In the balanced three-phase parallel circuit below, complete the tables using the provided values. Assuming b-c-a sequence, strictly use stored values throughout the computations. Provide up to four decimal places. Note: Neglect wattmeter range multiplier
In the balanced three-phase parallel circuit below, complete the tables using the provided values. Assuming b-c-a sequence, strictly use stored values throughout the computations. Provide up to four decimal places. Note: Neglect wattmeter range multiplier
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![In the balanced three-phase parallel circuit below, complete the tables using the provided values.
Assuming b-c-a sequence, strictly use stored values throughout the computations. Provide up to four
decimal places.
Note: Neglect wattmeter range multiplier
W1
V1
W3
Load 1'
V2
230-V
A3-[
B
w1
350-W
A1
(v1
W2
w2
A2
0.8-A
W3
A3
W4
A4
0.51798
120V
W4
PFloadi
0.6 lag
240V
A4
PFload2
Load 2
PFTotal
+18.1949](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F83026759-e38d-4686-ae5d-29f9bd6dfc04%2F716cd234-bcd1-4b46-9c53-64fdf67357f9%2Fwuc1cgb_processed.png&w=3840&q=75)
Transcribed Image Text:In the balanced three-phase parallel circuit below, complete the tables using the provided values.
Assuming b-c-a sequence, strictly use stored values throughout the computations. Provide up to four
decimal places.
Note: Neglect wattmeter range multiplier
W1
V1
W3
Load 1'
V2
230-V
A3-[
B
w1
350-W
A1
(v1
W2
w2
A2
0.8-A
W3
A3
W4
A4
0.51798
120V
W4
PFloadi
0.6 lag
240V
A4
PFload2
Load 2
PFTotal
+18.1949
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