00:01
Consider the circuit.
00:03
Here it is capacitor c1 which is connected in parallel to the capacitor c2 and here is another capacitor c3 which is connected in series with capacitor c4 and c3 and c5 are parallel and another capacitor c6 which is connected in series with c7 and c8 capacitor and c6 are in parallel.
00:57
This is the equivalent capacitor c equivalent.
01:02
Here c1 and c2 are parallel.
01:12
Therefore, the effective capacitance c a is equal to c1 plus c2.
01:21
Here all capacitance are 2 microfarads.
01:25
Therefore, 2 microfarads plus 2 microfarads is equal to 4 microfarads and c3 and c4 are in series.
01:45
Therefore, the equivalent capacitance cb is equal to c3 c4 divided by c3 plus c4 is equal to 2 microfarads divided by 2 microfarads plus 2 microfarads is equal to 1 microfarad.
02:16
Similarly, c7 and c8 are in series.
02:31
Therefore, equivalent resistance c is equal to c7 multiplied by c8 divided by c7 plus c8 is equal to 1 microfarad.
02:50
The full circuit can be read as this is c8.
02:56
It has value 4 microfarad and this is capacitor cb is equal to 1 microfarad and this parallel to c5...