The cylindrical buoy floats in salt water (density 1030 kg/m³) and has a mass of 850 kg with a low center of mass to keep it stable in the upright position. Determine the frequency fn of vertical oscillation of the buoy. Assume that the water level remains undisturbed adjacent to the buoy. 0.76 m H
The cylindrical buoy floats in salt water (density 1030 kg/m³) and has a mass of 850 kg with a low center of mass to keep it stable in the upright position. Determine the frequency fn of vertical oscillation of the buoy. Assume that the water level remains undisturbed adjacent to the buoy. 0.76 m H
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Transcribed Image Text:The cylindrical buoy floats in salt water (density 1030 kg/m³) and has a mass of 850 kg with a low center of mass to keep it stable in the
upright position. Determine the frequency fn of vertical oscillation of the buoy. Assume that the water level remains undisturbed
adjacent to the buoy.
0.76 m
Answer: fn = i
Hz
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