Compose the voltage equations based on the variables given. Retain the signs generated by the tracing directions. Multiply with the least common factor to remove any fractions. 12/0° V E2 Iy 192 www 192 www j22 A 4/90° V E1 KVLⒸ loop A: K11Vx+Z12lx +Z13ly = Source₁ KVL @loop B: K21Vx+Z22lx + Z23ly = Source2 KVLⒸ loop C: K31Vx+Z32lx + Z33ly = Source3 DO NOT prefix "J" for the imaginary part. RE IM RE IM Blank Blank k11 Blank 2 Z12 Blank 3 1 Blank Blank k21 Z22 Blank 11 Blank 12 10 k31 Blank 17 Blank 18 232 Blank 19 Blank 20 IN 213 223 233 -j4Ω j292 192 m B -j2/22 RE Blank 5 Blank 13 Blank 21 IM Blank Blank 14 Blank 22 11 ⠀ 41 IM Blank RE Blank 7 Blank Blank 15 16 Blank Blank 23 24 00
Compose the voltage equations based on the variables given. Retain the signs generated by the tracing directions. Multiply with the least common factor to remove any fractions. 12/0° V E2 Iy 192 www 192 www j22 A 4/90° V E1 KVLⒸ loop A: K11Vx+Z12lx +Z13ly = Source₁ KVL @loop B: K21Vx+Z22lx + Z23ly = Source2 KVLⒸ loop C: K31Vx+Z32lx + Z33ly = Source3 DO NOT prefix "J" for the imaginary part. RE IM RE IM Blank Blank k11 Blank 2 Z12 Blank 3 1 Blank Blank k21 Z22 Blank 11 Blank 12 10 k31 Blank 17 Blank 18 232 Blank 19 Blank 20 IN 213 223 233 -j4Ω j292 192 m B -j2/22 RE Blank 5 Blank 13 Blank 21 IM Blank Blank 14 Blank 22 11 ⠀ 41 IM Blank RE Blank 7 Blank Blank 15 16 Blank Blank 23 24 00
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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Question
can u write the answers in 7 decimal places
![Compose the voltage equations based on the variables given.
Retain the signs generated by the tracing directions.
Multiply with the least common factor to remove any fractions.
12/0° V
E2
Iy
192 j22
m
192
I₂
A
4/90° V
E1
KVL @ loop A:
K11Vx+Z12lx + Z13ly = Source₁
KVL @loop B:
K21Vx+Z22lx + Z23ly = Source2
KVL @ loop C:
K31Vx+Z32lx + Z33ly = Source3
DO NOT prefix "j" for the imaginary part.
RE
IM
IM
Blank
Blank
k11
Blank
2
Z12
1
k21
Blank
9
Blank
10
Z22
Blank
12
k31
Blank
17
Blank
18
Z32
Blank
20
RE
Blank
3
Blank
11
Blank
19
с
Z13
Z23
Z33
-j4Ω
j2Q2
m
-j2/22
RE
Blank
5
Blank
13
Blank
21
B
IM
Blank
6
Blank
14
Blank
22
192
=
RE
Blank
7
Blank
15
Blank
23
41,
IM
Blank
Blank
16
Blank
24](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd478ed65-c1fa-4e42-9f69-ad9791fb108c%2F8c380861-c18a-449e-8512-b4df585e2e8f%2F8ard8h_processed.png&w=3840&q=75)
Transcribed Image Text:Compose the voltage equations based on the variables given.
Retain the signs generated by the tracing directions.
Multiply with the least common factor to remove any fractions.
12/0° V
E2
Iy
192 j22
m
192
I₂
A
4/90° V
E1
KVL @ loop A:
K11Vx+Z12lx + Z13ly = Source₁
KVL @loop B:
K21Vx+Z22lx + Z23ly = Source2
KVL @ loop C:
K31Vx+Z32lx + Z33ly = Source3
DO NOT prefix "j" for the imaginary part.
RE
IM
IM
Blank
Blank
k11
Blank
2
Z12
1
k21
Blank
9
Blank
10
Z22
Blank
12
k31
Blank
17
Blank
18
Z32
Blank
20
RE
Blank
3
Blank
11
Blank
19
с
Z13
Z23
Z33
-j4Ω
j2Q2
m
-j2/22
RE
Blank
5
Blank
13
Blank
21
B
IM
Blank
6
Blank
14
Blank
22
192
=
RE
Blank
7
Blank
15
Blank
23
41,
IM
Blank
Blank
16
Blank
24
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