I-A contracted weir 1.31 m long and (.26 m high is to be installed in a channel 2.45 m wide. The depth of water back oOF the weir is 2.14m. a) What is the amount oF flow neglecting the velocity of approach! b.) What is the amount of flow considering the velocity of approach ! d What is the velocity OF approach!
I-A contracted weir 1.31 m long and (.26 m high is to be installed in a channel 2.45 m wide. The depth of water back oOF the weir is 2.14m. a) What is the amount oF flow neglecting the velocity of approach! b.) What is the amount of flow considering the velocity of approach ! d What is the velocity OF approach!
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![J-A contracted weir 1.31 m long and 1:26m high is to be installed
in a channel 2.45 m wide. The depth of water backk OF the weir
is 2.14m.
a) What is the amount OF flouw neglecting the velocity of approach.
6.) What is the amount op flow considering the velocity of approach".
d What is the velocity OF approach?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F12a2a57d-781c-4f61-b1d8-31064535d5c8%2F97e1ab58-7c0c-49cb-afc5-28a9709fc0a3%2Fgado245_processed.jpeg&w=3840&q=75)
Transcribed Image Text:J-A contracted weir 1.31 m long and 1:26m high is to be installed
in a channel 2.45 m wide. The depth of water backk OF the weir
is 2.14m.
a) What is the amount OF flouw neglecting the velocity of approach.
6.) What is the amount op flow considering the velocity of approach".
d What is the velocity OF approach?
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