A Source of 200 V - 50 Hz a.c. is connected to a resistance of 10 ohm, a capacitor C and an ammeter in series. If reading of ammeter is 2 A, what is the capacity of condenser ?

An a.c. source of 200 V , 50 Hz is connected across a 400 ohm resistor and an inductor of 3 H in series. Calculate impedance.

An a.c. source of 200 V, 50 Hz is connected across a 400 Omega resistor and capacitor of 25pF in series. Calculate reactance

An a.c. source of 200 V, 50 Hz is conneted across a 300 ohm resistor and a capacitor of 25//pi muF in series. Calculate the impedance

An a.c. source of 200 V , 50 Hz is connected across a 400 ohm resistor and an inductor of 3//pi H in series. Calculate current in the circuit

An alternating voltage (in volts) given by V=200sqrt(2)sin(100t) is connected to 1 mu F capacitor through an ideal ac ammeter in series. The reading of the ammeter and the average power consumed in the circuit shall be

An alternating voltage (in volts) given by V=200sqrt(2)sin(100t) is connected to 1 mu F capacitor through an ideal ac ammeter in series. The reading of the ammeter and the average power consumed in the circuit shall be

An a.c. source of 200 V, 50 Hz is conneted across a 300 ohm resistor and a capacitor of 25//pi muF in series. Calculate the current in the circuit.

A 220 V , 50 Hz ac source is connected to an inductance of 0.2 H and a resistance of 20 ohm in series. What is the current in the circuit

An a.c. source of 220 V 50 Hz is connected in series with a 50 Omega resistance 150 mu F capacitors and 0.5 H inductor in series. Calculate the current through the combination.

An a.c. source of 100 V (r.m.s.), 50 Hz is connected across a 20 ohm resistance and a 50 mH inductor in series Calculate impedance of the circuit