For floating bodies, the center of buoyancy may take different positions with respect to the center of gravity, depending on the shape of the body and the position in which it is floating. W G FB (a) The stability of floating bodies is further described as; (b) FB GM A. If the metacentric height (GM) is positive, the floating body is unstable B. If the metacenter (M)is above the center of gravity (G), the floating body is unstable C. If the metacentric height (GM) is positive, the floating body is stable D. If the metacenter (M)is below the center of gravity (G), the floating body is stable E. None of the above
For floating bodies, the center of buoyancy may take different positions with respect to the center of gravity, depending on the shape of the body and the position in which it is floating. W G FB (a) The stability of floating bodies is further described as; (b) FB GM A. If the metacentric height (GM) is positive, the floating body is unstable B. If the metacenter (M)is above the center of gravity (G), the floating body is unstable C. If the metacentric height (GM) is positive, the floating body is stable D. If the metacenter (M)is below the center of gravity (G), the floating body is stable E. None of the above
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:For floating bodies, the center of buoyancy may take different positions with
respect to the center of gravity, depending on the shape of the body and the
position in which it is floating.
W
G
(a)
The stability of floating bodies is further described as;
FB
GM
A. If the metacentric height (GM) is positive, the floating body is unstable
B. If the metacenter (M)is above the center of gravity (G), the floating body is unstable
C. If the metacentric height (GM) is positive, the floating body is stable
D. If the metacenter (M)is below the center of gravity (G), the floating body is stable
E. None of the above
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