The carrier frequency generated by a tank circuit containing `1 nF` capacitor and `10 muH` inductor is

An audio signal of 15000 Hz modulate a carrier generated by a tank circuit containing 1 nF capacitor and 10 mocrohenry inductor. Calculate the frequencies of first pair of side bands.

An audio signal of 15000 Hz modulate a carrier generated by a tank circuit containing 1 nF capacitor and 10 microhenry inductor. Calculate the frequencies of first pair of side bands.

An audio signal of 15000 Hz modulates a carrier generated by a tank circuit containing 1 nF capacitor and 10 microhenry inductor Calculate the frequencies of first pair of side bands.

An audio signal of 15000 Hz modulates a carrier generated by a tank circuit containing 1 nF capacitor and 10 microhenry inductor Calculate the frequencies of first pair of side bands.

An audio signal of 12 kHz modulates a carrier generated by a tank circuit containing 100 microhenry inductor and 100 pF capacitor. Calculate the frequency of first pair of side bands.

Calculate the wavelength of radio waves radiated out by a circuit consisting of 0.02 muF capacitor and 8 muH inductor in series.

The carrier frequency of a transmitter is provided by a tank circuit of a coil of inductance 49 muH and a capacitance of 2.5 nF It is modulated by an audio signal of 12 kHz The frequency range occupied by the side bands is :

The carrier frequency of a transmitter is provided by a tank circuit of a coil of inductance 49 muH and a capacitance of 2.5 nF It is modulated by an audio signal of 12 kHz The frequency range occupied by the side bands is :

Derive an expression for resonant frequency of series circuit containing inductor, capacitor and resistor.

What is the power factor of an A circuit containing inductor or capacitor ?