$($c$)$ At a later time, the charge on the capacitor is Q $=+0\mathrm{.}147$C and VB $$VC $=3\mathrm{.}64$ V$.$ Find the rate of change of charge on the capacitor $($dQ$/$dt$),$ the voltage drop across the inductor, and dI$/$dt$.$ Is the capacitor charge decreasing or increasing at this time? Is the current decreasing or increasing at this time? $($d$)$ At the time discussed in part $($c$),$ when the charge on the capacitor is Q $=+0\mathrm{.}147$C and VB $$VC $=3\mathrm{.}64$ V$.$ Find the total stored energy and the rate of change of stored energy. $($e$)$ At a still later time, at the instant when there is no voltage drop across the resistor and the charge on the capacitor is Q $=396$ nC$,$ find VA $$VB$.$ Is the current I increasing or decreasing?