=234.90.4° V V₁-2300° V jxq, = 4.21 53.1° V I, 65.2-36.9° A (a) Reqs 2.9-36.9° V =232.9 1.04° V = 65.20° A 2300° V 2.90° V 4.21 90° V (b) V =229.81.27° V I,= 65.236.9° A 4.21126.9° V FIGURE 2-30 Transformer phasor diagrams for Example 2-5. 2.9 36.9° V 2300° V (c)

=234.90.4° V V₁-2300° V jxq, = 4.21 53.1° V I, 65.2-36.9° A (a) Reqs 2.9-36.9° V =232.9 1.04° V = 65.20° A 2300° V 2.90° V 4.21 90° V (b) V =229.81.27° V I,= 65.236.9° A 4.21126.9° V FIGURE 2-30 Transformer phasor diagrams for Example 2-5. 2.9 36.9° V 2300° V (c)

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.2P: Convert the following instantaneous currents to phasors, using cos(t) as the reference. Give your...

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Question

Need handwritten

=234.90.4° V
V₁-2300° V
jxq, = 4.21 53.1° V
I, 65.2-36.9° A
(a)
Reqs 2.9-36.9° V
=232.9 1.04° V
= 65.20° A
2300° V
2.90° V
4.21 90° V
(b)
V
=229.81.27° V
I,= 65.236.9° A
4.21126.9° V
FIGURE 2-30
Transformer phasor diagrams for Example 2-5.
2.9 36.9° V
2300° V
(c)

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