(a) Obtain an expression for the equivalent impedance Zeq of a 1 resistor in series with
Chapter 10, Problem 36(choose chapter or problem)
(a) Obtain an expression for the equivalent impedance \(\mathbf{Z}_{\text {eq }}\) of a \(1\ \Omega\) resistor in series with a 10 mH inductor as a function of \(\omega\). (b) Plot the magnitude of \(\mathbf{Z}_{\text {eq }}\) as a function of \(\omega\) over the range \(1 < \omega < 100\ krad/s\) (use a logarithmic scale for the frequency axis). (c) Plot the angle (in degrees) of \(\mathbf{Z}_{\text {eq }}\) as a function of \(\omega\) over the range \(1 < \omega < 100\ krad/s\) (use a logarithmic scale for the frequency axis). [Hint: semilogx() in MATLAB is a useful plotting function.]
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