For the balanced A-A circuit of the figure below, calculate the phase and line currents (lag and I). 30 2 173/0° V 102 30 Ω 173/120° V ( 30 2 j10 2 173 120° V j10 2 C wwele ww elw ww
For the balanced A-A circuit of the figure below, calculate the phase and line currents (lag and I). 30 2 173/0° V 102 30 Ω 173/120° V ( 30 2 j10 2 173 120° V j10 2 C wwele ww elw ww
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![For the balanced A-A circuit of the figure below, calculate the phase and line currents (lAs and Ia).
A
30 2
173/0 V
j10 2
30 Ω
173/120° V E
B
30 2
10 2
173 120° V
10 2
C
Select one:
O lAB = 5.472-18.43° Arms and Iaa= 9.4742-48.43° Arms
O laB = 5.47 18.43° A and I4= 9.474248.43° A
O IAB = 5.472-18.43° mA and Ig4= 9.474 48.43° mA
%3D
%3D
O lAB = 5.47218.43° A and Ia= 9.474z-48.43°A
O IAB = 5.472-18.43° A and lA= 9.4742-48.43 A
wwele
ww](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd1b0413c-6589-4e50-9e30-b0683eee5e8a%2F42720325-69b4-4bae-90d2-e6dc4e62f743%2Fx06pndk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the balanced A-A circuit of the figure below, calculate the phase and line currents (lAs and Ia).
A
30 2
173/0 V
j10 2
30 Ω
173/120° V E
B
30 2
10 2
173 120° V
10 2
C
Select one:
O lAB = 5.472-18.43° Arms and Iaa= 9.4742-48.43° Arms
O laB = 5.47 18.43° A and I4= 9.474248.43° A
O IAB = 5.472-18.43° mA and Ig4= 9.474 48.43° mA
%3D
%3D
O lAB = 5.47218.43° A and Ia= 9.474z-48.43°A
O IAB = 5.472-18.43° A and lA= 9.4742-48.43 A
wwele
ww
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