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9. The voltage across a single phase of a balanced A-connected load is 120/30° V. The line current feeding the load is: 5/15° A. Find the corresponding load impedance ZL. B) Z₁ = 13.39 +j3.59 C) ZL=13.39-j3.59 A) ZL = 23.18+j6.21 ZL=40.15-j10.7692 D)

9. The voltage across a single phase of a balanced A-connected load is 120/30° V. The line current feeding the load is: 5/15° A. Find the corresponding load impedance ZL. B) Z₁ = 13.39 +j3.59 C) ZL=13.39-j3.59 A) ZL = 23.18+j6.21 ZL=40.15-j10.7692 D)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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9. The voltage across a single phase of a balanced A-connected load is 120/30° V. The line current feeding the load is: 5/15° A. Find the corresponding load impedance ZL. B) Z₁ = 13.39+j3.59 0 C) Z₁ = 13.39-j3.59 A) Z₁ = 23.18+j6.21 D) ZL=40.15 -j10.76
Transcribed Image Text:9. The voltage across a single phase of a balanced A-connected load is 120/30° V. The line current feeding the load is: 5/15° A. Find the corresponding load impedance ZL. B) Z₁ = 13.39+j3.59 0 C) Z₁ = 13.39-j3.59 A) Z₁ = 23.18+j6.21 D) ZL=40.15 -j10.76
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