HOMEWORK 1 : Compute the average rainfall for a given watershed by the Thiessen polygon method from the following data. How do the weighted average and the gauge average compare? Area Rainfall Rain Gauge (ha) (mm) 14.0 58 4.5 41 5.3 51 4.9 43 Homework 2 Suppose a hypothetical watershed with an impervious surface and no losses, the maximum volume of runoff would be directly proportional to the amount of rainfall. How much water will be harvested from the previous watershed. Homework 3 During 60-min rain storm the following amounts of rain fell during successive 15-min intervals : 33,15,and 5mm.What is the maximum intensity for 15 min and the average intensity ? what type of storm pattern was it ? From what type of rain gage were the data obtained ? ABCP
HOMEWORK 1 : Compute the average rainfall for a given watershed by the Thiessen polygon method from the following data. How do the weighted average and the gauge average compare? Area Rainfall Rain Gauge (ha) (mm) 14.0 58 4.5 41 5.3 51 4.9 43 Homework 2 Suppose a hypothetical watershed with an impervious surface and no losses, the maximum volume of runoff would be directly proportional to the amount of rainfall. How much water will be harvested from the previous watershed. Homework 3 During 60-min rain storm the following amounts of rain fell during successive 15-min intervals : 33,15,and 5mm.What is the maximum intensity for 15 min and the average intensity ? what type of storm pattern was it ? From what type of rain gage were the data obtained ? ABCP
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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