A concrete block that has a total volume of 1 m' and a specific gravity of 1.67 is tied to one end of a long, hollow cylinder to keep the cylinder vertically floating. The cylinder is 3 m long and 72 cm in diameter. In deep water, 12 cm of cylinder remain above the water surface. Determine the weight of the cylinder in kg.
A concrete block that has a total volume of 1 m' and a specific gravity of 1.67 is tied to one end of a long, hollow cylinder to keep the cylinder vertically floating. The cylinder is 3 m long and 72 cm in diameter. In deep water, 12 cm of cylinder remain above the water surface. Determine the weight of the cylinder in kg.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A concrete block that has a total volume of 1 m' and a specific gravity of
1.67 is tied to one end of a long, hollow cylinder to keep the cylinder
vertically floating. The cylinder is 3 m long and 72 cm in diameter. In deep
water, 12 cm of cylinder remain above the water surface. Determine the
weight of the cylinder in kg.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5cbcb14f-1fdd-4775-a198-d70191533f0d%2Fbd19d8ae-671e-4bb7-a9c7-200364df066b%2Fbepen4_processed.png&w=3840&q=75)
Transcribed Image Text:A concrete block that has a total volume of 1 m' and a specific gravity of
1.67 is tied to one end of a long, hollow cylinder to keep the cylinder
vertically floating. The cylinder is 3 m long and 72 cm in diameter. In deep
water, 12 cm of cylinder remain above the water surface. Determine the
weight of the cylinder in kg.
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