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2. An undamped mechanical oscillator whose with angular resonant frequency 5 rad/s is displaced a distance 0.03 m from its equilibrium position and released. Find: (a) the initial acceleration (b) the amplitude of the resulting motion (c) the maximum speed attained

2. An undamped mechanical oscillator whose with angular resonant frequency 5 rad/s is displaced a distance 0.03 m from its equilibrium position and released. Find: (a) the initial acceleration (b) the amplitude of the resulting motion (c) the maximum speed attained

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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2. An undamped mechanical oscillator whose with angular resonant frequency 5 rad/s is displaced a distance 0.03 m from its equilibrium position and released. Find: (a) the initial acceleration (b) the amplitude of the resulting motion (c) the maximum speed attained
Transcribed Image Text:2. An undamped mechanical oscillator whose with angular resonant frequency 5 rad/s is displaced a distance 0.03 m from its equilibrium position and released. Find: (a) the initial acceleration (b) the amplitude of the resulting motion (c) the maximum speed attained
b) V 2₂ [ & Jementand ↑ 고 2-5X 6 TO I ma 1 0 Wo = 5 vad/s - SX 11 J S A = x₂ Хо Say (re)v= (re) Vmax = WA 8 .03m Wo = √e oma. W.² ) 0.03 X= де ошь Vaj Beowt F m iW Acasht وام -x W₂² % 5 ✓ = 0.75 msz T = -;WA (sin lit t; cau lot) 6 B when coulit = 1 - SX 0.63 = 0.15 ms
Transcribed Image Text:b) V 2₂ [ & Jementand ↑ 고 2-5X 6 TO I ma 1 0 Wo = 5 vad/s - SX 11 J S A = x₂ Хо Say (re)v= (re) Vmax = WA 8 .03m Wo = √e oma. W.² ) 0.03 X= де ошь Vaj Beowt F m iW Acasht وام -x W₂² % 5 ✓ = 0.75 msz T = -;WA (sin lit t; cau lot) 6 B when coulit = 1 - SX 0.63 = 0.15 ms
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