Electromagnetic Induction

If the voltage across a capacitor in an LC circuit is at its maximum value $V_{max}$, what is the expression for the maximum current, $I_{max}$, in terms of capacitance $C$ and inductance $L$?

What quantity in a mass-spring system is analogous to the charge in an LC circuit undergoing simple harmonic motion?

An LC circuit needs to be designed to oscillate at a specific angular frequency $\omega_0$. Due to budget constraints, the total cost of the inductor and capacitor must be minimized. If the cost of the inductor is proportional to its inductance ($Cost_L = kL$) and the cost of the capacitor is proportional to its capaci...

In an LC circuit, the initial charge on the capacitor is $Q_0$. At a later time, the energy stored in the capacitor is one-fourth of the total energy. What is the charge on the capacitor at that time?

Which of the following differential equations correctly describes the charge $q$ in an LC circuit?

What is the angular frequency $\omega$ of an LC circuit with inductance $L$ and capacitance $C$?

If the inductance in an LC circuit is doubled and the capacitance is halved, what happens to the angular frequency?

An LC circuit has an initial charge $Q_0$ on the capacitor. Find the expression for the charge $q(t)$ on the capacitor as a function of time, assuming $q(0) = Q_0$ and $I(0) = 0$.

In an LC circuit, energy is constantly exchanged between which two components?

In an LC circuit, when the capacitor is fully charged, where is all the energy stored?