Using mesh analysis, find the currents in 50 Q, 250 and 100 Q resistors in the circuit shown inFig. 3.17.[(50 Q) = 0-171 A→; I(250 Q) = 0-237 A – ; I(100 Q) = 0-408 A Į]%3D50 2250 2wwwww0.5 A(1150 2100 2100 VFig. 3.17ww 2. Using nodal analysis, find the current through 0.05 S conductance in Fig. 3.40.[0.264 A]B0.05 Sww0.01 S0.02 S,0.2 A(t0.5 AFig. 3.40

Answered: Image /qna-images/answer/ebf4d4a9-1ca0-4834-9e37-c1d9da9954ca.jpg

Using mesh analysis, find the currents in 50 2, 250 Q and 100 Q resistors in the circuit shown in Fig. 3.17. [7(50 N) = 0-171 A→; (250 Q) = 0-237 A – ; I(100 Q) = 0-408 A ] 50 N 250 N ww www 0.5 A(1 150 N 100 2 100 V Fig. 3.17 ww www

Using mesh analysis, find the currents in 50 2, 250 Q and 100 Q resistors in the circuit shown in Fig. 3.17. [7(50 N) = 0-171 A→; (250 Q) = 0-237 A – ; I(100 Q) = 0-408 A ] 50 N 250 N ww www 0.5 A(1 150 N 100 2 100 V Fig. 3.17 ww www

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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Question

Using mesh analysis, find the currents in 50 Q, 250 and 100 Q resistors in the circuit shown in
Fig. 3.17.
[(50 Q) = 0-171 A→; I(250 Q) = 0-237 A – ; I(100 Q) = 0-408 A Į]
%3D
50 2
250 2
www
ww
0.5 A(1
150 2
100 2
100 V
Fig. 3.17
ww

2. Using nodal analysis, find the current through 0.05 S conductance in Fig. 3.40.
[0.264 A]
B
0.05 S
ww
0.01 S
0.02 S,
0.2 A(t
0.5 A
Fig. 3.40

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