00:01
In this question, it is given to us an ac voltage of the form delta v equals to 100, sine 1000 t.
00:13
Where delta v is in bolts and t is in second is applied to a series rlc circuit.
00:21
Assume the resistance is equal to 450 -oom capacitance is 5 .35 micro -fodd.
00:38
And an induction i is equal to 0 .500 henry.
00:46
We need to find out the average power delivered to a circuit.
00:49
Average power delivered to circuit.
01:03
So the solution for this question is let's take delta v is equals to 100 sign 1000p.
01:15
We call it as our first occasion and delta v is equal to vmax, sine, omega, t, this is our second location.
01:35
So from first and second location we get, from first and second location we get, vmax is equal to 100 volts.
01:52
And since we know that vrms is equals to vmax divided by under root 2, which is equals to 100 divided by under root 2 which is equal to 7 .7 volts.
02:10
Thus our omega is equals to 1000 which is equals to 2 pi f...