356118 In the circuit shown in the figure the rms currents \(I_{1}, I_{2}\), and \(I_{3}\) are altered by varying the frequency fof the oscillator.
The output voltage of the oscillator remains sinusoidal and has a fixed amplitude.
Which curves in figure correctly indicate the variation with frequency of the currents \(I_{1}, I_{2}\), and \(I_{3}\) ?

356119 An \(LC\) circuit contains a 20 \(mH\) inductor and a \(50\mu F\) capacitor with an initial charge of 10 \(mC\). The resistance of the circuit is negligible. At the instant the circuit is closed be \(t = 0\). At what time is the energy stored completely magnetic?

356120 The natural frequency of the circuit shown in the figure

356121 For high frequency \(L-C\) circuit, the maximum charge on the capacitor is \(Q\). The charge on the capacitor, when the energy is stored equally between the electric and magnetic fields is

356118 In the circuit shown in the figure the rms currents \(I_{1}, I_{2}\), and \(I_{3}\) are altered by varying the frequency fof the oscillator.
The output voltage of the oscillator remains sinusoidal and has a fixed amplitude.
Which curves in figure correctly indicate the variation with frequency of the currents \(I_{1}, I_{2}\), and \(I_{3}\) ?

356119 An \(LC\) circuit contains a 20 \(mH\) inductor and a \(50\mu F\) capacitor with an initial charge of 10 \(mC\). The resistance of the circuit is negligible. At the instant the circuit is closed be \(t = 0\). At what time is the energy stored completely magnetic?

356120 The natural frequency of the circuit shown in the figure

356121 For high frequency \(L-C\) circuit, the maximum charge on the capacitor is \(Q\). The charge on the capacitor, when the energy is stored equally between the electric and magnetic fields is

356118 In the circuit shown in the figure the rms currents \(I_{1}, I_{2}\), and \(I_{3}\) are altered by varying the frequency fof the oscillator.
The output voltage of the oscillator remains sinusoidal and has a fixed amplitude.
Which curves in figure correctly indicate the variation with frequency of the currents \(I_{1}, I_{2}\), and \(I_{3}\) ?

356119 An \(LC\) circuit contains a 20 \(mH\) inductor and a \(50\mu F\) capacitor with an initial charge of 10 \(mC\). The resistance of the circuit is negligible. At the instant the circuit is closed be \(t = 0\). At what time is the energy stored completely magnetic?

356120 The natural frequency of the circuit shown in the figure

356121 For high frequency \(L-C\) circuit, the maximum charge on the capacitor is \(Q\). The charge on the capacitor, when the energy is stored equally between the electric and magnetic fields is

356118 In the circuit shown in the figure the rms currents \(I_{1}, I_{2}\), and \(I_{3}\) are altered by varying the frequency fof the oscillator.
The output voltage of the oscillator remains sinusoidal and has a fixed amplitude.
Which curves in figure correctly indicate the variation with frequency of the currents \(I_{1}, I_{2}\), and \(I_{3}\) ?

356119 An \(LC\) circuit contains a 20 \(mH\) inductor and a \(50\mu F\) capacitor with an initial charge of 10 \(mC\). The resistance of the circuit is negligible. At the instant the circuit is closed be \(t = 0\). At what time is the energy stored completely magnetic?

356120 The natural frequency of the circuit shown in the figure

356121 For high frequency \(L-C\) circuit, the maximum charge on the capacitor is \(Q\). The charge on the capacitor, when the energy is stored equally between the electric and magnetic fields is