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1. For the circuit shown below, use the current divider rule to find the phasors I3 and Vo in polar form: answer: 13 = 7.694 / 65.3° A, Vo=¹46.161 Z-24.7° V 1,940° A R₁ 1502 4₁ j 8 Ո R₂ www- 402 4 с -160 419 V₂ R3 70 یا 150

1. For the circuit shown below, use the current divider rule to find the phasors I3 and Vo in polar form: answer: 13 = 7.694 / 65.3° A, Vo=¹46.161 Z-24.7° V 1,940° A R₁ 1502 4₁ j 8 Ո R₂ www- 402 4 с -160 419 V₂ R3 70 یا 150

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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1. For the circuit shown below, use the current divider rule to find the phasors 13 and Vo in polar form: answer: 13 = 7.694 65.3° A, V₁ =¹46.161 Z-24.7° V 1₁ = 940° A ↑ R₁ 15 02 L₁ j8n A₂ www. 4Ω 13↓ с -j6n Hii + V₂ R3 ΖΩ L₂ j5Ω
Transcribed Image Text:1. For the circuit shown below, use the current divider rule to find the phasors 13 and Vo in polar form: answer: 13 = 7.694 65.3° A, V₁ =¹46.161 Z-24.7° V 1₁ = 940° A ↑ R₁ 15 02 L₁ j8n A₂ www. 4Ω 13↓ с -j6n Hii + V₂ R3 ΖΩ L₂ j5Ω
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