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aA a 0.5 +j1Ω -j20 Ω - 2012 ab ca 50 Ως ICA Tc • Iec cb Consider the network of Fig. P4.1. VAB = 208/0° V, VBC = 208/-12
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aA a 0.5 +j1Ω -j20 Ω - 2012 ab ca 50 Ως ICA Tc • Iec cb Consider the network of Fig. P4.1. VAB = 208/0° V, VBC = 208/-12
aA a 0.5 +j1Ω -j20 Ω - 2012 ab ca 50 Ως ICA Tc • Iec cb Consider the network of Fig. P4.1. VAB = 208/0° V, VBC = 208/-120° V, V and VCA = 208/+120° v. (a) Label all node voltages and branch currents. (b) Find the currents IAB, IBC, and ICA b +1 (e) Find the currents / 16B (d) Find the voltages Vab, V be, and V (e) Find the currents Iba Ieb, and I ac (1) Determine the total complex power of the line (0.5 +jl 2). 50 Ω 'AB4 WW B ac and Icc с С Voc 0.5 +j1Ω IbB -20 Ω 50 Ω са" ' Fig. P4.1 0.5 +j1Ω