Two different loads A and B are connected across a balanced 230 V. 3-phase lines. Load A is a three-phase load that draws 10 kVA at 70% lagging pf. Load B is a single- phase load connected across lines a and b drawing 5 kVA at unity pf. Determine line current in line a. Assume a phase sequence of a-b-c. (Hint: Assume the three phase load is delta connected)
Two different loads A and B are connected across a balanced 230 V. 3-phase lines. Load A is a three-phase load that draws 10 kVA at 70% lagging pf. Load B is a single- phase load connected across lines a and b drawing 5 kVA at unity pf. Determine line current in line a. Assume a phase sequence of a-b-c. (Hint: Assume the three phase load is delta connected)
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Find the three line circuits
![Two different loads A and B are connected across a
balanced 230 V. 3-phase lines. Load A is a three-phase
load that draws 10 kVA at 70% lagging pf. Load B is a single-
phase load connected across lines a and b drawing 5 kVA
at unity pf. Determine line current in line a. Assume a phase
sequence of a-b-c. (Hint: Assume the three phase load is
delta connected)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdf3da175-585f-4ddc-8e15-26be0113f8d6%2Fa817ee8a-add8-4fef-9626-057ac1618d33%2Flx4i388_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two different loads A and B are connected across a
balanced 230 V. 3-phase lines. Load A is a three-phase
load that draws 10 kVA at 70% lagging pf. Load B is a single-
phase load connected across lines a and b drawing 5 kVA
at unity pf. Determine line current in line a. Assume a phase
sequence of a-b-c. (Hint: Assume the three phase load is
delta connected)
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