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Radial acceleration of a particle in a groove on a turntable
Setting O as the origin of the coordinate system and \vec{e}_r in the direction of O to O', would the following components be correct? r_O' = \frac{r}{3} \vec{e}_r r_{O'm} = -r cos(\theta + \omega t) \vec{e}_r r_{OM} = r_O' + r_{O'm}- Jacer10
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- Forum: Advanced Physics Homework Help
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Radial acceleration of a particle in a groove on a turntable
Homework Statement A horizontal turntable rotates at a constant rate ω about a fixed vertical axis through its center O. A particle of mass m can slide in a fictionless circular groove of radius r centered at O' which is r/3 from O. What is the radial acceleration of m in direction O'm...- Jacer10
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- Accelaration Acceleration Dynamics Particle Radial Radial acceleration Turntable
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- Forum: Advanced Physics Homework Help