Theory Concepts Covered: Complex number representation $($Rectangular & Phasor$)$ Impedence $($Resistors$,$ Capacitors & Inductors$)$

Determine the equivalent impedence $($in phasor form$)$ for the circuit in the below figure. $R=220$;$C=4\mathrm{.}7F$;$L=1H,V_s(t)=\frac{220}{{?}_{45}}V$ and $=314\frac{\text{r}\text{a}\text{d}}{s}$

$($a$)$ Impedence of Resistance $R_1$&$R_2$

$($b$)$ Impedence of Capacitance $C_1$

$($c$)$ Impedence of Inductance L

$1$

$($d$)$ Equivalent Impedence

$($e$)$ Voltage across the capacitor

$($f$)$ Voltage across the inductor