Centripetal acceleration acting on a parcel

AI Thread Summary
The discussion revolves around calculating the angle θ at which a parcel remains stationary on an inclined seat in a car traveling at 20 m/s along a curve with a radius of 80 m. The user seeks validation for their force diagram related to centripetal acceleration and the forces acting on the parcel. The key focus is on ensuring that the forces balance to prevent slipping. The user provides a link to their diagram for review. The conversation emphasizes the importance of accurately representing forces in dynamics problems.
cmcd
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Homework Statement



A parcel sits on a seat angled θ to the horizontal. The car is traveling along a local radius of curvature of 80m and is traveling 20m/s at the dip. For what value of theta will the parcel not slip?

Will someone check that my force diagram is correct?
Thanks,
cmcd

http://s1372.photobucket.com/user/cmcdona22/media/001_zps29188e8a.jpg.html
 
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\rho_0
 
\rho(h)=\rho_0\exp^-\frac{\rho_0g_ph}{p_0}
 
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