The resonce frequency of the tank cuircuit of an oscillator when `L=(1)/(pi^(2))mH` and `C=0.04 muF` are connected in parellel is

In an oscillator circuit L=10^(-3) H, and C = 2 muF . The frequency of oscillation is

A 100V , aC source of frequency of 500Hz is connected to an L-C-LR circuit with L=8.1mH,C=12.5muF,R=10Omega all connected in series as shown in figure. What is the quality factor of circuit?

A 100V , AC source of frequency of 500Hz is connected to an L-C-R circuit with L=8.1mH,C=12.5muF,R=10Omega all connected in series as shown in figure. What is the quality factor of circuit?

Two non-interacting inductor L_1 = 2 mH and L_2 = 5 mH are connected in parallel then respective ratio of

The resonant frequency of a series LCR circuit with L=2.0 H,C =32 muF and R=10 Omega is

The resonant frequency of a series LCR circuit with L=2.0 H,C =32 muF and R=10 Omega is

A 100 V AC source of frequency 500 Hz is connected to LCR circuit with L=8.1mH, C=12.5muF and R=100Omega , all connected in series. Find the potential (in volt) across the resistance.

A capacitor of capacitance 2 mu F is connected in the tank circuit of an oscillator oscillating with a frequency of 1 kHz. If the current flowing in the circuit is 2 mA , the voltage across the capacitor will be