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Q10. The rod OA in figure Q.10 rotates in the horizontal plane such that 0 = t rad. At the same time, collar B is sliding outwards along OA such that its position is given by r = 100t mm, where t is in seconds. Using polar coordinates, determine the velocity vector and its magnitude and the acceleration vector and its magnitude for this collar when t = 1 sec.

Q10. The rod OA in figure Q.10 rotates in the horizontal plane such that 0 = t rad. At the same time, collar B is sliding outwards along OA such that its position is given by r = 100t mm, where t is in seconds. Using polar coordinates, determine the velocity vector and its magnitude and the acceleration vector and its magnitude for this collar when t = 1 sec.

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Q10. The rod OA in figure Q.10 rotates in the horizontal plane such that e = t° rad. At the same time, collar B is sliding outwards along OA such that its position is given by r= 100t? mm, where t is in seconds. Using polar coordinates, determine the velocity vector and its magnitude and the acceleration vector and its magnitude for this collar when t = 1 sec. B A Figure Q.10
Transcribed Image Text:Q10. The rod OA in figure Q.10 rotates in the horizontal plane such that e = t° rad. At the same time, collar B is sliding outwards along OA such that its position is given by r= 100t? mm, where t is in seconds. Using polar coordinates, determine the velocity vector and its magnitude and the acceleration vector and its magnitude for this collar when t = 1 sec. B A Figure Q.10
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