Image text transcribed for accessibility: Two three-phase wye-connected loads are in parallel across a three-phase supply. The first load draws a phase current of 20A at 0.9 power factor leading, and the second load draws a phase current of 30A at 0.8 power factor lagging. Calculate the following: The transmission line current The power factor of the load The real power supplied by the source if the line-to-line voltage of the transmission line is 400V. The line-to-line voltage of a three-phase transmission line is Vbarix = 340 20degreeV Calculate the phase voltage Vbaron If a wye load impedance of Zbar = 10 60degreeOhm is connected to the transmission line, calculate the transmission line current Ibarb Calculate the current in the neutral line Ibarn The following are the voltage and current measured for a wye-connected load: Vbarab = 200 50degreerV Ibarc =10 140degreeA Calculate the power factor angle Calculate the real power consumed by the load A three-phase wye-connected source is energizing a delta-connected load. The phase voltage of the transmission line is Vbarbn = 120 0degreeV, and the total load impedance is Zbar = 9 30degreeOhm. Compute the line current Ibara and the real power consumed by the delta load.