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In the network of Figure, determine jXc 1 160 j2 a 100 Vs 20 30 -j9 a Where: V1 = 50<0° V; R=1 0; Xc= 10 8- The current I. A) (11.85 +j11.0) A C) (12.77 +j11.44) A B) (14.1 +j12.58) A D) (20.43 +j18.3)A 9- The current in the 2 Q resistance. A) (6.1 + j6.78) A C) (6.73 + j7.5) A B) (9.79 +j10.85) A D) (5.65 +j6.5) A A) (6.52 +j7.23) A C) (3.77 +j 4.33)A 10- The current in the 3 Q resistance. B) (4.48 +j4.97) A D) (4.1 + j4.5) A

In the network of Figure, determine jXc 1 160 j2 a 100 Vs 20 30 -j9 a Where: V1 = 50<0° V; R=1 0; Xc= 10 8- The current I. A) (11.85 +j11.0) A C) (12.77 +j11.44) A B) (14.1 +j12.58) A D) (20.43 +j18.3)A 9- The current in the 2 Q resistance. A) (6.1 + j6.78) A C) (6.73 + j7.5) A B) (9.79 +j10.85) A D) (5.65 +j6.5) A A) (6.52 +j7.23) A C) (3.77 +j 4.33)A 10- The current in the 3 Q resistance. B) (4.48 +j4.97) A D) (4.1 + j4.5) A

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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The voltages are not the same n here the voltage source in this problem is 50 volt while the voltage in the first similar problem is 80 volt. This clearly indicate that there is a noticeable different between the answers of this problem, and the first problem I posted early. Would you review  it and repost it if possible. I just want to understand

In the network of Figure, determine R -jXc 1 160 j2 0 100 V. 20 30 -j9 a Where: V1 = 50<0° V; R=1 Q; Xc=10 8- The current I. A) (11.85 +j11.0) A C) (12.77 +j11.44) A B) (14.1 +j12.58) A D) (20.43 +j18.3)A 9- The current in the 2 Q resistance. A) (6.1 + j6.78) A C) (6.73 + j7.5) A B) (9.79 +j10.85) A D) (5.65 +j6.5) A 10- The current in the 3 Q resistance. A) (6.52 + j7.23) A C) (3.77 +j 4.33)A B) (4.48 +j4.97) A D) (4.1 + j4.5) A 11- The current in the 10Q resistance. A) (2.84 + j0.15) A C) (2.43 + j0.17) A B) (2.58 + j0.13) A D) (4.13 + j0.21) A 12- The voltage at node 1 (parallel circuit) A) (25.79 +jl.33) V C) (41.27 + j2.13) V B) (24.3 + j1.7) V D) (28.37 + j1.47) V 13- The complex power for the (3 – j2) Q impedance. A) (134.52 - j134.52)VA C) (284.6 - 284.6) VÀ B) (111.18 - j111.18)VA D) (98.9 -j98.9) VA
Transcribed Image Text:In the network of Figure, determine R -jXc 1 160 j2 0 100 V. 20 30 -j9 a Where: V1 = 50<0° V; R=1 Q; Xc=10 8- The current I. A) (11.85 +j11.0) A C) (12.77 +j11.44) A B) (14.1 +j12.58) A D) (20.43 +j18.3)A 9- The current in the 2 Q resistance. A) (6.1 + j6.78) A C) (6.73 + j7.5) A B) (9.79 +j10.85) A D) (5.65 +j6.5) A 10- The current in the 3 Q resistance. A) (6.52 + j7.23) A C) (3.77 +j 4.33)A B) (4.48 +j4.97) A D) (4.1 + j4.5) A 11- The current in the 10Q resistance. A) (2.84 + j0.15) A C) (2.43 + j0.17) A B) (2.58 + j0.13) A D) (4.13 + j0.21) A 12- The voltage at node 1 (parallel circuit) A) (25.79 +jl.33) V C) (41.27 + j2.13) V B) (24.3 + j1.7) V D) (28.37 + j1.47) V 13- The complex power for the (3 – j2) Q impedance. A) (134.52 - j134.52)VA C) (284.6 - 284.6) VÀ B) (111.18 - j111.18)VA D) (98.9 -j98.9) VA
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