356018 A choke is preferred to a resistance for limiting current in \(AC\) circuit because

356019 A coil of negligible resistance is connected in series with \(90\,\Omega \) resistor across \(120\;V,60\;Hz\) supply. A voltmeter reads \(36\,V\) across resistance. Inductance of the coil is

356020 The coil of choke in a circuit

356021 In an AC circuit, the potential difference across an inductance and resistance joined in series are respectively \(16\;V\) and \(20\;V\). The total potential difference across the circuit is

356022 When \({100 V}\) dc is supplied across \({a}\) solenoid, a current of \(1.0\,A\) flows in it. When \(100\,volts\) ac is applied across the same coil, the current drops to \(0.5\,A\). If the frequency of \({a c}\) source is \(50\,Hz\), then the impedance and inductance of the solenoid are

356018 A choke is preferred to a resistance for limiting current in \(AC\) circuit because

356019 A coil of negligible resistance is connected in series with \(90\,\Omega \) resistor across \(120\;V,60\;Hz\) supply. A voltmeter reads \(36\,V\) across resistance. Inductance of the coil is

356020 The coil of choke in a circuit

356021 In an AC circuit, the potential difference across an inductance and resistance joined in series are respectively \(16\;V\) and \(20\;V\). The total potential difference across the circuit is

356022 When \({100 V}\) dc is supplied across \({a}\) solenoid, a current of \(1.0\,A\) flows in it. When \(100\,volts\) ac is applied across the same coil, the current drops to \(0.5\,A\). If the frequency of \({a c}\) source is \(50\,Hz\), then the impedance and inductance of the solenoid are

356018 A choke is preferred to a resistance for limiting current in \(AC\) circuit because

356019 A coil of negligible resistance is connected in series with \(90\,\Omega \) resistor across \(120\;V,60\;Hz\) supply. A voltmeter reads \(36\,V\) across resistance. Inductance of the coil is

356020 The coil of choke in a circuit

356021 In an AC circuit, the potential difference across an inductance and resistance joined in series are respectively \(16\;V\) and \(20\;V\). The total potential difference across the circuit is

356022 When \({100 V}\) dc is supplied across \({a}\) solenoid, a current of \(1.0\,A\) flows in it. When \(100\,volts\) ac is applied across the same coil, the current drops to \(0.5\,A\). If the frequency of \({a c}\) source is \(50\,Hz\), then the impedance and inductance of the solenoid are

356018 A choke is preferred to a resistance for limiting current in \(AC\) circuit because

356019 A coil of negligible resistance is connected in series with \(90\,\Omega \) resistor across \(120\;V,60\;Hz\) supply. A voltmeter reads \(36\,V\) across resistance. Inductance of the coil is

356020 The coil of choke in a circuit

356021 In an AC circuit, the potential difference across an inductance and resistance joined in series are respectively \(16\;V\) and \(20\;V\). The total potential difference across the circuit is

356022 When \({100 V}\) dc is supplied across \({a}\) solenoid, a current of \(1.0\,A\) flows in it. When \(100\,volts\) ac is applied across the same coil, the current drops to \(0.5\,A\). If the frequency of \({a c}\) source is \(50\,Hz\), then the impedance and inductance of the solenoid are

356018 A choke is preferred to a resistance for limiting current in \(AC\) circuit because

356019 A coil of negligible resistance is connected in series with \(90\,\Omega \) resistor across \(120\;V,60\;Hz\) supply. A voltmeter reads \(36\,V\) across resistance. Inductance of the coil is

356020 The coil of choke in a circuit

356021 In an AC circuit, the potential difference across an inductance and resistance joined in series are respectively \(16\;V\) and \(20\;V\). The total potential difference across the circuit is

356022 When \({100 V}\) dc is supplied across \({a}\) solenoid, a current of \(1.0\,A\) flows in it. When \(100\,volts\) ac is applied across the same coil, the current drops to \(0.5\,A\). If the frequency of \({a c}\) source is \(50\,Hz\), then the impedance and inductance of the solenoid are