00:01
We are asked to find out calculate the power transmitted to the resistance of 2 kilo ohms right power transfer power transmitted to the resistance.
00:17
So first of all power transmitted would be equals to power transmitted would be equals to v into i but remember the potential difference would be different for each of them right.
00:36
So what we will do here the potential difference is same for these 2 resistors so we will just just reduce it with the parallel combination right.
00:48
So it will not make any difference right.
00:52
So now what it becomes it becomes from here you will be getting the voltage right voltage difference right from here.
01:04
So first of all we are just finding out the voltage across it right.
01:14
So voltage difference is what it should be from voltage divider rule we can say that let us say this voltage difference is v naught right.
01:39
So v naught would be equals to total voltage is 5 volts right and this is this is the like resistance for it right resistance value this is divided by 6 by 5 plus 1 plus 4 right.
02:05
So now how much it will be so the value we got is for v naught would be equals to 30 by 31 or 0 .96777 right and what will be the like current, current would be calculated by first of all we will calculate the equivalent resistance for these 3 circuit right that means these are in series, series means 1k plus 6 by 5k plus 4k right...