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A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V? for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared
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the Electrical Engineering (EE) exam syllabus. Information about A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V? covers all topics & solutions for Electrical Engineering (EE) 2024 Exam.
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Solutions for A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V? in English & in Hindi are available as part of our courses for Electrical Engineering (EE).
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Here you can find the meaning of A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V? defined & explained in the simplest way possible. Besides giving the explanation of
A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V?, a detailed solution for A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V? has been provided alongside types of A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V? theory, EduRev gives you an
ample number of questions to practice A 5 kVA, 400/80 V transformer has equivalent resistance refered to primary, Req(HV) = 1.76 Ω and equivalent reactance referred to primay, Xeq(HV) = 3.74 Ω. A lagging load is being supplied by it resulting in the following meter readings (meters are placed on the HV side): I1 = 9.3 A, V1 = 400 V, P1 = 3.2 kW For this condition calculate what a voltmeter would read if connected across the load terminals. Neglect the no-load current of the transformer. A. 72.94 V B. 73.67 V C. 62.62 V D. 86.67 V? tests, examples and also practice Electrical Engineering (EE) tests.