Problem II. A right circular cone is 100mm in diameter and 200mm high and weighs 1.6N in air. How much force is required to push the cone (vertex downward) into a body of liquid having a specific gravity of 0.8, so that its base is 10mm below the surface?

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Problem II. A right circular cone is 100mm in diameter and 200mm high and weighs 1.6N in
air. How much force is required to push the cone (vertex downward) into a body of liquid
having a specific gravity of 0.8, so that its base is 10mm below the surface?
Transcribed Image Text:Problem II. A right circular cone is 100mm in diameter and 200mm high and weighs 1.6N in air. How much force is required to push the cone (vertex downward) into a body of liquid having a specific gravity of 0.8, so that its base is 10mm below the surface?
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