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A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2?.

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Here you can find the meaning of A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2? defined & explained in the simplest way possible. Besides giving the explanation of A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2?, a detailed solution for A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2? has been provided alongside types of A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2? theory, EduRev gives you an ample number of questions to practice A veniturflume is constructed at a channel section of width 5m. The width at throat of venturi flume is 2m. Water flows at a depth of 2m in a channel and drops to 1 m at throat section. Consider the coefficient of discharge as 0.95. The rate of flow in channel is: 1, 22. 46/97.7^1/2 2. 40.37/ 97.7^1/2 3. 22. 46/82.4^1/2 4. 40.37 /82.4 ^1/2? tests, examples and also practice Civil Engineering (CE) tests.