1. The problem statement, all variables and given/known data Draw the Thevenin and Norton equivalent circuits for diagram 1, labeling the elements and terminals. ZR = 5 Ω, ZL = j5Ω, Vs = 3∠30°, the current flowing throught the resistance is Ix, and the current flowing through the dependent current source is 0.5Ix. 2. Relevant equations KVL and KCL in Steady-State Sinusoidal Analysis. Ohm's law in Steady-State Sinusoidal Analysis. 3. The attempt at a solution Because this circuit contains a dependent source, I cannot find the Thevenin resistance by zeroing the sources and combining the impedances in series. Thus, I try to find the open-circuit voltage. But what I don't understand is, by using KVL, Vs = VL + VId + VR. How can I derived the voltage across the dependent current source?