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1. The angular velocity of the bar for the position shown is 120rpm but its angular acceleration is unknown. A particle "p" moves outward along the bar with a relative velocity of u=10 fps and an unknown relative acceleration. The total absolute acceleration of particle "p" is 150 fps? directed horizontally to the left. Find the absolute angular acceleration of the bar and the linear acceleration of "p" in inch along the bar. リ= Oge 6= 120 rpm d2? A

1. The angular velocity of the bar for the position shown is 120rpm but its angular acceleration is unknown. A particle "p" moves outward along the bar with a relative velocity of u=10 fps and an unknown relative acceleration. The total absolute acceleration of particle "p" is 150 fps? directed horizontally to the left. Find the absolute angular acceleration of the bar and the linear acceleration of "p" in inch along the bar. リ= Oge 6= 120 rpm d2? A

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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1.       The angular velocity of the bar for the position shown is 120rpm but its angular acceleration is unknown. A particle “p” moves outward along the bar with a relative velocity of u=10 fps and an unknown relative acceleration. The total absolute acceleration of particle “p” is 150 fps2 directed horizontally to the left. Find the absolute angular acceleration of the bar and the linear acceleration of “p” in inch along the bar.
1. The angular velocity of the bar for the position shown is 120rpm but its angular acceleration is unknown. A particle "p" moves outward along the bar with a relative velocity of u=10 fps and an unknown relative acceleration. The total absolute acceleration of particle "" is 150 fps? directed horizontally to the left. Find the absolute angular acceleration of the bar and the linear acceleration of "p" in inch along the bar. U= 10FpS 6= 120 rpm dz?
Transcribed Image Text:1. The angular velocity of the bar for the position shown is 120rpm but its angular acceleration is unknown. A particle "p" moves outward along the bar with a relative velocity of u=10 fps and an unknown relative acceleration. The total absolute acceleration of particle "" is 150 fps? directed horizontally to the left. Find the absolute angular acceleration of the bar and the linear acceleration of "p" in inch along the bar. U= 10FpS 6= 120 rpm dz?
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