Dear expert don't Use chat gpt plz Don't copy paste 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.DG0.5H₁27H₁ 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 isQUESTION 3(C)Is the buoy stable, unstable or in neutral equilibrium?A0.0727 A mmQUESTION 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 31715 mm1127 mm8 mm744 kg

A rectangular cuboid is given H =1715mm = 1.715 mD = 1.127 mM = 744 kgDensity of sea water = 1025…

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

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Dear expert don't Use chat gpt plz

Don't copy paste

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

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