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A 3-phase 50 Hz generator supplies power of 3MW at 17.32 kV to a balanced 3-phase inductive load through an overhead line. The per phase line resistance and reactance are 0.25Ωand 3.925Ωrespectively. If the voltage at the generator terminal is 17.87 kV, the power factor of the load is ________.Correct answer is between '0.75,0.85'. Can you explain this answer? for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared
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A 3-phase 50 Hz generator supplies power of 3MW at 17.32 kV to a balanced 3-phase inductive load through an overhead line. The per phase line resistance and reactance are 0.25Ωand 3.925Ωrespectively. If the voltage at the generator terminal is 17.87 kV, the power factor of the load is ________.Correct answer is between '0.75,0.85'. Can you explain this answer?, a detailed solution for A 3-phase 50 Hz generator supplies power of 3MW at 17.32 kV to a balanced 3-phase inductive load through an overhead line. The per phase line resistance and reactance are 0.25Ωand 3.925Ωrespectively. If the voltage at the generator terminal is 17.87 kV, the power factor of the load is ________.Correct answer is between '0.75,0.85'. Can you explain this answer? has been provided alongside types of A 3-phase 50 Hz generator supplies power of 3MW at 17.32 kV to a balanced 3-phase inductive load through an overhead line. The per phase line resistance and reactance are 0.25Ωand 3.925Ωrespectively. If the voltage at the generator terminal is 17.87 kV, the power factor of the load is ________.Correct answer is between '0.75,0.85'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice A 3-phase 50 Hz generator supplies power of 3MW at 17.32 kV to a balanced 3-phase inductive load through an overhead line. The per phase line resistance and reactance are 0.25Ωand 3.925Ωrespectively. If the voltage at the generator terminal is 17.87 kV, the power factor of the load is ________.Correct answer is between '0.75,0.85'. Can you explain this answer? tests, examples and also practice Electrical Engineering (EE) tests.