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A rectangular boat with additional load at the center of 8,000 kg is submerged in water by 2.5 m . The boat is 8 m long and 7.8m wide and 3 m high. Center of the Gravity from the bottom is 2.5 m. Consider rolling. Determine the initial metacentric height in meters. Select] Find the total draft in meters after the 8, 000kg is placed at the edge of the boat. Assume water is fresh with density equal to 1000 kg/cu.m Select] Determine also the final metacentric height in meters if the 8, 000kg is placed at the edge of the boat . Select] Determine also the shifting of the center of buoyancy in meters if the 8,000 kg is placed at the edge of the boat. Select ] What is the maximum load in kg that the boat can carry 3 m from the center without sinking the boat ? Select ]
A rectangular boat with additional load at the center of 8,000 kg is submerged in water by 2.5 m. The boat is 8 m long and 7.8m wide and 3 m high. Center of the Gravity from the bottom is 2.5 m. Consider rolling. Determine the initial metacentric height in meters. [Select] Find the total draft in meters after the 8,000 kg is placed at the edge of the boat. Assume water is fresh with density equal to 1000 kg/cu.m. [Select] Determine also the final metacentric height in meters if the 8,000 kg is placed at the edge of the boat. [Select] Determine also the shifting of the center of buoyancy in meters if the 8,000 kg is placed at the edge of the boat. [Select] What is the maximum load in kg that the boat can carry 3 m from the center without sinking the boat? [Select]