Need help solving the circuit with 120V 60Hz power network 21 Set up the circuit shown...
21 Set up the circuit shown in Figure 3. + L1 11 + Ri E1 Xci R3. L2 X3 E2 Xc2 L3 12 XC1,XC2, XC3 R1,R2,R3 (O Local ac power network Frequency (Hz) Voltage (V) 240 171 60 120 880 629 50 220 960 686 50 240 Figure 3. Balanced, three-wire, delta-connected, three-phase circuit set up for power measurements using the two-wattmeter method. 22 in order to obtain the resistance and capacitive reactance values required Make the necessary switch settings on the Resistive Load and Capacitive Load modules Solve the circuit in Figure 3 to determine the following parameters: the active power P reactive power Q, and apparent power S in each phase of the circuit, as well as the total active power PT, total reactive power QT, and total apparent power ST in the circuit 23. wt wwH WHE
21 Set up the circuit shown in Figure 3. + L1 11 + Ri E1 Xci R3. L2 X3 E2 Xc2 L3 12 XC1,XC2, XC3 R1,R2,R3 (O Local ac power network Frequency (Hz) Voltage (V) 240 171 60 120 880 629 50 220 960 686 50 240 Figure 3. Balanced, three-wire, delta-connected, three-phase circuit set up for power measurements using the two-wattmeter method. 22 in order to obtain the resistance and capacitive reactance values required Make the necessary switch settings on the Resistive Load and Capacitive Load modules Solve the circuit in Figure 3 to determine the following parameters: the active power P reactive power Q, and apparent power S in each phase of the circuit, as well as the total active power PT, total reactive power QT, and total apparent power ST in the circuit 23. wt wwH WHE