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In a Balanced Δ−Y\Delta - Y Circuit Shown Below, the Agnitude of the Phase Voltage Is

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In a balanced Δ−Y\Delta - Y circuit shown below, the agnitude of the phase voltage is VP = 565V (rms). The wire Impedance is per Zw=17+j11\mathrm { Zw } = 17 + \mathrm { j } 11 , and the phase impedance is ZY=47+j49ΩZ _ { Y } = 47 + j 49 \Omega per phase. Find line currents and voltages of the equivalent Y-connected source assuming ∠Vab=0∘\angle \mathrm { V } _ { \mathrm { ab } } = 0 ^ { \circ } In a balanced \Delta - Y circuit shown below, the agnitude of the phase voltage is V<sub>P</sub> = 565V (rms). The wire Impedance is per \mathrm { Zw } = 17 + \mathrm { j } 11 , and the phase impedance is Z _ { Y } = 47 + j 49 \Omega per phase. Find line currents and voltages of the equivalent Y-connected source assuming \angle \mathrm { V } _ { \mathrm { ab } } = 0 ^ { \circ }

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