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8a. Using Kirchhoff's rules, calculate the current I₁ in resistor R₁, using the directions indicated in the figure below. Assume that R₁ = 2.00k, R₂ = 3.00kS2, R3 = 4.00k2, E₁ = 80.0V, E₂ = 75.0V and E3 = 85.0V. C & R3 R₂1₂ d 83 a 8b. Calculate the current I2, in resistor R₂, using the directions shown. 8c. Calculate the current I3, in resistor R3, using the directions shown. 8d. Calculate the magnitude of the potential difference between points c and f.

8a. Using Kirchhoff's rules, calculate the current I₁ in resistor R₁, using the directions indicated in the figure below. Assume that R₁ = 2.00k, R₂ = 3.00kS2, R3 = 4.00k2, E₁ = 80.0V, E₂ = 75.0V and E3 = 85.0V. C & R3 R₂1₂ d 83 a 8b. Calculate the current I2, in resistor R₂, using the directions shown. 8c. Calculate the current I3, in resistor R3, using the directions shown. 8d. Calculate the magnitude of the potential difference between points c and f.

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
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8a. Using Kirchhoff's rules, calculate the current I₁ in resistor R₁, using the directions indicated in the figure below. Assume that R₁ 75.0V and E3 = 85.0V. b 8. d Mr & R38g R2312 R₁ 8b. Calculate the current I2, in resistor R₂, using the directions shown. 8c. Calculate the current I3, in resistor R3, using the directions shown. 8d. Calculate the magnitude of the potential difference between points c and f. 2.00kΩ, R2 = 3.00kΩ, R3 = 4.00k, E₁ = 80.0V, E₂ =
Transcribed Image Text:8a. Using Kirchhoff's rules, calculate the current I₁ in resistor R₁, using the directions indicated in the figure below. Assume that R₁ 75.0V and E3 = 85.0V. b 8. d Mr & R38g R2312 R₁ 8b. Calculate the current I2, in resistor R₂, using the directions shown. 8c. Calculate the current I3, in resistor R3, using the directions shown. 8d. Calculate the magnitude of the potential difference between points c and f. 2.00kΩ, R2 = 3.00kΩ, R3 = 4.00k, E₁ = 80.0V, E₂ =
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