A balanced three-phase three-wire system has a line voltage of 500 V. Two balanced Y-connected loads are present. One is a capacitive load with 7 - j2 ohms per phase, and the other is an inductive...


A balanced three-phase three-wire system has a line voltage of 500 V. Two balanced Y-connected loads are present. One is a capacitive load with 7 - j2 ohms per phase, and the<br>other is an inductive load with 4 + j2 ohms per phase.<br>a) The magnitude of the phase voltage is<br>V. Do not write units, no decimal places.<br>b) The magnitude of the line current curent is<br>A. Do not write units, round off to one(1) decimal place.<br>c) the total power drawn by the load is<br>kW. Do not write units, no decimal places.<br>d) the power factor at which the source is operating is<br>Round off to three (3) decimal places.<br>

Extracted text: A balanced three-phase three-wire system has a line voltage of 500 V. Two balanced Y-connected loads are present. One is a capacitive load with 7 - j2 ohms per phase, and the other is an inductive load with 4 + j2 ohms per phase. a) The magnitude of the phase voltage is V. Do not write units, no decimal places. b) The magnitude of the line current curent is A. Do not write units, round off to one(1) decimal place. c) the total power drawn by the load is kW. Do not write units, no decimal places. d) the power factor at which the source is operating is Round off to three (3) decimal places.

Jun 11, 2022
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