Exam 8: Floods, Catchment, and Irrigation
Exam 1: Irrigation and Water Management: Part A25 Questions
Exam 2: Irrigation and Water Management: Part B25 Questions
Exam 3: Irrigation and Water Management: Part C24 Questions
Exam 4: Hydrology and Water Resources Engineering25 Questions
Exam 5: Dam Design and Spillways25 Questions
Exam 6: Hydraulic Structures and Channels25 Questions
Exam 7: River Meandering, Training and Hydroelectricity25 Questions
Exam 8: Floods, Catchment, and Irrigation25 Questions
Exam 9: Irrigation and Hydraulic Engineering25 Questions
Exam 10: Water Engineering and Irrigation Systems25 Questions
Exam 11: Canals and Irrigation25 Questions
Exam 12: Water Circulation and Irrigation25 Questions
Exam 13: Canal Design, Hydrology, and Irrigation Methods25 Questions
Exam 14: Civil Engineering Water Management25 Questions
Exam 15: Irrigation, Soil Fertility, and Water Management25 Questions
Exam 16: Water Management and Irrigation Systems21 Questions
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To estimate the magnitude of a flood with a return period of T years, Gumbel's distribution method requires the following data pertaining to annual flood series
i. mean value
ii. standard deviation
iii. length of record
iv. coefficient of skew
The correct answer is
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The peak of a 4 hour flood hydrograph is 240 m3/sec . If the rainfall excess is 80 mm and base flow which is constant is 40 m3/sec, then the peak of 4-hours unit hydrograph will be
(Multiple Choice)
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If the demand line drawn from a ridge in a flow mass curve does not intersect the curve again, it indicates that
(Multiple Choice)
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Which of the following methods is used to estimate flood discharge based on high water marks left over in the past ?
(Multiple Choice)
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