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R2 680 Ohm R1 R3 12V 1k Ohm 4.7 k Ohm R4 1.5 k Ohm Figure 1. Diagram of a series-parallel electrical circuit Q 2(a) Calculate the resistance equivalent to R2, R3 and R4; Q 2(b) Calculate the total resistance of the circuit; Q 2(c) Calculate the total current drawn from the power supply; Q 2(d) Give the current in R1; Q 2(e) Calculate the current in R2; Q 2(f) Give the current through R3 and R4; Q 2(g) Calculate the voltage across R2; Q 2(h) Calculate the voltage across R3;

R2 680 Ohm R1 R3 12V 1k Ohm 4.7 k Ohm R4 1.5 k Ohm Figure 1. Diagram of a series-parallel electrical circuit Q 2(a) Calculate the resistance equivalent to R2, R3 and R4; Q 2(b) Calculate the total resistance of the circuit; Q 2(c) Calculate the total current drawn from the power supply; Q 2(d) Give the current in R1; Q 2(e) Calculate the current in R2; Q 2(f) Give the current through R3 and R4; Q 2(g) Calculate the voltage across R2; Q 2(h) Calculate the voltage across R3;

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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R2 680 Ohm R1 R3 12V 1k Ohm 4.7 k Ohm R4 1.5k Ohm Figure 1. Diagram of a series-parallel electrical circuit Q 2(a) Calculate the resistance equivalent to R2, R3 and R4; Q 2(b) Calculate the total resistance of the circuit; Q 2(c) Calculate the total current drawn from the power supply; Q 2(d) Give the current in R1; Q 2(e) Calculate the current in R2; Q 2(f) Give the current through R3 and R4; Q 2(g) Calculate the voltage across R2; Q 2(h) Calculate the voltage across R3; e here to search
Transcribed Image Text:R2 680 Ohm R1 R3 12V 1k Ohm 4.7 k Ohm R4 1.5k Ohm Figure 1. Diagram of a series-parallel electrical circuit Q 2(a) Calculate the resistance equivalent to R2, R3 and R4; Q 2(b) Calculate the total resistance of the circuit; Q 2(c) Calculate the total current drawn from the power supply; Q 2(d) Give the current in R1; Q 2(e) Calculate the current in R2; Q 2(f) Give the current through R3 and R4; Q 2(g) Calculate the voltage across R2; Q 2(h) Calculate the voltage across R3; e here to search
Q 2(a) Calculate the resistance equivalent to R2, R3 and R4; Q 2(b) Calculate the total resistance of the circuit; Q 2(c) Calculate the total current drawn from the power supply; Q 2(d) Give the current in R13; Q 2(e) Calculate the current in R2; Q 2(f) Give the current through R3 and R4; Q 2(g) Calculate the voltage across R23; Q 2(h) Calculate the voltage across R3; Q 2(i) Calculate the voltage across R4; Q 2(j) Calculate the power dissipated by R1; Q 2(k) Calculate the total power dissipated by R2, R3 and R4; Q 2(1) Calculate the total power drawn from the power supply%3;
Transcribed Image Text:Q 2(a) Calculate the resistance equivalent to R2, R3 and R4; Q 2(b) Calculate the total resistance of the circuit; Q 2(c) Calculate the total current drawn from the power supply; Q 2(d) Give the current in R13; Q 2(e) Calculate the current in R2; Q 2(f) Give the current through R3 and R4; Q 2(g) Calculate the voltage across R23; Q 2(h) Calculate the voltage across R3; Q 2(i) Calculate the voltage across R4; Q 2(j) Calculate the power dissipated by R1; Q 2(k) Calculate the total power dissipated by R2, R3 and R4; Q 2(1) Calculate the total power drawn from the power supply%3;
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