verify the equivalence between the delta and star connections? (Compare the voltage and the currents in both cases). 2. The sum of the three voltage for Y or A (Va Vic, Va) must be equal to zero .Why ? Did your readings of the voltages verify this condition? Prove that. 3. Did the power delivers from (DC power supply) is changed after using the conversion from A to Y. Prove that? 4. When we have three equal resistors for a Y connection prove that (the value of each resistor of the delta is equal to three times the value of any resistor of the Y).

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Discussion:
1. Did your experimentals results verify the equivalence between the delta and star connections? (Compare the
voltage and the currents in both cases).
2. The sum of the three voltage for Y or A (Va, Vie, Va) must be equal to zero .Why ? Did your readings of the
voltages verify this condition? Prove that.
3. Did the power delivers from (DC power supply) is changed after using the conversion from A to Y. Prove
thar?
4. When we have three equal resistors for a Y connection prove that (the value of each resistor of the delta is
equal to three times the value of any resistor of the Y).
Transcribed Image Text:Discussion: 1. Did your experimentals results verify the equivalence between the delta and star connections? (Compare the voltage and the currents in both cases). 2. The sum of the three voltage for Y or A (Va, Vie, Va) must be equal to zero .Why ? Did your readings of the voltages verify this condition? Prove that. 3. Did the power delivers from (DC power supply) is changed after using the conversion from A to Y. Prove thar? 4. When we have three equal resistors for a Y connection prove that (the value of each resistor of the delta is equal to three times the value of any resistor of the Y).
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