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3. Use a circuit in figure 2 to answer questions that follow. Calculate 1, 1, and I, in figure 2. 18.0 V B 7.00 n 4.00 n 12.0 V B.00 0 D 11.00 A H 5.00 n Figure 2

3. Use a circuit in figure 2 to answer questions that follow. Calculate 1, 1, and I, in figure 2. 18.0 V B 7.00 n 4.00 n 12.0 V B.00 0 D 11.00 A H 5.00 n Figure 2

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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3. Use a circuit in figure 2 to answer questions that follow. Calculate 1,, lz and I, in figure 2. 18.0 V 7.00 n 4.00 : 12.0 V 11.0 0 8.00 n + A D H 5.00 n Figure 2
Transcribed Image Text:3. Use a circuit in figure 2 to answer questions that follow. Calculate 1,, lz and I, in figure 2. 18.0 V 7.00 n 4.00 : 12.0 V 11.0 0 8.00 n + A D H 5.00 n Figure 2
2. Figure 1 shows an electric circuit with a battery with an emf (E), internal resistance r = 0.05 N and a load resistance composed of three resistors. A current of 2.1 A flows through the internal resistor, r. a) Calculate equivalent resistance of load resistors. b) Calculate emf, E. c) Calculate voltage across 5 N resistor, US UE d) Calculate current through15 N resistor, $150 Figure 1 e) Calculate power dissipated in the internal resistor. [*
Transcribed Image Text:2. Figure 1 shows an electric circuit with a battery with an emf (E), internal resistance r = 0.05 N and a load resistance composed of three resistors. A current of 2.1 A flows through the internal resistor, r. a) Calculate equivalent resistance of load resistors. b) Calculate emf, E. c) Calculate voltage across 5 N resistor, US UE d) Calculate current through15 N resistor, $150 Figure 1 e) Calculate power dissipated in the internal resistor. [*
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