Calculated e) as 17293.23kg and f) as 675.65kg/m3Need help with g), h) and i) A cylindrical platform of diameter of 2.82 m and height 4.1 m floats in saline water (density = 1026 kg/m³) with freeboard of 1.4 m.(e) What is the mass of the displaced water?(f) What is the density of the platform?(g) What is the maximum load that can be placed on the platform given that a minimum freeboard of 0.9 m must be maintained?(h) Given that the platform is loaded with its maximum load and that the centre of gravity of the load is a distance 0.2 m directly above the centre ofthe platform, what is the distance from the bottom of the platform to the centre of gravity of the loaded platform?(i) What is the metacentric height for the loaded platform for this configuration?

Given Calculated e) as 17293.23kg and f) as 675.65kg/m3 Need help with g), h) and i)

A cylindrical platform of diameter of 2.82 m and height 4.1 m floats in saline water (density = 1026 e) What is the mass of the displaced water? f) What is the density of the platform? g) What is the maximum load that can be placed on the platform given that a minimum freeboard h) Given that the platform is loaded with its maximum load and that the centre of gravity of the lo: the platform, what is the distance from the bottom of the platform to the centre of gravity of the lo

A cylindrical platform of diameter of 2.82 m and height 4.1 m floats in saline water (density = 1026 e) What is the mass of the displaced water? f) What is the density of the platform? g) What is the maximum load that can be placed on the platform given that a minimum freeboard h) Given that the platform is loaded with its maximum load and that the centre of gravity of the lo: the platform, what is the distance from the bottom of the platform to the centre of gravity of the lo

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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