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Engineering
Mechanical Engineering
How Fast Must the Lid Travel to Tip Over the Entire Assembly?
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[QUOTE="Simon Bridge, post: 5458307, member: 367532"] The lid must either bounce or stick ... if it slams into place and stays there it has stuck. I didn't look at the attachment. The usual force of tipping calculation is the force at the action point needed to oppose the torque from gravity. An impact would be modeled by an impulse ... which is change in momentum. You are trying to change angular momentum. [/QUOTE]
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How Fast Must the Lid Travel to Tip Over the Entire Assembly?
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