Each phase of a balanced three-phase -connected load consists of a 200 mH inductor in series with the parallel combination of a 5 uF capacitor and a 200 ohms resistance. Assume zero line resistance...


Each phase of a balanced three-phase -connected load consists of a 200 mH inductor in series with the parallel combination of a 5 uF capacitor and a 200 ohms resistance.<br>Assume zero line resistance and a phase voltage of 200 V at w = 400 rad/s.<br>a) the magnitude of the phase current is<br>A. Do not write units, round off to three(3) decimal places<br>b) the magnitude of the line current is<br>A. Do not write units, round off to two(2) decimal places<br>c) the total power absorbed by the load is<br>W. Do not write units, No decimal places<br>

Extracted text: Each phase of a balanced three-phase -connected load consists of a 200 mH inductor in series with the parallel combination of a 5 uF capacitor and a 200 ohms resistance. Assume zero line resistance and a phase voltage of 200 V at w = 400 rad/s. a) the magnitude of the phase current is A. Do not write units, round off to three(3) decimal places b) the magnitude of the line current is A. Do not write units, round off to two(2) decimal places c) the total power absorbed by the load is W. Do not write units, No decimal places

Jun 11, 2022
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