Consider the following RLC circuit in Figure 3.38 and find: (a) The time domain equation relating (i(t))

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Consider the following RLC circuit in Figure 3.38 and find:

(a) The time domain equation relating \(i(t)\) and \(v_{1}(t)\).

(b) The time domain equation relating \(i(t)\) and \(v_{2}(t)\).

(c) The Transfer Function model \(V_{2}(s) / V_{1}(s)\), assuming zero initial conditions.

(d) The damping ratio \(\xi\) and the natural frequency \(\omega_{n}\).

(e) The value of \(R\) such that the overshoot, \(M_{p}=25 \%\) where \(v_{1}(t)\) is a unit step input, \(L=10 \mathrm{mH}\) and \(C=4 \mu F\).

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