For the circuit show below has an AC voltage source, answer the following questions: $R=500$;$C=45F$;$L=500H,I_s(t)=2\mathrm{.}2cos(t+35)A$ and $=60\frac{\text{r}\text{a}\text{d}}{s}$

$($a$)$ Convert the current source to Phasor form

$2$

$($b$)$ Give the impedence of each component in riasor rorill

$Z_{R_1}=,Z_{L_1}=,Z_{C_1}=$

$($c$)$ Write the equations in variable form $($using Z $)$ for the equivalent impedance

$($d$)$ Use MATLAB, to find the equivalent impedance in Phasor form

$($e$)$ Use MATLAB, to find the voltage across the equivalent impedance in Phasor form

$($f$)$ Use MATLAB, to find the voltage across resistor $R$ in Phasor form