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Introductory Physics Homework Help
Calculating Reaction Force on a Stationary Wall in a Rotating System
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[QUOTE="SteamKing, post: 4491952, member: 301881"] Your diagram is rather unclear. Where is the center of rotation located? "The mass is continuously being pushed into a static wall due to the rotating disc beneath it." This may be true. "The mass is stationary because it is being stopped by the wall." This may be true. "Thus, the static wall forces the object to slide across the surface the disc as the disc rotates." How do you figure this conclusion? Are the wall and the object attracted magnetically? Are you sure that a more reasonable explanation might be possible? If you want to calculate the reaction of the object, always remember that F = ma. How would friction determine the reaction of the object on the stationary wall? [/QUOTE]
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Calculating Reaction Force on a Stationary Wall in a Rotating System
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