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2. A series circuit with R = 150 and L= 0.6 H and C = 42 µF, calcu the resonant lower, and upper half-power frequencies A. f₁ = 35.1 Hz, f 53.1 Hz f₂ = 85 Hz B. ƒ₁= 35.1 Hz, f₁ = 33.1 Hz ƒ₂ = 65 D. f₁= 35.1 Hz, f 53.1 Hz f₂ = 85 C. f = 35.7 Hz, f₁ = 23.12 Hz f₂ = 53.782 Hz E. NOTA

2. A series circuit with R = 150 and L= 0.6 H and C = 42 µF, calcu the resonant lower, and upper half-power frequencies A. f₁ = 35.1 Hz, f 53.1 Hz f₂ = 85 Hz B. ƒ₁= 35.1 Hz, f₁ = 33.1 Hz ƒ₂ = 65 D. f₁= 35.1 Hz, f 53.1 Hz f₂ = 85 C. f = 35.7 Hz, f₁ = 23.12 Hz f₂ = 53.782 Hz E. NOTA

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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2. A series circuit with R = 150 and L= 0.6 H and C = 42 µF, calculate the resonant lower, and upper half-power frequencies A. f₁ = 35.1 Hz, f 53.1 Hz f₂ = 85 Hz B. f₁= 35.1 Hz, fo = 33.1 Hz f₂ = 65 Hz D. f₁= 35.1 Hz, f 53.1 Hz f₂ = 85 Hz C. f = 35.7 Hz, f₁ = 23.12 Hz f₂ = 53.782 Hz E. NOTA
Transcribed Image Text:2. A series circuit with R = 150 and L= 0.6 H and C = 42 µF, calculate the resonant lower, and upper half-power frequencies A. f₁ = 35.1 Hz, f 53.1 Hz f₂ = 85 Hz B. f₁= 35.1 Hz, fo = 33.1 Hz f₂ = 65 Hz D. f₁= 35.1 Hz, f 53.1 Hz f₂ = 85 Hz C. f = 35.7 Hz, f₁ = 23.12 Hz f₂ = 53.782 Hz E. NOTA
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