Consider the power dissipated in a series R-L-C circuit with R=3600, L = 120mH, C=0.800?F,...
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Consider the power dissipated in a series R-L-C circuit with R=3600, L = 120mH, C=0.800?F, V = 50V, and w=11300rad/s. The current and the voltages in this circuit are not in phase with each other. Using the values given, the phase angle was found to be 74, and the current amplitude I was found to be 3.9x10-2 A. Calculate the power factor and the average power to the entire circuit and to each circuit element. If the inductance L in this circuit could be changed, what value of L would give a power factor of unity?
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