00:01
All right, so in this problem, we have a combination of capacities showing this figure.
00:10
The other one, and we have one in the middle, and we have three on the right.
00:19
And so this is the connection.
00:25
And suppose this is c1, c2, c3, c4, c5, c6.
00:34
And the values are c1 equals 5 microferrales, c2 equal 3 .5 microferrales, and c3 equal 8 microferrales.
00:49
C4 is 1 .5 microferrales, c5 .75 microferrales, and c6 is 15 microferrales.
01:10
So let's firstly look at this connection.
01:14
As we can see that the c5 and c6, they are in parallel.
01:17
And c1, c2, they're in series.
01:20
And then there are three branches, three parallel branches, right? so branch one, branch two, and branch three.
01:29
These three, they're in parallel.
01:31
So firstly, we can firstly find out the equivalent capacitance of c5 and c6 because they're in parallel.
01:39
So we can simply sum them up c5 plus c6...