An LCR circuit contains resistance of `110Omega` and a supply of `220V` at `300rad/s` angular frequency. If only capacitance is removed from the circuit, current lags behind the voltage by `45^(@).` If on the other hand, only inductor is removed the current leads by `45^(@)` with the applied voltage. The rms current flowing in the circuit will be

An LCR circuit contains resistance of 100 Omega and a supply of 200V at 300 rads^(-1) angular frequency. If only capacitance is taken out from the circuit and the rest of the circuit is joined, current lags behind the voltage by 60^(@) . If, on the other hand , only inductor is taken out,the current leads the voltage by 60^(o) . The current flowing in the circuit is

An L-C-R series circuit with 100Omega resistance is connected to an AC source of 200V and angular frequency 300rad//s . When only the capacitance is removed, the current lags behind the voltage by 60^@ . When only the inductance is removed the current leads the voltage by 60^@ . Calculate the current and the power dissipated in the L-C-R circuit

An L-C-R series circuit with 100Omega resistance is connected to an AC source of 200V and angular frequency 300rad//s . When only the capacitance is removed, the current lags behind the voltage by 60^@ . When only the inductance is removed the current leads the voltage by 60^@ . Calculate the current and the power dissipated in the L-C-R circuit

An L-C-R series circuit with 100Omega resisance is connected to an AC source of 200V and angular frequency 300rad//s . When only the capacitance is removed, the current lags behind the voltage by 60^@ . When only the inductance is removed the current leads the voltage by 60^@ . Calculate the current and the power dissipated in the L-C-R circuit

An L-C-R series circuit with 100Omega resistance is connected to an AC source of 200V and angular frequency 300rad//s . When only the capacitance is removed, the current lags behind the voltage by 60^@ . When only the inductance is removed the current leads the voltage by 60^@ . Calculate the power dissipated in the L-C-R circuit

In an LCR circuit R=100 ohm . When capacitance C is removed, the current lags behind the voltage by pi//3 . When inductance L is removed, the current leads the voltage by pi//3 . The impedence of the circuit is

In a series LCR circuit R= 200(Omega) and the voltage and the frequency of the main supply is 220V and 50 Hz respectively. On taking out the capacitance from the circuit the current lags behind the voltage by 30(@) . On taking out the inductor from the circuit the current leads the voltage by 30(@) . The power dissipated in the LCR circuit is

A series LCR circuit with a resistance of 100 sqrt(5) Omega is connected to an ac source of 200 V. When the capacitor is removed from the circuit, current lags behind emf by 45^(@) . When the inductor is removed from the circuit keeping the capacitor and resistor in the circuit, current leads by an angle of tan^(-1)((1)/(2)) . Calculate the current and power dissipated in LCR circuit.

A series LCR circuit with a resistance of 100 sqrt(5) Omega is connected to an ac source of 200 V. When the capacitor is removed from the circuit, current lags behind emf by 45^(@) . When the inductor is removed from the circuit keeping the capacitor and resistor in the circuit, current leads by an angle of tan^(-1)((1)/(2)) . Calculate the current and power dissipated in LCR circuit.

In LCR circuit at resonance current in the circuit is 10 sqrt(2) A . If tnow frequency of the source is changed such that now current lags by 45^(@) that applied voltage in the circuit . Which of the following is correct.