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Example 2.17: A ship displacing 1000 tons has the horizontal cross section at water line shown in Fig. 2.41. Its center of buoyancy is 6.0 ft below water surface, and its center of gravity is 1.0 ft below water surface. Determine its metacentric height for rolling (about y-y-axis) and for pitching (about z-r-axis).

Example 2.17: A ship displacing 1000 tons has the horizontal cross section at water line shown in Fig. 2.41. Its center of buoyancy is 6.0 ft below water surface, and its center of gravity is 1.0 ft below water surface. Determine its metacentric height for rolling (about y-y-axis) and for pitching (about z-r-axis).

Elements Of Electromagnetics
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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Erample 2.17: A ship displacing 1000 tons has the horizontal cross section at water line shown in Fig. 2.41. Its center of buoyancy is 6.0 ft below water surface, and its center of gravity is 1.0 ft below water surface. Determine its metacentric height for rolling (about y-y-axis) and for pitching (about r-a-axis). 30 ft 20 ft +80 ft- 20 ft
Transcribed Image Text:Erample 2.17: A ship displacing 1000 tons has the horizontal cross section at water line shown in Fig. 2.41. Its center of buoyancy is 6.0 ft below water surface, and its center of gravity is 1.0 ft below water surface. Determine its metacentric height for rolling (about y-y-axis) and for pitching (about r-a-axis). 30 ft 20 ft +80 ft- 20 ft
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