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Engineering
Electrical Engineering
F₁ = 100 H₂₁ Y ₂ = 2.5 KH₂ V for 4, = 1.976 (38.970 v in millivolts → V for f₁ = 2.7308 / 128.97° in V) L V₁ fort₁ = 3.2071 (4.37° V a for fyr 2(28.390 v R = 0.0691 (118.34° V for tr V₁ for t₁ = 7.006) (-0.21° V

F₁ = 100 H₂₁ Y ₂ = 2.5 KH₂ V for 4, = 1.976 (38.970 v in millivolts → V for f₁ = 2.7308 / 128.97° in V) L V₁ fort₁ = 3.2071 (4.37° V a for fyr 2(28.390 v R = 0.0691 (118.34° V for tr V₁ for t₁ = 7.006) (-0.21° V

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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Please convert these values into time domain forms, not the rectangular coordinates, ie v(t) =  Acos(wt + theta) form

F₁ = 100 Hz, Y₂ = 2.5 KH₂ V for 4₁ = 1.976 (38.97 V in millivolts → V for f₁ = 2.7308 / 128.97 m V - V₁ Fort₁ = 3.2071 (4.37⁰° V a b) 1/2 for fzü 2(28.390 v ( for ty = 0.0691 (118.34° V ti V₁ for $₂ = 3.006) (-0.21°V
Transcribed Image Text:F₁ = 100 Hz, Y₂ = 2.5 KH₂ V for 4₁ = 1.976 (38.97 V in millivolts → V for f₁ = 2.7308 / 128.97 m V - V₁ Fort₁ = 3.2071 (4.37⁰° V a b) 1/2 for fzü 2(28.390 v ( for ty = 0.0691 (118.34° V ti V₁ for $₂ = 3.006) (-0.21°V
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