For the following three problems, use resistance values R₁ 500 , R6 600 , and R7 R4 400, R5 = node-voltage analysis to solve these problems. = 18 V + R₂ www R3 VA I www 2. Using the resistance values above, solve for i in the circuit shown in Prob. 4.1 of N&R (12th ed.). However, instead of using the circuit as drawn, replace the dependent current source with a 5 V voltage source. The lower polarity is to the left and the higher polarity is to the right. Other than changing this one source, there are no other changes to the circuit from the original. = R₁ R6 www R₁ 204 R5 25iA = R₁ 100 , R₂ 700 2 (in short, Rn - = 200 N, R3 300 , = nx 100 2). Use 5 mA =

For the following three problems, use resistance values R₁ 500 , R6 600 , and R7 R4 400, R5 = node-voltage analysis to solve these problems. = 18 V + R₂ www R3 VA I www 2. Using the resistance values above, solve for i in the circuit shown in Prob. 4.1 of N&R (12th ed.). However, instead of using the circuit as drawn, replace the dependent current source with a 5 V voltage source. The lower polarity is to the left and the higher polarity is to the right. Other than changing this one source, there are no other changes to the circuit from the original. = R₁ R6 www R₁ 204 R5 25iA = R₁ 100 , R₂ 700 2 (in short, Rn - = 200 N, R3 300 , = nx 100 2). Use 5 mA =

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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