00:01
So we have a bunch of capacitors connected, and we don't know how many, but we know they're all the same capacitance.
00:11
And we know that when we combine them in parallel, it's a hundred times bigger than when we can combine them in series.
00:19
So i'm going to say each capacitor has a capacitance of c, and there are n total capacitors.
00:29
So if we combine capacitors in parallel, you just add them up to get the equivalent.
00:37
Capacitance.
00:39
So we just do c, i'll say c1 plus c2, cn, and each of these are c, so c plus c plus c, you know, n times.
01:00
So we get n times c.
01:06
And now if we combine them in series, we know that one over the equivalent capacitance is one over c, on plus 1 over c2 to cn, which would be, if we do this m times, that's just 1 over c plus 1 over c, plus 1 over c, n times...