Situation 2. A hollow cylinder 1.0 m in diameter and 2.0 m long weighs 3285 N. a. How many kN of lead weighing 110 kN/m³ must be fastened to the outside bottom to make the cylinder float vertically with 1.50 m submerged in fresh water? b. How many kN of lead weighing 110 kN/m³ must be placed inside the cylinder to make the cylinder float vertically with 1.50 m submerged in fresh water? c. What additional load must be placed inside the cylinder to make the top of the cylinder flush with the water surface?
Situation 2. A hollow cylinder 1.0 m in diameter and 2.0 m long weighs 3285 N. a. How many kN of lead weighing 110 kN/m³ must be fastened to the outside bottom to make the cylinder float vertically with 1.50 m submerged in fresh water? b. How many kN of lead weighing 110 kN/m³ must be placed inside the cylinder to make the cylinder float vertically with 1.50 m submerged in fresh water? c. What additional load must be placed inside the cylinder to make the top of the cylinder flush with the water surface?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Situation 2. A hollow cylinder 1.0 m in diameter and 2.0 m long weighs 3285 N.
a. How many kN of lead weighing 110 kN/m³ must be fastened to the outside bottom to make the cylinder float vertically with 1.50 m submerged in fresh water?
b. How many kN of lead weighing 110 kN/m³ must be placed inside the cylinder to make the cylinder float vertically with 1.50 m submerged in fresh water?
c. What additional load must be placed inside the cylinder to make the top of the cylinder flush with the water surface?
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