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Consider the cylindrical buoy pictured below floating in sea water with density p= 1025 kg/m³. The dimensions and mass of the buoy are given in the table below. The centre of gravity is located at the geometric centre of the buoy. D G 0.5H₁ 27 H₁

Consider the cylindrical buoy pictured below floating in sea water with density p= 1025 kg/m³. The dimensions and mass of the buoy are given in the table below. The centre of gravity is located at the geometric centre of the buoy. D G 0.5H₁ 27 H₁

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Consider the cylindrical buoy pictured below floating in sea water with density p= 1025 kg/m³. The dimensions and mass of the buoy are given in the table below. The centre of gravity is located at the geometric centre of the buoy. D G 0.5H₁ 27 H₁
Transcribed Image Text:Consider the cylindrical buoy pictured below floating in sea water with density p= 1025 kg/m³. The dimensions and mass of the buoy are given in the table below. The centre of gravity is located at the geometric centre of the buoy. D G 0.5H₁ 27 H₁
Take the density of sea water as 1025 kg/m³. The submerged height (Hubmerged)= The metacritic radius (7metacritic)= QUESTION 3(A) Determine the submerged height of the buoy (to the nearest mm). Report your answer in mm and use this rounded value in subsequent calculations. Buoy height (H₁): Buoy diameter (D): Buoy mass (m): The equilibrium is QUESTION 3(C) Is the buoy stable, unstable or in neutral equilibrium? A 0.0727 A mm QUESTION 3(B) Determine the metacentric radius of the buoy in mm. Report your answer in mm and use this rounded value in subsequent calculations. YOUR PROGRESS ON QUESTION 3 1715 mm 1127 mm 8 mm 744 kg
Transcribed Image Text:Take the density of sea water as 1025 kg/m³. The submerged height (Hubmerged)= The metacritic radius (7metacritic)= QUESTION 3(A) Determine the submerged height of the buoy (to the nearest mm). Report your answer in mm and use this rounded value in subsequent calculations. Buoy height (H₁): Buoy diameter (D): Buoy mass (m): The equilibrium is QUESTION 3(C) Is the buoy stable, unstable or in neutral equilibrium? A 0.0727 A mm QUESTION 3(B) Determine the metacentric radius of the buoy in mm. Report your answer in mm and use this rounded value in subsequent calculations. YOUR PROGRESS ON QUESTION 3 1715 mm 1127 mm 8 mm 744 kg
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