A rectangular barge has a dimension of 30m length, 10m width, and 3m depth. It weighs 4500 kN when loaded, with its center of gravity along the vertical axis 4m from the bottom of the barge. The barge is floating in seawater having specific gravity of 1.01. a. Determine the draft of the barge in seawater. b. Determine the metacentric height of the barge due to rolling. c. Determine the metacentric height of the barge due to pitching. Unit of the Correct Answer: meter Decimal Places required in the final answer: 4
A rectangular barge has a dimension of 30m length, 10m width, and 3m depth. It weighs 4500 kN when loaded, with its center of gravity along the vertical axis 4m from the bottom of the barge. The barge is floating in seawater having specific gravity of 1.01. a. Determine the draft of the barge in seawater. b. Determine the metacentric height of the barge due to rolling. c. Determine the metacentric height of the barge due to pitching. Unit of the Correct Answer: meter Decimal Places required in the final answer: 4
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A rectangular barge has a dimension of 30m length, 10m width, and 3m depth. It weighs 4500 kN when
loaded, with its center of gravity along the vertical axis 4m from the bottom of the barge. The barge is floating
in seawater having specific gravity of 1.01.
a. Determine the draft of the barge in seawater.
b. Determine the metacentric height of the barge due to rolling.
c. Determine the metacentric height of the barge due to pitching.
Unit of the Correct Answer: meter
Decimal Places required in the final answer: 4
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