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Natural frequency of the sloshing water in a swimming pool of a cruiser ship is studied by an experimental set up with a scale...Asked by Cagri
                Natural frequency of the sloshing water in a swimming  pool of a cruiser ship is studied by an experimental set up with a scale of 1/10. If the natural frequency is found 3.5 Hz, then what is the natural frequency for full scale?
            
            
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                    Answered by
            Damon
            
    http://www.jiskha.com/display.cgi?id=1392897814
Sorry, I was rowing this morning and did not see this question. Finally a question I am used to :)
Naval Architect, Gloucester, MA
    
Sorry, I was rowing this morning and did not see this question. Finally a question I am used to :)
Naval Architect, Gloucester, MA
                    Answered by
            Damon
            
    by the way if the wavelength is long compared to the water depth then the speed is proportional to the depth.
v = k L
T = L/v = L/kL = 1/k
and the speed would be so much faster in the deeper pool that the period would be the same.
    
v = k L
T = L/v = L/kL = 1/k
and the speed would be so much faster in the deeper pool that the period would be the same.
                    Answered by
            Damon
            
    sorry, have shallow water limit wrong
speed proportional to square root of depth
v = k L^.5
T = L/v = L/(k L^.5) = c sqrt L
so
frequency = constant / sqrt L
so same ratio, 1/sqrt 10
    
speed proportional to square root of depth
v = k L^.5
T = L/v = L/(k L^.5) = c sqrt L
so
frequency = constant / sqrt L
so same ratio, 1/sqrt 10
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