00:01
Hello students, in this question we have to determine the load voltage by the thevenin theorem.
00:06
So, for this first of all we have to calculate the thevenin voltage.
00:11
For this voltage we have to remove the load resistance.
00:22
Now the circle will look like this.
00:25
Now we have to apply the kirchhoff voltage law on loop 1.
00:33
So, the current v minus i passing through the resistance 16 ohm minus 4 i minus 5 i minus 12 is equals to 0.
00:52
So, after calculation we will get current is equals to 36 by 25 ampere and now we will apply the kirchhoff voltage law on loop 2.
01:08
On the loop 2, thevenin voltage minus 0 current in 1 ohm resistance minus 5 i minus 12 is equals to 0.
01:21
So, thevenin voltage is equals to 19 .2 volt.
01:29
Next we have to find the thevenin resistance...
