00:01
Hello everyone, we are going to understand this question here from the given data in the question, from the given data in question.
00:23
Here we have to find the value of i1, v1 and v3, i2 that we have to find.
00:31
I1, i2, v1 and v3 which we have to find.
00:40
First of all, calculating the equivalent resistance of the circuit.
00:44
Here we can see that r2 and r3 are in parallel.
00:48
So r23 is equal to equivalent of r2 and r3 is 1 upon r2 plus 1 upon r3.
01:01
Now 1 upon value of r2 is 6 ome and value of r3 is 13 ome.
01:09
So we can write r2 3 is equal to 13 into 6 upon 13 plus 6.
01:21
After doing further calculation, we will get after calculation we will get 4 .1 om now we can see that now r1 and r23 are in series so we can write our equivalent is equal to r1 plus r23 r1 plus r23 so here value of r1 is 1 plus r2 3 plus r2 3 plus now, i is equal to vy by r equivalent.
02:15
Here value of v is 12 volt and our equivalent is 5 .12...