An open top vertical standpipe 12 ft in diameter and 50 ft tall contains water with a specific weight of62.4 lb/ft^3. The wall thickness of the vessel is 0.5 in. What is the axial stress in the bottom...


An open top vertical standpipe 12 ft in diameter and 50 ft tall contains<br>water with a specific weight of62.4 lb/ft^3. The wall thickness of the vessel<br>is 0.5 in. What is the axial stress in the bottom of the tank? Please answer<br>in kPa<br>

Extracted text: An open top vertical standpipe 12 ft in diameter and 50 ft tall contains water with a specific weight of62.4 lb/ft^3. The wall thickness of the vessel is 0.5 in. What is the axial stress in the bottom of the tank? Please answer in kPa

Jun 11, 2022
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