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Consider a cylindrical barrel that is 300 lt in volume containing concrete of density 2450 kg/m³ and suspended on a block of foam that weighs 0.2 kN/m³. Calculate the minimum volume of foam that could keep 3 he barrel in fully submerged equilibrium condition and suspended in water (ignore the weight of connecting

Consider a cylindrical barrel that is 300 lt in volume containing concrete of density 2450 kg/m³ and suspended on a block of foam that weighs 0.2 kN/m³. Calculate the minimum volume of foam that could keep 3 he barrel in fully submerged equilibrium condition and suspended in water (ignore the weight of connecting

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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Consider a cylindrical barrel that is 300 lt in volume containing concrete of density 2450 kg/m³ and suspended on a block of foam that weighs 0.2 kN/m³. Calculate the minimum volume of foam that could keep the barrel in fully submerged equilibrium condition and suspended in water (ignore the weight of connecting wire!).
Transcribed Image Text:Consider a cylindrical barrel that is 300 lt in volume containing concrete of density 2450 kg/m³ and suspended on a block of foam that weighs 0.2 kN/m³. Calculate the minimum volume of foam that could keep the barrel in fully submerged equilibrium condition and suspended in water (ignore the weight of connecting wire!).
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