Irrigation and drainage engineering question Q/ The following data is from the cylindrical infiltration test: Time | Measurement (cm) 12:25 | 11.7 12:00 | 14.2 12:40 | 10.4 12:01 | 13.8 13:00 | 9.8 12:02 | 13.6 13:30 | (14.8) 7.0 12:03 | 13.4 14:00 | 14.0 12:05 | 13.1 15:00 | 12.2 12:10 | 12.7 16:00 | 10.0 12:15 | 12.0 A- Find the infiltration depth function and the infiltration rate function. B- Find the basic infiltration rate for this soil. C- Estimate the time when the water completely disappears from the cylinder, if the water depth at 16:00 is 5 cm. D- According to the data, based on the developed infiltration function DAt + P (first, you must choose an appropriate value for P). E- Use the results from A and D to find D and I for the times t equal to two hours and t equal to six hours
Irrigation and drainage engineering question Q/ The following data is from the cylindrical infiltration test: Time | Measurement (cm) 12:25 | 11.7 12:00 | 14.2 12:40 | 10.4 12:01 | 13.8 13:00 | 9.8 12:02 | 13.6 13:30 | (14.8) 7.0 12:03 | 13.4 14:00 | 14.0 12:05 | 13.1 15:00 | 12.2 12:10 | 12.7 16:00 | 10.0 12:15 | 12.0 A- Find the infiltration depth function and the infiltration rate function. B- Find the basic infiltration rate for this soil. C- Estimate the time when the water completely disappears from the cylinder, if the water depth at 16:00 is 5 cm. D- According to the data, based on the developed infiltration function DAt + P (first, you must choose an appropriate value for P). E- Use the results from A and D to find D and I for the times t equal to two hours and t equal to six hours
Solid Waste Engineering
3rd Edition
ISBN:9781305635203
Author:Worrell, William A.
Publisher:Worrell, William A.
Chapter8: Landfills
Section: Chapter Questions
Problem 8.9P
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Irrigation and drainage engineering question
Q/ The following data is from the cylindrical infiltration test:
Time | Measurement (cm)
12:25 | 11.7
12:00 | 14.2
12:40 | 10.4
12:01 | 13.8
13:00 | 9.8
12:02 | 13.6
13:30 | (14.8) 7.0
12:03 | 13.4
14:00 | 14.0
12:05 | 13.1
15:00 | 12.2
12:10 | 12.7
16:00 | 10.0
12:15 | 12.0
A- Find the infiltration depth function and the infiltration rate function.
B- Find the basic infiltration rate for this soil.
C- Estimate the time when the water completely disappears from the cylinder, if the water depth at 16:00 is 5 cm.
D- According to the data, based on the developed infiltration function DAt + P (first, you must choose an appropriate value for P).
E- Use the results from A and D to find D and I for the times t equal to two hours and t equal to six hours
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