The plot given below is of the average power delivered to an LRC circuit versus frequency. The quality factor of the circuit is 1.0 average power (microwatts) 0.5 0.0 3 7 4 5 6 frequency (kHz)

The plot given below is of the average power delivered to an LRC circuit versus frequency. Resistance of circuit is 100 12. Capacitive reactance of circuit at resonance (in (2) is 1.0 average power (microwatts) 0.5 0.0 frequency (kHz)

[" The plot given below is of the "],[" average power delivered to an "],[" LRC circuit versus frequency."],[" Resistance of circuit is "100Omega" ."],[" Capacitive reactance of circuit at "],[" resonance (in "Omega" ) is "]

In the given LR circuit the source has angular frequency omega The power factore of the circuit is .

The average power delivered to a series AC circuit is given by (symbols have their usual meaning):

Power delivered by an ac source of angular frequency Omega_(0) to an LCR series circuit is maximum when .

In the given circuit, power factor between A and B is 0.5 and over all power factor of the circuit is 1. Find the value of Rand L

The power factor of a CR circuit is (1)/(sqrt(2)) . If the frequency of ac signal is halved, then the power factor of the circuit becomes

The power factor of an, ac circuit is 0.5 Phase , difference between voltage , and current in this circuit is

Power factor of the A.C. circuit given in figure is 0.6 . The value of R is

Power factor of the A.C. circuit given in figure is 0.6 . The value of R is