Q2. A cylindricai tank of diameter 2.5 m is founded with its axis horizontal. The tank contains water in the bottom half and an oil of relative density 0.82 on the top half with a common interface. The fluids are under pressure and a pressure gauge on the top of the cylinder reads 15 KPa. Calculate the force per meter length on the upper half of the cylindrical tank.
Q2. A cylindricai tank of diameter 2.5 m is founded with its axis horizontal. The tank contains water in the bottom half and an oil of relative density 0.82 on the top half with a common interface. The fluids are under pressure and a pressure gauge on the top of the cylinder reads 15 KPa. Calculate the force per meter length on the upper half of the cylindrical tank.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Q2. A cylindricai tank of diameter 2.5 m is founded with its axis horizontal. The tank
contains water in the bottom half and an oil of relative density 0.82 on the top haif
with a common interface. The fluids are under pressure and a pressure gauge on the
top of the cylinder reads 15 KPa. Caleulate the force per meter length on the upper
half of the cylindrical tank.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa5ee1b0f-78c7-4b0d-aa9e-3ab4ca57c8d0%2Fbf3c155a-d570-4e1e-a616-4a6d0ab04778%2Fmks7nwh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q2. A cylindricai tank of diameter 2.5 m is founded with its axis horizontal. The tank
contains water in the bottom half and an oil of relative density 0.82 on the top haif
with a common interface. The fluids are under pressure and a pressure gauge on the
top of the cylinder reads 15 KPa. Caleulate the force per meter length on the upper
half of the cylindrical tank.
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