A cylindrical tank, 1.1 m in diameter and 2.4 m high weighs 3825 Newtons. The tank is to float in water with a draft of 1.9 m. Unit weight of lead is 110 KN/m^3 a. How much lead is required if it is attached at the outside bottom of the tank? b. The U-tube manometer measures the pressure in an air pipe to be 10 cm of water. The pressure in the pipe is nearest c. How much lead is required if it is placed inside the tank? d. How much additional weight of lead is required to make the cylinder fully submerged in water?
A cylindrical tank, 1.1 m in diameter and 2.4 m high weighs 3825 Newtons. The tank is to float in water with a draft of 1.9 m. Unit weight of lead is 110 KN/m^3 a. How much lead is required if it is attached at the outside bottom of the tank? b. The U-tube manometer measures the pressure in an air pipe to be 10 cm of water. The pressure in the pipe is nearest c. How much lead is required if it is placed inside the tank? d. How much additional weight of lead is required to make the cylinder fully submerged in water?
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A cylindrical tank, 1.1 m in diameter and 2.4 m high weighs 3825 Newtons. The tank is to float in water with a draft of 1.9 m. Unit weight of lead is 110 KN/m^3
a. How much lead is required if it is attached at the outside bottom of the tank?
b. The U-tube manometer measures the pressure in an air pipe to be 10 cm of water. The pressure in the pipe is nearest
c. How much lead is required if it is placed inside the tank?
d. How much additional weight of lead is required to make the cylinder fully submerged in water?
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