Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Transcribed Image Text:QUESTION 3
Find the magnitude of the phase voltage of a wye-delta system that has a balanced load of 1000 and a load current of 2.6A RMS.
O 40V RMS
O 100V RMS
60V RMS
150V RMS
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- IN THE CIRCUIT OF THE FIGURE THE LOADS ARE THE FOLLOWING: LOAD A: 4 KVA WITH F.P = 0.8 IN DELAY LOAD B: 2.4 KVA WITH F.P = 0.6 IN DELAY LOAD C: 1 KW AND 500 VA INDUCTIVE DETERMINE: a) Current I b) The power factor of the combination.arrow_forwardQUESTION 6 Find the total real power dissipation in a balanced wye-delta system. Load impedance is 5kN270° and phase voltage is 320V RMS O 63W 99W 150W 36Warrow_forwarda) Find the load current IABb) Find the line voltage Vbcc) Calculate the total complex power on the loads.arrow_forward
- Calculate the current phasor I0 and the phase voltage Van at the load Thank youarrow_forwardFor balanced three-phase Y-A system below, if the voltage increases by 10%, the average power delivered to the load will be O No answer is correct OP=2871 W OP 3744 W OP 4544 W 110/0° Vrms 110-120° V rms 110/120° V rms 252 www 292 292 www 9-j692 9-j692 9-j6 92arrow_forward
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