In a series L-C-R circuit `X_(L)350 Omega, X_(C)=200 Omega and R = 150 Omega`.

200 V ac source is fed to series LCR circuit having X_(L)=50 Omega, X_(C )=50 Omega and R = 25 Omega . Potential drop across the inductor is

200 V ac source is fed to series LCR circuit having X_(L)=50 Omega, X_(C )=50 Omega and R = 25 Omega . Potential drop across the inductor is

In a series R, L, C circuit X_(L)=10Omega, X_(c) = 4omega and R = 6Omega . Find the power factor of the circuit

In a series R, L, C circuit X_(L)=10Omega, X_(c) = 4omega and R = 6Omega . Find the power factor of the circuit

200 V ac source is fed to series LCR circuit having X_L = 50 Omega , X_C = 50 Omega R = 25 Omega . Potential drop across the inductor is

In a series A.C. circuit , R=100Omega , X_(L)=300Omega and X_(C )=200Omega . The phase difference between the applied e.m.f. and the current will be

Fig. show a series LCR circuit with L = 0.1 H l, X_(C ) = 14 Omega and R = 12 Omega connected to a 50 Hz, 200 V source. Calculate (i) current in the circuit and (ii) phase angle between current and voltage. Take pi = 3

In an L.C.R series circuit R = 1Omega, X_(L) = 1000Omega" and "X_(C) = 1000Omega . A source of 100 m.volt is connected in the circuit the current in the circuit is