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TA 0.5 +j1 Ω - j20 Ω - i20 Ω ba x ca TCA Tch 4. Consider the network of Fig. P4.1. VAB = 208/0° V, Vbc = 208/-120° V, an
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TA 0.5 +j1 Ω - j20 Ω - i20 Ω ba x ca TCA Tch 4. Consider the network of Fig. P4.1. VAB = 208/0° V, Vbc = 208/-120° V, an
TA 0.5 +j1 Ω - j20 Ω - i20 Ω ba x ca TCA Tch 4. Consider the network of Fig. P4.1. VAB = 208/0° V, Vbc = 208/-120° V, and Vca = 208/+120° v. (a) Label all node voltages and branch currents. (b) Find the currents | AB BC, and ICA b + (c) Find the currents lan, bB; and I C (d) Find the voltages Vaba V be, and Vc (e) Find the currents Iba Ieb, and lac Fig. P4.1 (f) Determine the total complex power of the line (0.5 +jl 2). 50 Ως 50 Ω loc FBC ABZ Твс MB C 50 22 ас : C 0.5 +j1 12 13 аА? V be - 2022 ca cb 0.5 +j1Ω