause if this was true it would solve my homework :)
Jan
3
accepted Is $\;\exists x.\lnot p\left(x\right) \rightarrow \exists x. p\left(x\right),\;$ and vice versa, always true?
Jan
3
awarded  Student
Jan
3
awarded  Supporter
Jan
3
asked Is $\;\exists x.\lnot p\left(x\right) \rightarrow \exists x. p\left(x\right),\;$ and vice versa, always true?