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1. Using one of the relationships for resistors connected in parallel, solve for the total resistance in Figure 1. Show Calculations R Total R1 3.3k R235.6ΚΩ R3 2.2K Figure 1. Parallel resistive circuit for part 1 of the prelab

1. Using one of the relationships for resistors connected in parallel, solve for the total resistance in Figure 1. Show Calculations R Total R1 3.3k R235.6ΚΩ R3 2.2K Figure 1. Parallel resistive circuit for part 1 of the prelab

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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V_Source R1 1.2kQ Branch A R21.2kQ2 Branch B R3 1.2kQ R41.2kQ Branch C R5 1.2kQ R6 1.2k0 R71.2kQ Figure 2 Series-parallel circuit for part 2 of the prelab
Transcribed Image Text:V_Source R1 1.2kQ Branch A R21.2kQ2 Branch B R3 1.2kQ R41.2kQ Branch C R5 1.2kQ R6 1.2k0 R71.2kQ Figure 2 Series-parallel circuit for part 2 of the prelab
PRELAB 1. Using one of the relationships for resistors connected in parallel, solve for the total resistance in Figure 1. Show Calculations R Total R133.3ΚΩ R235.6KQ R332.2ΚΩ Figure 1. Parallel resistive circuit for part 1 of the prelab 2. Refer to the circuit in Figure 2. Answer the following; a. In branch C, how are R5, R6 and R7 related to each other? How are their currents related? How are their voltage drops related to the voltage across branch A and branch B? b. In branch B, how are R3 and R4 related to each other? How are their voltage drops related to the voltage across branch B? c. What is the relationship between the sum of the currents of branches A,B, and C to the current through R1? Why? d. Make a statement that compares the amount of current through each branch (A,B, and C) with the resistance on the branches (A, B, and C). e. Branch B and branch C connected in series or parallel? How is the voltage across them related? f. Is the voltage across R3 in branch B and R5 in branch C the same? Why or why not?
Transcribed Image Text:PRELAB 1. Using one of the relationships for resistors connected in parallel, solve for the total resistance in Figure 1. Show Calculations R Total R133.3ΚΩ R235.6KQ R332.2ΚΩ Figure 1. Parallel resistive circuit for part 1 of the prelab 2. Refer to the circuit in Figure 2. Answer the following; a. In branch C, how are R5, R6 and R7 related to each other? How are their currents related? How are their voltage drops related to the voltage across branch A and branch B? b. In branch B, how are R3 and R4 related to each other? How are their voltage drops related to the voltage across branch B? c. What is the relationship between the sum of the currents of branches A,B, and C to the current through R1? Why? d. Make a statement that compares the amount of current through each branch (A,B, and C) with the resistance on the branches (A, B, and C). e. Branch B and branch C connected in series or parallel? How is the voltage across them related? f. Is the voltage across R3 in branch B and R5 in branch C the same? Why or why not?
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