Finalize Because the capacitive reactance is larger than the inductive reactance, the circuit is more capacitive than inductive. In this case, the phase angle $$ is negative, so the current $---$Select$---$leads$$lags the applied voltage. By applying the phase relationship to its instantaneous voltage, the instantaneous voltages $($in volts$)$ across the three elements are:

$$vR$=$

V

sin$(377$t$)$vL$=$

V

cos$(377$t$)$vC$=$

V

cos$(377$t$)$