Hey i was wondering if someone could please help me out with thisproblem im having trouble with. I would really appreciate yourhelp. thank you so much.

1. A measurement of one of the lab’s 5 μF (nominal)capacitors with the impedance bridge (set on
series-model at 1000 Hz) yielded a capacitance of Cs= 4.98 μFwith a dissipation factor of D=
0.036. Obtain the parallel-model capacitance Cp and theseries-model resistance Rs and the
parallel-model resistance Rp associated with this practicalcapacitior inductor.

2. Form a parallel RLC circuit with the parallel equivalent modelsof practical L and C (with no external resistor, i.e., R = ∞)as shown below. Convert the circuit to an equivalent parallel RLCcircuit. Determine the resonant frequency ωo= 1 / ( LC)^½ rad/s, the bandwidth B = 1 / ( RC )
rad/s, and the quality factor of the circuit (a bandpass filter) Qo= ωo / B (B in rad/s).

3. Plot the magnitude of the total impedance of the circuit versusthe frequency and identify the
resonant and cutoff (half-power) frequencies and the bandwidth onthe graph.

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