Refer to the circuit below. Using supperposition, The current Iz is given by: R 24 1 R 120 E 48 V E, 54 V 40 OA 13 = (4+1.5) A O B. 13= (-4-1.5) A OC 3=(1.5-1.5) A O D.13= (4-4) A O E 13=(-4+1.5) A O F. 13= (4-1.5) A
Refer to the circuit below. Using supperposition, The current Iz is given by: R 24 1 R 120 E 48 V E, 54 V 40 OA 13 = (4+1.5) A O B. 13= (-4-1.5) A OC 3=(1.5-1.5) A O D.13= (4-4) A O E 13=(-4+1.5) A O F. 13= (4-1.5) A
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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![Quèstion 1
Refer to the circuit below. Using supperposition, The current I3 is given by:
R
24 1
E 54 V
R120
E 48 V
R T
OA 13 = (4 +1.5) A
O B. 13=(-4-1.5) A
OC13= (1.5-1.5) A
O D. 3 = (4-4) A
OE 13=(-4+1.5) A
OF. 13= (4-1.5) A](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb1a973e4-45c9-4b26-af8e-a83f1e079fc1%2F365b4502-e859-469b-86c0-aa054ba4d9d8%2Feuw7cg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Quèstion 1
Refer to the circuit below. Using supperposition, The current I3 is given by:
R
24 1
E 54 V
R120
E 48 V
R T
OA 13 = (4 +1.5) A
O B. 13=(-4-1.5) A
OC13= (1.5-1.5) A
O D. 3 = (4-4) A
OE 13=(-4+1.5) A
OF. 13= (4-1.5) A
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