In an evenly distributed three-phase wye-wye configuration, the power source delivers a sequence of abc voltages with a phase voltage of Van 16020 volts. Each line has an impedance of 2 ohms, while each phase of the load has an impedance of 8 ohms. You need to: = (a) Draw the electrical schematic that shows the three voltage sources, the line impedances, the loads, and the connection to the neutral wire. (b) Determine the currents for each line, namely IA, IB, and IC. (c) Figure out the voltages across the load for each phase, which are VAN, VBN, and VCN. In an evenly distributed three-phase wye-wye configuration, the power source delivers a sequence of abc voltages with a phase voltage of Van 160/0 volts. Each line has an impedance of 2 ohms, while each phase of the load has an impedance of 8 ohms. You need to: = (a) Draw the electrical schematic that shows the three voltage sources, the line impedances, the loads, and the connection to the neutral wire. (b) Determine the currents for each line, namely IA, IB, and IC. (c) Figure out the voltages across the load for each phase, which are VAN, VBN, and VCN.