For the network shown below (all values are in pu): 1+j0.75( j1.25 j0.8 a. j0.2 b. -j0.2 c. j5 j0.4 j0.2 j0.4 Having the nodal-admittance equation as follow: 1. The injected current into node 4 (14) is: a. j2.45 b. -j2.45 c. 1/(j2.45) d. -j4.55 j0.8 a. 1.5-j2 b. -2.5-j1.875 c. j2-1.5 d. 2.5+j1.875 2. The admittance entry in the Ybus (Y21) is: d. -j5 3. The admittance entry in the Ybus (Y33) is: 1.5-j2
For the network shown below (all values are in pu): 1+j0.75( j1.25 j0.8 a. j0.2 b. -j0.2 c. j5 j0.4 j0.2 j0.4 Having the nodal-admittance equation as follow: 1. The injected current into node 4 (14) is: a. j2.45 b. -j2.45 c. 1/(j2.45) d. -j4.55 j0.8 a. 1.5-j2 b. -2.5-j1.875 c. j2-1.5 d. 2.5+j1.875 2. The admittance entry in the Ybus (Y21) is: d. -j5 3. The admittance entry in the Ybus (Y33) is: 1.5-j2
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
![For the network shown below (all values are in pu):
1+j0.75(
j1.25
j0.8
a. j0.2
b. -j0.2
c. j5
j0.4
j0.2
j0.4
Having the nodal-admittance equation as follow:
1. The injected current into node 4 (14) is:
a.j2.45
b. -j2.45
c. 1/(j2.45)
d. -j4.55
j0.8
a. 1.5-j2
b. -2.5-j1.875
c. j2-1.5
d. 2.5+j1.875
2. The admittance entry in the Ybus (Y21) is:
d. -j5
3. The admittance entry in the Ybus (Y33) is:
1.5-j2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd99b6acb-3c56-46a2-8aaf-762988209417%2F537a91ba-7370-48fb-9a04-03044267aee0%2Fp5sqzs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the network shown below (all values are in pu):
1+j0.75(
j1.25
j0.8
a. j0.2
b. -j0.2
c. j5
j0.4
j0.2
j0.4
Having the nodal-admittance equation as follow:
1. The injected current into node 4 (14) is:
a.j2.45
b. -j2.45
c. 1/(j2.45)
d. -j4.55
j0.8
a. 1.5-j2
b. -2.5-j1.875
c. j2-1.5
d. 2.5+j1.875
2. The admittance entry in the Ybus (Y21) is:
d. -j5
3. The admittance entry in the Ybus (Y33) is:
1.5-j2
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