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)
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Chapter1: Introduction
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KVL and KCL
KVL stands for Kirchhoff voltage law. KVL states that the total voltage drops around the loop in any closed electric circuit is equal to the sum of total voltage drop in the same closed loop.
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Question
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
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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