Consider a flatboat hull which carries cargo down a river. When fully loaded the craft weight 150 kN. How far will this boat sink into the water? (i.e., What is boat’s “displacement, D?”) Be sure to draw a free-body diagram that shows all external forces operating on the boat; also, show all relevant dimensions. Locate the center of buoyancy (ycb) from the bottom of the hull. If the metacenter (M) is located at 0.98 m from the bottom of the hull, is this boat stable?
Consider a flatboat hull which carries cargo down a river. When fully loaded the craft weight 150 kN. How far will this boat sink into the water? (i.e., What is boat’s “displacement, D?”) Be sure to draw a free-body diagram that shows all external forces operating on the boat; also, show all relevant dimensions. Locate the center of buoyancy (ycb) from the bottom of the hull. If the metacenter (M) is located at 0.98 m from the bottom of the hull, is this boat stable?
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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Consider a flatboat hull which carries cargo down a river. When fully loaded the craft weight 150 kN.
- How far will this boat sink into the water? (i.e., What is boat’s “displacement, D?”) Be sure to draw a free-body diagram that shows all external forces operating on the boat; also, show all relevant dimensions.
- Locate the center of buoyancy (ycb) from the bottom of the hull.
- If the metacenter (M) is located at 0.98 m from the bottom of the hull, is this boat stable?
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