In the circuit shown in Figure 13.20, what is the voltage V₂?R₁5ΩVs46 20° VFigure 13.20+V₁j6a. V₂ = -15.88 -j4.89 Vb. V₂ = -20.88 - 14.89 Vc. V₂ = -10.88 -j4.89 Vd. V₂ = -25.88 - 14.89 Vj5j8V₂ R₂952

Option (b) By using Kirchoff's voltage law we can find the value of V2 Kirchoff's voltage law -…

In the circuit shown in Figure 13.20, what is the voltage V₂? R₁ 5Ω 46 20° V Figure 13.20 + V₁j6 a. V₂ = -15.88 -j4.89 V b. V₂ = -20.88 - 14.89 V c. V₂ = -10.88 -j4.89 V d. V₂ = -25.88 - 14.89 V j5 j8 + V₂ R₂ 952

In the circuit shown in Figure 13.20, what is the voltage V₂? R₁ 5Ω 46 20° V Figure 13.20 + V₁j6 a. V₂ = -15.88 -j4.89 V b. V₂ = -20.88 - 14.89 V c. V₂ = -10.88 -j4.89 V d. V₂ = -25.88 - 14.89 V j5 j8 + V₂ R₂ 952

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 2.7P: Let a 100V sinusoidal source be connected to a series combination of a 3 resistor, an 8 inductor,...

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Question

In the circuit shown in Figure 13.20, what is the voltage V₂?
R₁
5Ω
Vs
46 20° V
Figure 13.20
+
V₁j6
a. V₂ = -15.88 -j4.89 V
b. V₂ = -20.88 - 14.89 V
c. V₂ = -10.88 -j4.89 V
d. V₂ = -25.88 - 14.89 V
j5
j8
V₂ R₂
952

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