Problem (4.18): A vessel has a length of 60 m, width 12 m and a displacement of 19620 kN. When a weight ot294.3 KN is rolled off transversely across the deck through a distance of 6.5 m, the vessel thts through5°. The second moment of area of the water line section about its fore-and-oft axis is 75 per cent of that of the circumscribing rectangie. The center of buoyancy is 2.75 m below the water line. Find: (i) The metacentric height (ii) The position of center of gravity of the vessel. Take specific weight of sea water 10.104 kN/m

Problem (4.18): A vessel has a length of 60 m, width 12 m and a displacement of 19620 kN. When a weight ot294.3 KN is rolled off transversely across the deck through a distance of 6.5 m, the vessel thts through5°. The second moment of area of the water line section about its fore-and-oft axis is 75 per cent of that of the circumscribing rectangie. The center of buoyancy is 2.75 m below the water line. Find: (i) The metacentric height (ii) The position of center of gravity of the vessel. Take specific weight of sea water 10.104 kN/m

Name: Problem (4.18): A vessel has a length of 60 m, width 12 m and a displ
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Description: Problem (4.18): A vessel has a length of 60 m, width 12 m and a displacement of 19620 kN. When aeight of294.3 KN is rolled off transversely across the deck through a distance of 6.5 m, the vesselmts through S°. The second moment of area of the water

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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