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Question 25: For the circuit shown in Figure 7.76, find: (a) the current and the potential difference for each resistor; (b) the potential difference VA - VB (the directions given to the currents in the figure are arbitrary). (c) Check that the net power supplied by the batteries is fully transformed into heat in the resistors. Answer: (a) I2= 3.00 A ; I2= 1.00 A, in the opposite direction of the figure ; I3= 4,00 A in the opposite direction of the figure; ∆VR1= 6.00 V ; ∆VR2= 5.00 V ; ∆VR3= 20.0 V ; (b) -20.0 V (c) 103W

Question 25: For the circuit shown in Figure 7.76, find: (a) the current and the potential difference for each resistor; (b) the potential difference VA - VB (the directions given to the currents in the figure are arbitrary). (c) Check that the net power supplied by the batteries is fully transformed into heat in the resistors. Answer: (a) I2= 3.00 A ; I2= 1.00 A, in the opposite direction of the figure ; I3= 4,00 A in the opposite direction of the figure; ∆VR1= 6.00 V ; ∆VR2= 5.00 V ; ∆VR3= 20.0 V ; (b) -20.0 V (c) 103W

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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Question 25: For the circuit shown in Figure 7.76, find: (a) the current and the potential difference for each resistor; (b) the potential difference VA - VB (the directions given to the currents in the figure are arbitrary). (c) Check that the net power supplied by the batteries is fully transformed into heat in the resistors.

Answer: (a) I2= 3.00 A ; I2= 1.00 A, in the opposite direction of the figure ; I3= 4,00 A in the opposite direction of the figure; ∆VR1= 6.00 V ; ∆VR2= 5.00 V ; ∆VR3= 20.0 V ; (b) -20.0 V (c) 103W

*Please show steps, formulas and explanation for my own understanding. Thank you 

A 2ΩR – 25 V E2 R3 25 2 R2 25 N 26 V I3 B Figure 7.76
Transcribed Image Text:A 2ΩR – 25 V E2 R3 25 2 R2 25 N 26 V I3 B Figure 7.76
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