1) A homogeneous solid object floats on water with 78% of its volume below the surface. The...

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Physics

1)

A homogeneous solid object floats on water with 78% of itsvolume below the surface. The same object when placed in a secondliquid floats on that liquid with 71% of its volume below thesurface.
Determine the density of the object.

2)

Determine the specific gravity of the liquid.

Answer & Explanation Solved by verified expert
4.4 Ratings (1013 Votes)
The buoyant force is the weight of liquid displaced which means the volume of liquid displaced times the density of the liquid displaced volumemassvolume mass times g For water the density is Dw1kgliter So one liter of water weighs g Newtons If the    See Answer
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