Recall that the currents IL$($t$)$ and IC$($t$)$ through the inductor and capacitor are not in phase with their respective voltages VL$($t$)$ and VC$($t$).$ In particular, for a sinusoidal voltage driver, What is the amplitude of the current through the voltage source? Which of the following statements best describes the implications of the result that I$($t$)=0$ when $0=1$LC$?$

The currents I$($t$)$; IL$($t$)$; IC$($t$)$ are zero at all times.

The current I$($t$)$ is zero at all times although IL$($t$)$ and IC$($t$)$ are not.

The current I$($t$)$ is zero only when the voltage is zero.

The current I$($t$)$ is zero only when the amplitude of the voltage is not changing.