Find the equivalent impedance $Z_{eq}$ for the network shown for the frequency $f=2000Hz.$ Give the result in both rectangular $($real and imaginary parts$)$ form and polar $($magnitude and angle$)$ form to one decimal place $($e$.$g$.4\mathrm{.}5$ Ohms or $-12\mathrm{.}3$ degrees$).$

Real part $($resistance$)$: ohms

Imaginary part $($reactance$)$: $$ ohms

Magnitude: $$ ohms

Angle: $$ degrees