#2 1. Use Wye to Delta Transformation to solve for I.50Ωwww555.0255VV₁ =will= 21 Vww30Ωwww· 4Ω20022. Use Delta to Wye Transformation to solve for the total current.R₂ = = 5ΩMR₁ = 1002002R₁ = 50MR₁ = 100R = 5 Ω3. Solve for the total current in circuit No. 2 if RL is replaced with a short circuit.4. Solve for the total current in circuit No. 2 if RL is replaced with an open circuit.

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1. Use Wye to Delta Transformation to solve for I. 50Ω 5Ω 55V wil V₁ = 21 V - + 30Ω · 4Ω 2. Use Delta to Wye Transformation to solve for the total current. 2002 R₂ = 50 R₁ = = 10 Ω 2002 R₁ = 50 M R, = 10 Ω R = 5 Ω 3. Solve for the total current in circuit No. 2 if RL is replaced with a short circuit. 4. Solve for the total current in circuit No. 2 if RL is replaced with an open circuit.

1. Use Wye to Delta Transformation to solve for I. 50Ω 5Ω 55V wil V₁ = 21 V - + 30Ω · 4Ω 2. Use Delta to Wye Transformation to solve for the total current. 2002 R₂ = 50 R₁ = = 10 Ω 2002 R₁ = 50 M R, = 10 Ω R = 5 Ω 3. Solve for the total current in circuit No. 2 if RL is replaced with a short circuit. 4. Solve for the total current in circuit No. 2 if RL is replaced with an open circuit.

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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