An inductive circuit contains a resistance of 10 ohms and an inductance of 2 henry. If an alternating voltage of 120 V and frequency 60 Hz is applied to this circuit, the current in the circuit would be nearly

An inductive circuit a resistance of 10ohm and an inductance of 2.0 henry. If an AC voltage of 120 volt and frequency of 60Hz is applied to this circuit, the current in the circuit would be nearly

An inductive circuit a resistance of 10ohm and an inductance of 2.0 henry. If an AC voltage of 120 volt and frequency of 60Hz is applied to this circuit, the current in the circuit would be nearly

In an LR circuit, R = 100 Omega and L = 2 H . If an alternating voltage of 120 V and 60 Hz is connected in this circuit, then the value of current flowing in it will be ______ A nearly

A circuit contains resistance R and an inductance L in series. An alternating voltage V=V_0sinomegat is applied across it. The currents in R and L respectively will be .

A circuit contains resistance R and an inductance L in series. An alternating voltage V=V_0sinomegat is applied across it. The currents in R and L respectively will be .

A circuit contains resistance R and an inductance L in series. An alternating voltage V=V_0sinomegat is applied across it. The currents in R and L respectively will be .

A 12V resistance and an inductance of 0.05/pi H are connected in series. Across the end of this circuit an alternating voltage of 130 V and frequency 50 Hz is connected. Calculate the current in the circuit and the potential differnece across the inductance.

An LR circuit contains a resistance of 40Omega and an inductance of 25 mH .What would be the power dissipated in the circuit for an applied alternating voltage of frequency 1000 Hz and peak value of 10 V?

A 220V-50hz a.c. source is connected to an inductance of 0.2 henry and a resistance of 20 ohm in series What is the current in the circuit?