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A cylindrical tank has a mass of the 200 {~kg} and inner radiu
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A cylindrical tank has a mass of the and inner radius of . The tank has no bottom and is directly bolted to the floor and are bolts in the figure]. The tank is connected to an elevated open tank and both the tanks are filled with a liquid as shown in the figure. Various heights are as shown. When a small wooden cube of specific gravity is placed in the upper tank, it floats while remaining exactly half submerged. Calculate the force applied by the bolts in holding the tank.
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Problems in Physics I for IIT JEE (McGraw Hill)

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A cylindrical tank has a mass of the and inner radius of . The tank has no bottom and is directly bolted to the floor and are bolts in the figure]. The tank is connected to an elevated open tank and both the tanks are filled with a liquid as shown in the figure. Various heights are as shown. When a small wooden cube of specific gravity is placed in the upper tank, it floats while remaining exactly half submerged. Calculate the force applied by the bolts in holding the tank.
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Question Text
A cylindrical tank has a mass of the and inner radius of . The tank has no bottom and is directly bolted to the floor and are bolts in the figure]. The tank is connected to an elevated open tank and both the tanks are filled with a liquid as shown in the figure. Various heights are as shown. When a small wooden cube of specific gravity is placed in the upper tank, it floats while remaining exactly half submerged. Calculate the force applied by the bolts in holding the tank.
TopicMechanical Properties of Fluids
SubjectPhysics
ClassClass 11
Answer TypeText solution:1
Upvotes122