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Consider the circuit in the figure. Using superposition, calculate the current through the resistor R3, specifying 1. the contribution of the generator E 2. the contribution of the generator E2 3. the contribution of the generator A. Calculate also the power P absorbed by the resistor R1. Data: E = 10 V. E2 = 15 V. A = 5 mA. R, = 1.5 k2. R2 = R = 2 k2. E2 R1 R2 1902 Dinidmoi 2 pi070 s26190 01nldimo it 21 p1070 s2 imo i 21 p1070 I3 26 1902 E1 R3 it 21 pt dimo

Consider the circuit in the figure. Using superposition, calculate the current through the resistor R3, specifying 1. the contribution of the generator E 2. the contribution of the generator E2 3. the contribution of the generator A. Calculate also the power P absorbed by the resistor R1. Data: E = 10 V. E2 = 15 V. A = 5 mA. R, = 1.5 k2. R2 = R = 2 k2. E2 R1 R2 1902 Dinidmoi 2 pi070 s26190 01nldimo it 21 p1070 s2 imo i 21 p1070 I3 26 1902 E1 R3 it 21 pt dimo

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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Consider the circuit in the figure. Using superposition, calculate the current 3 through the resistor R3, specifying 1. the contribution of the generator E 2. the contribution of the generator E2 3. the contribution of the generator A. Calculate also the power P, absorbed by the resistor R1. Data: E = 10 V. E2 = 15 V. A = 5 mA. R, = 1.5 k2. R2 = R = 2 k2. %3D E2 26 1902 10. R1 R2 1902 0inlarmo 2 pio70 s26190 01nidimo it 21 p1070 s26 E1 13 R3 Ajmo t 21 p 1070 it 21 pt
Transcribed Image Text:Consider the circuit in the figure. Using superposition, calculate the current 3 through the resistor R3, specifying 1. the contribution of the generator E 2. the contribution of the generator E2 3. the contribution of the generator A. Calculate also the power P, absorbed by the resistor R1. Data: E = 10 V. E2 = 15 V. A = 5 mA. R, = 1.5 k2. R2 = R = 2 k2. %3D E2 26 1902 10. R1 R2 1902 0inlarmo 2 pio70 s26190 01nidimo it 21 p1070 s26 E1 13 R3 Ajmo t 21 p 1070 it 21 pt
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We will find out current through resistance due all three source , we will add them to calculate final current by superposition theorm.

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