A tank with vertical sides has a division wall provided with a 0.02 m2 orifice. The tank has a trapezoidal cross section area of 18 m2 and 14 m2 for A and B, respectively. The difference in elevation between the water surface elevation in the two chambers is 4m. Surface water at A is higher than B. Use C = 0.60 and C, = 0.98.
A tank with vertical sides has a division wall provided with a 0.02 m2 orifice. The tank has a trapezoidal cross section area of 18 m2 and 14 m2 for A and B, respectively. The difference in elevation between the water surface elevation in the two chambers is 4m. Surface water at A is higher than B. Use C = 0.60 and C, = 0.98.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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a. Find the rate of discharge through the orifice
b. Compute how long it will take in seconds for the water level surfaces to be 1 m apart
c. How long will it take in seconds to stop the flow through the orifice
![A tank with vertical sides has a division wall
provided with a 0.02 m? orifice. The tank has a
trapezoidal cross section area of 18 m2 and 14 m2
for A and B, respectively. The difference in elevation
between the water surface elevation in the two
chambers is 4m. Surface water at A is higher than B.
Use C = 0.60 and C, = 0.98.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F71eb43a6-2508-472e-944c-bcaae64d48c8%2F5a595600-e779-4221-8228-a8c081a35112%2Fkndrsao_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A tank with vertical sides has a division wall
provided with a 0.02 m? orifice. The tank has a
trapezoidal cross section area of 18 m2 and 14 m2
for A and B, respectively. The difference in elevation
between the water surface elevation in the two
chambers is 4m. Surface water at A is higher than B.
Use C = 0.60 and C, = 0.98.
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