39. Given the circuit below, use the Superposition Theorem to calculate the amount of current going through the 55 Q heater element. Ignore all wire and connection resistances, only considering the resistance of each fuse in addition to the heater element resistance. *

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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#39&40 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.
39. Given the circuit below,
use the Superposition
Theorem to calculate the
amount of current going
through the 55 Q heater
element. Ignore all wire and
connection resistances, only
considering the resistance of
each fuse in addition to the
heater element resistance. *
Fuse
0.150
Fuse
0.20 0
Fuse
0.85 0
250 VDC
246 VDC
Generator
Generator
Heater
55 0
4.439 A
3.562 A
O 2.009 A
O 5.909 A
Transcribed Image Text:39. Given the circuit below, use the Superposition Theorem to calculate the amount of current going through the 55 Q heater element. Ignore all wire and connection resistances, only considering the resistance of each fuse in addition to the heater element resistance. * Fuse 0.150 Fuse 0.20 0 Fuse 0.85 0 250 VDC 246 VDC Generator Generator Heater 55 0 4.439 A 3.562 A O 2.009 A O 5.909 A
40. Use the Superposition
Theorem to calculate the
motor terminal voltage for the
circuit shown below. *
Rvire
0.1 2
gen
0.3 2
gen
0.3 2
Motor
Vgen
Gen) 475 V
Vgen
Gen) 475 V
100 N
Rwire
0.1Ω
684.3 V
333.3 V
594.0 V
473.3 V
Transcribed Image Text:40. Use the Superposition Theorem to calculate the motor terminal voltage for the circuit shown below. * Rvire 0.1 2 gen 0.3 2 gen 0.3 2 Motor Vgen Gen) 475 V Vgen Gen) 475 V 100 N Rwire 0.1Ω 684.3 V 333.3 V 594.0 V 473.3 V
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