00:01
All right, so let's say we have a capacitor network of six capacitors in total.
00:06
So we have two like this, two like this, kind of, and then one more like this.
00:18
I'm going to find the equivalent capacitance of this circuit.
00:22
So this is capacitor 1, this is 2, 3, 4, 5, and 6.
00:28
So c1 is equal to 5 .15 microferds c2 is equal to 3 .55 microfarad c3 is equal to 8 .75 microfarad c4 is equal to 2 .75 microferds.
00:52
And then c5 is equal to 0 .75 microferreds.
00:57
C6 is equal to 0 .75.
00:59
To 15.
01:02
And so we want to know the equivalent capacitance.
01:04
So first off, let's reduce these two.
01:06
Let's get all the parallel configurations out of the way because those are the easiest ones to do.
01:11
So c6 and c5 are in parallel.
01:13
So that's going to be 15 .75 microferds...