a) For the circuit given in Figure B1.1, use loop current method and find thevoltage across 100 resistor, i.e., V10.www15 Q3 A V₁0010 Ωww50Figure B1.1b) In Figure B1.1, if we change the value of current source to 5A and voltagesource to 20 V, what is the voltage across 100 resistor now?45 Ωww2 A60 Ωwww10V » {20 Ωc) In Figure B1.2 below, choose which method out of node voltage or loopcurrent is more suitable. Then apply that method to compute i and v..(Hint: compare the number of essential nodes and number of loons tochoose which method is best suitable).10 VFigure B1.25Ωwww{5010 ΩΣ

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a) For the circuit given in Figure B1.1, use loop current method and find the voltage across 100 resistor, i.e., V10. ww 150 3 A V₁00 100 50 10 v Figure B1.1 b) In Figure B1.1, if we change the value of current source to 5A and voltage source to 20 V, what is the voltage across 100 resistor now?

a) For the circuit given in Figure B1.1, use loop current method and find the voltage across 100 resistor, i.e., V10. ww 150 3 A V₁00 100 50 10 v Figure B1.1 b) In Figure B1.1, if we change the value of current source to 5A and voltage source to 20 V, what is the voltage across 100 resistor now?

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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