A tank contains two liquids, half of which has a specific gravity of 1 and the other half has specific gravity of 2. A metal sphere with radius of 300 mm and specific gravity of 4 is submerged such that half of the sphere is in the liquid of specific gravity of 1 and the other half is in liquid specific gravity of 2. a. Determine the buoyant force acting on the sphere in N. b. Determine the tension of the cable to keep the sphere in this condition in N. c. If the liquid is all water, determine the buoyant force on the sphere in N.
A tank contains two liquids, half of which has a specific gravity of 1 and the other half has specific gravity of 2. A metal sphere with radius of 300 mm and specific gravity of 4 is submerged such that half of the sphere is in the liquid of specific gravity of 1 and the other half is in liquid specific gravity of 2. a. Determine the buoyant force acting on the sphere in N. b. Determine the tension of the cable to keep the sphere in this condition in N. c. If the liquid is all water, determine the buoyant force on the sphere in N.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A tank contains two liquids, half of which has a specific gravity of 1 and the other half has specific gravity
of 2. A metal sphere with radius of 300 mm and specific gravity of 4 is submerged such that half of the
sphere is in the liquid of specific gravity of 1 and the other half is in liquid specific gravity of 2.
a. Determine the buoyant force acting on the sphere in N.
b. Determine the tension of the cable to keep the sphere in this condition in N.
c. If the liquid is all water, determine the buoyant force on the sphere in N.
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