Circuits theory 2 VL120° VVL-120° VV₁Z0° VI,O a. IAB=4.56 A, lb-7.89 AO b. IAB=7.89 A, Ib=4.99 AO c. IAB=6.44 A, Ib=4.78 AOD. IAB=9.11 A, lb=6.11 AO to. IAB=9.11 A, lb-6.44 AO f. IAB=5.19 A, Ib=6.76 AOg. IAB=6.44 A, lb-8.15 AOh. IAB=6.11 A, lb=9.66 ALLABZLB-AIBC ZLZ₁CQuestion 3) If VL=271 and ZL=27+ j53 in the above balanced three-phase circuit, calculate the amplitude of the phase current "IAB" and the amplitude of the line current "ic".Question 3) In the above circuit VL=271 and ZL = 27 + j53, find the "Ib" line and "IAB" phase currents.

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Answered: Circuits theory

Engineering

Electrical Engineering

Circuits theory

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

Circuits theory 2

VL120° V
VL-120° V
V₁Z0° V
I,
O a. IAB=4.56 A, lb-7.89 A
O b. IAB=7.89 A, Ib=4.99 A
O c. IAB=6.44 A, Ib=4.78 A
OD. IAB=9.11 A, lb=6.11 A
O to. IAB=9.11 A, lb-6.44 A
O f. IAB=5.19 A, Ib=6.76 A
Og. IAB=6.44 A, lb-8.15 A
Oh. IAB=6.11 A, lb=9.66 A
L
LAB
ZL
B-
A
IBC ZL
Z₁
C
Question 3) If VL=271 and ZL=27+ j53 in the above balanced three-phase circuit, calculate the amplitude of the phase current "IAB" and the amplitude of the line current "ic".
Question 3) In the above circuit VL=271 and ZL = 27 + j53, find the "Ib" line and "IAB" phase currents.

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