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1) Consider the circuit below. How many independent loop rules can we write? & a R b Fig#2 R 2) How different is the junction rule applied at point "b" compared to the one at "c" in the circuit shown in part #2? 3) Give/write the loop rule for (x,y,d,x) R 2 X R с d g u f

1) Consider the circuit below. How many independent loop rules can we write? & a R b Fig#2 R 2) How different is the junction rule applied at point "b" compared to the one at "c" in the circuit shown in part #2? 3) Give/write the loop rule for (x,y,d,x) R 2 X R с d g u f

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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1) Consider the circuit below. How many independent loop rules can we write? & a RI b Fig#2 y R 4 2) How different is the junction rule applied at point "b" compared to the one at "c" in the circuit shown in part #2? 3) Give/write the loop rule for (x,y,d,x) R R 2 4) What resistances would drive the same current 5) What resistances would experience the same potential drop? d u 6) Consider the circuit in Figure #2 that was set as an example at the beginning. Use different values of &1, 3, R₁, and R3 that you will choose arbitrarily-I am expecting that each one of you will have your own set of values (no plagiarism and find the three electric currents (values in A and their directions).
Transcribed Image Text:1) Consider the circuit below. How many independent loop rules can we write? & a RI b Fig#2 y R 4 2) How different is the junction rule applied at point "b" compared to the one at "c" in the circuit shown in part #2? 3) Give/write the loop rule for (x,y,d,x) R R 2 4) What resistances would drive the same current 5) What resistances would experience the same potential drop? d u 6) Consider the circuit in Figure #2 that was set as an example at the beginning. Use different values of &1, 3, R₁, and R3 that you will choose arbitrarily-I am expecting that each one of you will have your own set of values (no plagiarism and find the three electric currents (values in A and their directions).
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