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Homework chapter two:- H.W.2.1: Find R, for the circuit in Figure below. 20 2 Answer: R. - 110 18A 202 20 ww ww-

Homework chapter two:- H.W.2.1: Find R, for the circuit in Figure below. 20 2 Answer: R. - 110 18A 202 20 ww ww-

Introductory Circuit Analysis (13th Edition)
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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• > A 1 A:E homework ch2.docx -> Homework chapter two:- H.W.2.1: Find R, for the circuit in Figure below. 20 2 ww Answer: R = 110. US www 18 a 20 2 ww H.W. 2.2:Find the equivalent resistance across the terminals A and B shown in the Figure below. All resistances are in ohms. 80 Answer: Ra - 2.4170. of 20 H.W. 2.3: Find the equivalent resistance of the network between the terminals A and B shown in the figure below. Answer:R - 3.75 a. 30 30 ww 30 II.W. 2.4:Find v, and i, in the circuit of Figure below. Answer: v, = 8 V, i, = 4 A. 6A O 203 H.W. 2.5: Far the d.c. circuit shown in Figure below, write the Kirchhoff's law equations in the branch currents I,,I, and I, as shown for loops ABGHA, BCFGB andCDEFC, 1 Solve these equations to find currentl, 노 120 Solution:1,= 32.345 A ww 10 A E152 6 V 4 V H.W. 2.6: For Figure below shows a d.c. two source network; the branch currents I,and I, are as marked in it. Write, using Kirchhoff's laws, two independent simultaneous equations in I, and I;. Solve these to find I, Solution:1, - 0.0705 A ww 50 ww 4V 3100 6V II <>
Transcribed Image Text:• > A 1 A:E homework ch2.docx -> Homework chapter two:- H.W.2.1: Find R, for the circuit in Figure below. 20 2 ww Answer: R = 110. US www 18 a 20 2 ww H.W. 2.2:Find the equivalent resistance across the terminals A and B shown in the Figure below. All resistances are in ohms. 80 Answer: Ra - 2.4170. of 20 H.W. 2.3: Find the equivalent resistance of the network between the terminals A and B shown in the figure below. Answer:R - 3.75 a. 30 30 ww 30 II.W. 2.4:Find v, and i, in the circuit of Figure below. Answer: v, = 8 V, i, = 4 A. 6A O 203 H.W. 2.5: Far the d.c. circuit shown in Figure below, write the Kirchhoff's law equations in the branch currents I,,I, and I, as shown for loops ABGHA, BCFGB andCDEFC, 1 Solve these equations to find currentl, 노 120 Solution:1,= 32.345 A ww 10 A E152 6 V 4 V H.W. 2.6: For Figure below shows a d.c. two source network; the branch currents I,and I, are as marked in it. Write, using Kirchhoff's laws, two independent simultaneous equations in I, and I;. Solve these to find I, Solution:1, - 0.0705 A ww 50 ww 4V 3100 6V II <>
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