We have a cylindrical tank 4 m in diameter and 10 m tall full of water. At the bottom is a hose 3 cm in diameter (ID) and 30 m long. a. If we neglect friction, what is the initial flow rate? b. What would it be (neglect friction) when the tank is half full? c. If we include friction and the sudden contraction, what would the initial flow rate be? (this is trial and error, or you can use solver or circular calculation.)
We have a cylindrical tank 4 m in diameter and 10 m tall full of water. At the bottom is a hose 3 cm in diameter (ID) and 30 m long. a. If we neglect friction, what is the initial flow rate? b. What would it be (neglect friction) when the tank is half full? c. If we include friction and the sudden contraction, what would the initial flow rate be? (this is trial and error, or you can use solver or circular calculation.)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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We have a cylindrical tank 4 m in diameter and 10 m tall full of water. At the bottom is a hose 3
cm in diameter (ID) and 30 m long.
a. If we neglect friction, what is the initial flow rate?
b. What would it be (neglect friction) when the tank is half full?
c. If we include friction and the sudden contraction, what would the initial flow rate be?
(this is trial and error, or you can use solver or circular calculation.)
cm in diameter (ID) and 30 m long.
a. If we neglect friction, what is the initial flow rate?
b. What would it be (neglect friction) when the tank is half full?
c. If we include friction and the sudden contraction, what would the initial flow rate be?
(this is trial and error, or you can use solver or circular calculation.)
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