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11. Set up the circuit shown in Figure 4-6. 11 + U2 R 2100 Us U1 Us U3 U XL 2100 100 V U4 хе UC 3140 Figure 4-6. Series ac circuit containing a resistor, an inductor, and a capacitor, and set up for circuit analysis. Make the necessary connections and switch settings on the Resistive Load, Inductive Load, and Capacitive Load in order to obtain the resistance, inductive reactance, and capacitive reactance values required. Use inputs U1, U2, U3, U4, and 11 of the Data Acquisition and Control Interface to measure the source voltage Us, the resistor voltage Ur, the inductor voltage U, the capacitor voltage Vc, and the source current is (Is = IR = I1 = Ic), respectively. Ω A V 12. Resolve the entire circuit shown in Figure 4-6 using the impedance calculation method Equivalent reactance Xuq. = Impedance 2 = Source current Is Apparent power S = VA Resistor voltage UR = Active power PR = P = Inductor voltage U. = Reactive power Q. = Capacitor voltage UC = Reactive power Qc = Total reactive power Q = ६ w V var V var var Power factor PF =