In a series `LCR` circuit with an `AC` source `(E_(rms)= 50 V and v=50//pi Hz)`,`R=300 Omega,c=0.02 mF,L=1.0 H`, Which of the following is correct

In a series LCR circuit with an AC source (E_("rms")50V and v=50//pi Hz), R= 300Omega, C=0.02 mF,L=1.0 H , which of the following is correct

In a series LCR circuit with an AC so (E_(rms)=50V) and f=50//pi Hz, R=300 ohm, C=0.02mF, L=1.0H, which of the follwing is correct

In a series RC circuit with an AC source (peak voltage E_(0)=50 V and f=50//pi Hz),R=300 Omega . C=25 muF .Then:

(a) In a series L-C-R circuit with an AC source, R = 300 Omega , C = 20 muF, L= 1.0 H, V_(0) = 50sqrt2V and f = 50/pi Hz . Find (i) the rms current in the circuit and (ii) the rms voltage across each element. (b) Consider the situatiuon of the previous part. find the average electric field energy stored in the capacitor and the average magnetic field energy stored iun the coil .

In a series LCR circuit with an AC source, R = 300 Omega, C = 20 muF, L = 1.0 henry, epsilon_(rms) = 50 V and v = 50/(pi) Hz . Find (a) the rms current in the circuit and (b) the rms potential differences across the capacitor, the resistor and the inductor. Note that the sum of the rms potential differences across the three elements is greater than the rms voltage of the source.

In a series LCR circuit with an AC source, R = 300 Omega, C = 20 muF, L = 1.0 henry, epsilon_(rms) = 50 V and v = 50/(pi) Hz . Find (a) the rms current in the circuit and (b) the rms potential differences across the capacitor, the resistor and the inductor. Note that the sum of the rms potential differences across the three elements is greater than the rms voltage of the source.

In a series LCR circuit with an ac source of 50 V,R=300 Omega ,frequency v=50/piHz .The average electric field energy, stored in the capacitor and average magnetic energy stored in the coil are 25 mJ and 5 mJ respectively.The RMS current in the circuit is 0.10 A .Then find

In a series RC circuit with an AC source, R = 300 Omega, C = 25 muF, epsilon_0= 50 V and v = 50/(pi) Hz . Find the peak current and the average power dissipated in the circuit.

In an RC series circuit the rms voltage of source is 200V and its frequency is 50 Hz, if R=100 Omega and C=(100)/(pi) (mu)F , find (a) impedance of the circuit. (b) power factor angle, (c ) power factor, (d) current, (e) maximum current

In the circuit shown, L=1 muH, C=1 muF and R=1kOmega . They are connected in series with an source V=V_(0) sin omegat as shown. Which of the following options is/are correct ?