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Exercise Figure 2.11 shows a flatboat hull that, when fully loaded, weighs 150 kN. Parts (b)-(d) show the top, front, and side views of the boat, respectively. Note the location of the center of gravity, cg. Determine whether the boat is stable in fresh water. Axis about which tipping would occur (a) Loaded flatboat (b) Top view and horizontal cross section Ycg = 0.80 m Y H-1.40 m eg 0,80 m H = 1 1.60 m Y -6.00 m 2.40 m L. (d) Side view (c) Front view and vertical Figure 2.11 cross section

Exercise Figure 2.11 shows a flatboat hull that, when fully loaded, weighs 150 kN. Parts (b)-(d) show the top, front, and side views of the boat, respectively. Note the location of the center of gravity, cg. Determine whether the boat is stable in fresh water. Axis about which tipping would occur (a) Loaded flatboat (b) Top view and horizontal cross section Ycg = 0.80 m Y H-1.40 m eg 0,80 m H = 1 1.60 m Y -6.00 m 2.40 m L. (d) Side view (c) Front view and vertical Figure 2.11 cross section

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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Exercise Figure 2.11 shows a flatboat hull that, when fully loaded, weighs 150 kN. Parts (b)-(d) show the top, front, and side views of the boat, respectively. Note the location of the center of gravity, cg. Determine whether the boat is stable in fresh water. Axis about which tipping would occur (a) Loaded flatboat (b) Top view and horizontal cross section Ycg = 0.80 m %3D H=1.40 m 0,80 m H = 1 1.60 m Y -6.00 m 2.40 m L. B (d) Side view (c) Front view and vertical Figure 2.11 cross section
Transcribed Image Text:Exercise Figure 2.11 shows a flatboat hull that, when fully loaded, weighs 150 kN. Parts (b)-(d) show the top, front, and side views of the boat, respectively. Note the location of the center of gravity, cg. Determine whether the boat is stable in fresh water. Axis about which tipping would occur (a) Loaded flatboat (b) Top view and horizontal cross section Ycg = 0.80 m %3D H=1.40 m 0,80 m H = 1 1.60 m Y -6.00 m 2.40 m L. B (d) Side view (c) Front view and vertical Figure 2.11 cross section
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