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Buoyant Force Problem: Equilibrium and Submerged Objects Explained
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[QUOTE="haruspex, post: 4497934, member: 334404"] I don't like calling it mass reduction. Weight reduction perhaps, but I prefer to think of it as adding a buoyant force to each. Now, are you sure it says c1 ≠ c2? From the rest of the question, I would say you have c1 = c2 but m1 ≠ m2. Does it make sense to you then? ( It's also strange that at first you say the fulcrum is half way, but then later it clearly is not.) [/QUOTE]
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Buoyant Force Problem: Equilibrium and Submerged Objects Explained
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