A (cube, with a calculable volume of dimensions Xm=7 x Ym=7 x Zm=7), having density rho=80...

A (cube, with a calculable volume of dimensions Xm=7 x Ym=7 x Zm=7), having density rho=80 kg/m³, is 80% (less than 100%) submerged in a fluid having density rho_fluid=1500 kg/m³. Find a) the tension in a string holding the object to the bottom of container holding the fluid (aside; this only makes sense if the buoyancy force exceeds the object's weight force), and b) the numerical value of the pressure at the top and the bottom of the object, including atmospheric pressure. Remember that: a) the buoyancy force depends only on the submerged volume, rather than the total volume of the object, and b) atmospheric pressure is 101325 pascal (Pa).

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Alright Dude, If that worked for you... dont forget to give THUMBS UP.(that will work for me!)

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genius_generous answered 1 year ago

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