An ac generator `G` with an adjustable frequency of oscillation is used in the circuit, as shown.

If the ac source `G` is `100 V` rating at resonant frequency of the circuit, then average power supplied by the source is

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Current drawn from the ac souce will be maximum if its angular frequency is

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Current drawn from the ac souce will be maximum if its angular frequency is

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Current drawn from the ac souce will be maximum if its angular frequency is

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Current drawn from the ac souce will be maximum if its angular frequency is

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Average energy stored by the inductor L_(2) (source is at resonance frequency) is equal to

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Average energy stored by the inductor L_(2) (source is at resonance frequency) is equal to

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Average energy stored by the inductor L_(2) (source is at resonance frequency) is equal to

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. Average energy stored by the inductor L_(2) (source is at resonance frequency) is equal to

An ac generator G with an adjustable frequency of oscillation is used in the circuit, as shown. To increase resonant frequency of the circuit, some of the changes in the circuit are carried out. Which changes would certainly result in the increase in resonant frequency ?