A small catchment of area 200 ha received a rainfall of 10 cm in 90 minutes due to a storm. At the outlet of the catchment, the stream draining the catchment was dry before the storm and experienced a runoff lasting for 8 hours with an average discharge of 2.1 m3/s. The stream was again dry after the runoff event. Determine the combined effects of infiltration, evaporation and transpiration. O 60,480 m3 O 146,000 m3 O 103,500 m3 O None of the choices O 139,520 m3
A small catchment of area 200 ha received a rainfall of 10 cm in 90 minutes due to a storm. At the outlet of the catchment, the stream draining the catchment was dry before the storm and experienced a runoff lasting for 8 hours with an average discharge of 2.1 m3/s. The stream was again dry after the runoff event. Determine the combined effects of infiltration, evaporation and transpiration. O 60,480 m3 O 146,000 m3 O 103,500 m3 O None of the choices O 139,520 m3
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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#17
![A small catchment of area 200 ha received a rainfall of 10 cm
in 90 minutes due to a storm. At the outlet of the catchment,
the stream draining the catchment was dry before the storm
and experienced a runoff lasting for 8 hours with an average
discharge of 2.1 m3/s. The stream was again dry after the
runoff event. Determine the combined effects of infiltration,
evaporation and transpiration.
O 60,480 m3
O 146,000 m3
O 103,500 m3
O None of the choices
O 139,520 m3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F495c2e82-6f1a-4188-9d1c-bec510c3de62%2Fc4491035-b2b6-4ee5-a734-5fda82b3051c%2Fmyr6l5d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A small catchment of area 200 ha received a rainfall of 10 cm
in 90 minutes due to a storm. At the outlet of the catchment,
the stream draining the catchment was dry before the storm
and experienced a runoff lasting for 8 hours with an average
discharge of 2.1 m3/s. The stream was again dry after the
runoff event. Determine the combined effects of infiltration,
evaporation and transpiration.
O 60,480 m3
O 146,000 m3
O 103,500 m3
O None of the choices
O 139,520 m3
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