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P2.2 A dynamic vibration absorber is shown in Figure P2.2. This system is representative of many situations involving the vibration of machines containing unbalanced components. The parameters M₂ and k12 may be chosen so that the main mass M₁ does not vibrate in the steady state when F(t) = a sin(wot). Obtain the differential equations describing the system. Figure P2.2 Vibration absorber. Force F(t) www M₁ M₂ k12 b Y₂(1) [yi(1)

P2.2 A dynamic vibration absorber is shown in Figure P2.2. This system is representative of many situations involving the vibration of machines containing unbalanced components. The parameters M₂ and k12 may be chosen so that the main mass M₁ does not vibrate in the steady state when F(t) = a sin(wot). Obtain the differential equations describing the system. Figure P2.2 Vibration absorber. Force F(t) www M₁ M₂ k12 b Y₂(1) [yi(1)

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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P2.2 A dynamic vibration absorber is shown in Figure P2.2. This system is representative of many situations involving the vibration of machines containing unbalanced components. The parameters M₂ and k12 may be chosen so that the main mass M₁ does not vibrate in the steady state when F(t) = a sin(wot). Obtain the differential equations describing the system. Figure P2.2 Vibration absorber. Force F(t) www M₁ M₂ k12 b Y₂(1) [3₁(0)
Transcribed Image Text:P2.2 A dynamic vibration absorber is shown in Figure P2.2. This system is representative of many situations involving the vibration of machines containing unbalanced components. The parameters M₂ and k12 may be chosen so that the main mass M₁ does not vibrate in the steady state when F(t) = a sin(wot). Obtain the differential equations describing the system. Figure P2.2 Vibration absorber. Force F(t) www M₁ M₂ k12 b Y₂(1) [3₁(0)
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