Voltage Source: v$($t$)=20$cos$($t$+90)$v$($t$)=20\backslash$cos$(\backslash$omega t $+90^\backslash$circ$)$v$($t$)=20$cos$($t$+90),$ represented as $209020\backslash$angle $90^\backslash$circ$2090$ in the phasor domain.

Resistors:

$55\backslash ,\backslash$Omega$5$ in series with the voltage source$\mathrm{.}1010\backslash ,\backslash$Omega$10$ near terminal aaa.

Inductor: L$=1$HL $=1\backslash ,\backslash$text$\{$H$\}$L$=1$H$,$ with ZL$=$jLZ$\_$L $=$ j$\backslash$omega LZL$=$jL$.$

Capacitor: C$=0\mathrm{.}01$FC $=0\mathrm{.}01\backslash ,\backslash$text$\{$F$\}$C$=0\mathrm{.}01$F$,$ with ZC$=$jCZ$\_$C $=\backslash$frac$\{-$j$\}\{\backslash$omega C$\}$ZC$=$C$$j$.$

Dependent Source: Voltage source $2$vC$2$v$\_$C$2$vC$,$ where vCv$\_$CvC$$ is the voltage across the capacitor.