An open cylindrical tank 350 mm in diameter and 1.8 m high is inserted vertically into a body of water with open end down and floats with a 1300 N block of concrete (SG=2.4) suspended at it's lower end. Neglecting the weight of the cylinder, determine the bouyant force in the concrete, and the depth of water that in the cylinder? What are the pressures inside the cylinder before and after inserting in water?
An open cylindrical tank 350 mm in diameter and 1.8 m high is inserted vertically into a body of water with open end down and floats with a 1300 N block of concrete (SG=2.4) suspended at it's lower end. Neglecting the weight of the cylinder, determine the bouyant force in the concrete, and the depth of water that in the cylinder? What are the pressures inside the cylinder before and after inserting in water?
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An open cylindrical tank 350 mm in diameter and 1.8 m high is inserted vertically into a body of water with open end down and floats with a 1300 N block of concrete (SG=2.4) suspended at it's lower end. Neglecting the weight of the cylinder, determine the bouyant force in the concrete, and the depth of water that in the cylinder? What are the pressures inside the cylinder before and after inserting in water?
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