#424 Please help me answer this problem. Choose the correct answer from the given choices. Put whether your answer is Option 1,2,3,or4. NOTE: Show your solutions or answers why you've got or undergone this answer. Box your final answer. Make sure your answer is in the given choices. Write only your step by step solutions and answers in a clear bondpaper. Make sure the penmanship and photos are clear and readable. Thank you.

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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#424 Please help me answer this problem. Choose the correct answer from the given choices. Put whether your answer is Option 1,2,3,or4. NOTE: Show your solutions or answers why you've got or undergone this answer. Box your final answer. Make sure your answer is in the given choices. Write only your step by step solutions and answers in a clear bondpaper. Make sure the penmanship and photos are clear and readable. Thank you.
44. Find the current IL that
passes through the 8 Q
resistor in the given network
using the superposition
theorem. *
60
102
28V
8Ω
28A
www.FLECTRICALTECHNOLOGY ORG
5 A
8 A
-8 А
-5 A
Transcribed Image Text:44. Find the current IL that passes through the 8 Q resistor in the given network using the superposition theorem. * 60 102 28V 8Ω 28A www.FLECTRICALTECHNOLOGY ORG 5 A 8 A -8 А -5 A
42. Calculate the charging
current through battery #1,
using the Superposition
Theorem (ignore all wire and
connection resistances). *
Fuse
0.15 2
Fuse
0.25 2
Fuse
0.852
250 VDC
Battery
# 1
Battery
# 2
Generator
244 VDC
245 VDC
13.91 A
9.54 A
O 15.66 A
10.87 A
Transcribed Image Text:42. Calculate the charging current through battery #1, using the Superposition Theorem (ignore all wire and connection resistances). * Fuse 0.15 2 Fuse 0.25 2 Fuse 0.852 250 VDC Battery # 1 Battery # 2 Generator 244 VDC 245 VDC 13.91 A 9.54 A O 15.66 A 10.87 A
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