5. A hemispherical shell. With base horizontal and uppermost, filled with water. If the radius is 2m, determine the time required to a) reduce the depth of water by 1.5 m b) empty the shell through a sharp-crested orifice 150 mm in diameter C = 0.6 located at the lowest point
5. A hemispherical shell. With base horizontal and uppermost, filled with water. If the radius is 2m, determine the time required to a) reduce the depth of water by 1.5 m b) empty the shell through a sharp-crested orifice 150 mm in diameter C = 0.6 located at the lowest point
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![5. A hemispherical shell. With base horizontal and uppermost, filled with water. If the radius is
2m, determine the time required to a) reduce the depth of water by 1.5 m b) empty the shell through
a sharp-crested orifice 150 mm in diameter C = 0.6 located at the lowest point
Answer
t = 294.84 s
t = 353.17s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb1a806a3-a334-4a6a-b8ae-ca54bf4a8331%2F7af5b64a-9ba2-425c-88e0-e7b2d4aa1092%2F87925vt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5. A hemispherical shell. With base horizontal and uppermost, filled with water. If the radius is
2m, determine the time required to a) reduce the depth of water by 1.5 m b) empty the shell through
a sharp-crested orifice 150 mm in diameter C = 0.6 located at the lowest point
Answer
t = 294.84 s
t = 353.17s
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