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A D в Bar AC rotates at wAĆ 3 k- rad with an angular acceleration of a AC rad 1.4 k At that instant, it %3D forms a o = 55° angle with the vertical. If link BD makes a 0 = 30° angle with bar AC and has a length rBD = 0.8 m, determine the magnitude of the angular velocity and the magnitude of angular acceleration of link BD, as well as the relative acceleration of collar B. The link is connected to a collar which slides along bar AC. The distance to B from A is r AB = 1.2 m. |rad WBD rad aBD = (*;), m = rel.

A D в Bar AC rotates at wAĆ 3 k- rad with an angular acceleration of a AC rad 1.4 k At that instant, it %3D forms a o = 55° angle with the vertical. If link BD makes a 0 = 30° angle with bar AC and has a length rBD = 0.8 m, determine the magnitude of the angular velocity and the magnitude of angular acceleration of link BD, as well as the relative acceleration of collar B. The link is connected to a collar which slides along bar AC. The distance to B from A is r AB = 1.2 m. |rad WBD rad aBD = (*;), m = rel.

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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в Bar AC rotates at WAC rad 3 k with an angular acceleration of a AC rad .At that instant, it 1.4 forms a ø = 55° angle with the vertical. If link BD makes a 0 = 30° angle with bar AC and has a length rBD = 0.8 m, determine the magnitude of the angular velocity and the magnitude of angular acceleration of link BD, as well as the relative acceleration of collar B. The link is connected to a collar which slides along bar AC. The distance to B from A is rAB = 1.2 m. тad WBD rad a BD m rel. 82
Transcribed Image Text:в Bar AC rotates at WAC rad 3 k with an angular acceleration of a AC rad .At that instant, it 1.4 forms a ø = 55° angle with the vertical. If link BD makes a 0 = 30° angle with bar AC and has a length rBD = 0.8 m, determine the magnitude of the angular velocity and the magnitude of angular acceleration of link BD, as well as the relative acceleration of collar B. The link is connected to a collar which slides along bar AC. The distance to B from A is rAB = 1.2 m. тad WBD rad a BD m rel. 82
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