A river receives a discharge of 10MGD at a concentration of 150mg/l . The/river flow upstream is 20MGD at zero concentration. For 15 mi downstream, the pollutant decay according to the equation C=Co e -0.1x where x is in mile and c is concentration. A region of slow moving is then encountered where the velocity concentration at the point 35mi downstream from the outfall ? drops, what is the
A river receives a discharge of 10MGD at a concentration of 150mg/l . The/river flow upstream is 20MGD at zero concentration. For 15 mi downstream, the pollutant decay according to the equation C=Co e -0.1x where x is in mile and c is concentration. A region of slow moving is then encountered where the velocity concentration at the point 35mi downstream from the outfall ? drops, what is the
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A river receives a discharge of 10MGD at a concentration of 150mg/l. The river
flow upstream is 20MGD at zero concentration. For 15 mi downstream, the pollutant
decay according to the equation C=Co e -0.1x where x is in mile and c is concentration.
A region of slow moving is then encountered where the velocity
concentration at the point 35mi downstream from the outfall ?
drops, what is the](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F907f232f-c22a-4018-a9ce-6867abf36196%2Fdb0b39e7-b1ee-4d07-888e-44f90328fc45%2F2w4x1c_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A river receives a discharge of 10MGD at a concentration of 150mg/l. The river
flow upstream is 20MGD at zero concentration. For 15 mi downstream, the pollutant
decay according to the equation C=Co e -0.1x where x is in mile and c is concentration.
A region of slow moving is then encountered where the velocity
concentration at the point 35mi downstream from the outfall ?
drops, what is the
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