The inductor in a `L-C` oscillation has a maximum potential difference of `16V` and maximum energy of `640 mu J`. Find the value of capacitor in `muF` in `L-C` circuit.

A capacitor in an LC oscillation has a maximum potential difference of 1.5 and a maximum energy 360muJ . At a certain instant the energy in the capacitor is 40muJ , the potential difference across the capacitor is V volt?

A capacitor in an LC oscillator has a maximum potential difference of 17V and a maximum energy of 160 mu J .When the capacitor has a potential difference of 5V and an energy of 10 mu J , what is the energy stored in the magnetic field?

A capacitor in LC oscillatory circuit has a maximum potential of V volts and maximum energy E. When the capacitor has a potential V_(1) volts and energy E_(1) joules, what is the emf across the inductor and energy stered in the magnetic field

A capacitor in LC oscillatory circuit has a maximum potential of V volts and maximum energy E. When the capacitor has a potential V_(1) volts and energy E_(1) joules, what is the emf across the inductor and energy stered in the magnetic field

A 1.5 mH inductor in an LC circuit stores a maximum energy of 30 mu J . What is the maximum current in the circuit ?

In L-C oscillator circuit inductor ……….

It is desired to set up an undriven L-C circuit in which the capacitor is originally charged to potential difference of 100.0 V . The maximum current is to be 1.0 A and the oscillation frequency is to be 1000 Hz . What are the required values of L and C ?