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The BOD rate constant (K) for a river's BOD assimilation was determined to be 2/day (base e). The BOD of the river after leaving a heavily populated town was determined to be 50 mg/l. Determine the distance after which the rivers BOD would become 4 mg/l when the average velocity of river was 1 m/s. What would have been this 'K' value if the distance would have been 300 km and state what K manifests. A B AUKKAA 1 m/sec

The BOD rate constant (K) for a river's BOD assimilation was determined to be 2/day (base e). The BOD of the river after leaving a heavily populated town was determined to be 50 mg/l. Determine the distance after which the rivers BOD would become 4 mg/l when the average velocity of river was 1 m/s. What would have been this 'K' value if the distance would have been 300 km and state what K manifests. A B AUKKAA 1 m/sec

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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ONLY HANDWRITTEN The BOD rate constant (K) for a river's BOD assimilation was determined to be 2/day (base e). The BOD of the river after leaving a heavily populated town was determined to be 50 mg/l. Determine the distance after which the rivers BOD would become 4 mg/l when the average velocity of river was 1 m/s. What would have been this 'K' value if the distance would have been 300 km and state what K manifests. A B 1 m/sec--
Transcribed Image Text:ONLY HANDWRITTEN The BOD rate constant (K) for a river's BOD assimilation was determined to be 2/day (base e). The BOD of the river after leaving a heavily populated town was determined to be 50 mg/l. Determine the distance after which the rivers BOD would become 4 mg/l when the average velocity of river was 1 m/s. What would have been this 'K' value if the distance would have been 300 km and state what K manifests. A B 1 m/sec--
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