-10 -122730= 4.1 A664It is the same answer as found above.Tutorial Problems No. 2.21. Find the ammeter current in Fig. 2.57 by using loop analysis.[1/7 A](Network Theory Indore Univ. 1981)10102K10K101010ŽIOK100 v102T50 V10 VT10IKwwFig. 2.57Fig. 2.58Fig. 2.592. Using mesh analysis, determine the voltage across the 10 k2 resistor at terminals a-b of the circuitshown in Fig. 2.58.[2.65 V](Elect. Technology, Indor Univ. April 1978)3. Apply loop current method to find loop currents /, 1, and /, in the circuit of Fig. 2.59.11, = 3.75 A, I, = 0, 1, = 1.25 AJ

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Answered: 10 10 Fig. 2.57 ww

Engineering

Electrical Engineering

10 10 Fig. 2.57 ww

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

-10 -12
2730
= 4.1 A
664
It is the same answer as found above.
Tutorial Problems No. 2.2
1. Find the ammeter current in Fig. 2.57 by using loop analysis.
[1/7 A](Network Theory Indore Univ. 1981)
10
10
2K
10K
10
10
10
ŽIOK
100 v
102
T50 V
10 VT
10
IK
ww
Fig. 2.57
Fig. 2.58
Fig. 2.59
2. Using mesh analysis, determine the voltage across the 10 k2 resistor at terminals a-b of the circuit
shown in Fig. 2.58.
[2.65 V](Elect. Technology, Indor Univ. April 1978)
3. Apply loop current method to find loop currents /, 1, and /, in the circuit of Fig. 2.59.
11, = 3.75 A, I, = 0, 1, = 1.25 AJ

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