00:06
So, there is given a circuit, this is the circuit, there is the circuit.
00:39
So, this is the resistance.
00:59
This is the circuit.
01:02
So, this is the circuit is given.
01:07
There is 6 ohm, 12 ohm, 4 ohm, 2 ohm and there is 2 ohm, there is 2 ohm, 2 ohm and there is 4 ohm, there is also 4 ohm.
01:37
So, firstly we take this system.
01:45
So, we have and so the r resultant equals to 2 plus 2 because this is r series.
01:59
So, 2 plus 2 is equals to 4 ohm and now taking 6 and 12.
02:09
So, these are in parallels.
02:13
So, 6 ohm and the 12 ohm are in parallel.
02:25
So, the parallel resultant is equals to r1 multiplying by r2 upon r1 plus r2.
02:35
So, put this function, so we have 12 multiplying by 6 upon 6 plus 12, it is equals to 4 ohm and now we take there is 4 ohm.
02:52
So, this is, this diagram will be, this diagram will be 3 ohm, there is 4 ohm, there is 4 ohm and there is 2 ohm and there is 4 ohm, this is b and this is a.
03:31
So, the, after the calculation this function will look like that...