2. The following information is given in connection with the two phase three wire circuit of thefigure.EBA = 240 voltsLoad "NA" is an impedance of (10 +j6)Load "BN" is an impedance of (7-j12) QLoad "BA" takes a current of 14 A at a leading p.f. of 0.95Calculatea). Current INA and IBN.b). Neutral current IN.c). Line circuits IA and IB.d). The total power.IBINLOAD BNLOAD NA0000IABIBNNINAIBA LOAD BA

Given:- EBA=240 VZNA=10+j6 ΩZBN=7-j12 Ω The current across ZBA is 14 A at a power factor of 0.95…

2. The following information is given in connection with the two phase three wire circuit of th figure. EBA = 240 volts Load "NA" is an impedance of (10+ j6) Load "BN" is an impedance of (7-j12) 0 Load "BA" takes a current of 14 A at a leading p.f. of 0.95 Calculate a). Current INA and IBN. b). Neutral current IN. c). Line circuits IA and IB. d). The total power. IB IN LOAD BN LOAD NA 0000 IA B IBN N INA IBA LOAD BA

2. The following information is given in connection with the two phase three wire circuit of th figure. EBA = 240 volts Load "NA" is an impedance of (10+ j6) Load "BN" is an impedance of (7-j12) 0 Load "BA" takes a current of 14 A at a leading p.f. of 0.95 Calculate a). Current INA and IBN. b). Neutral current IN. c). Line circuits IA and IB. d). The total power. IB IN LOAD BN LOAD NA 0000 IA B IBN N INA IBA LOAD BA

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.61P

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