3. A watershed of 544 ac with six rainfall gages can be divided into Thiessen polygons with the data listed in the accompanying table. Using the total storm rainfall depths listed; find the average rainfall over the watershed. Rainfall Area (ас) 101 83 Gage (in.) 2.20 3.22 C 0.71 0.88 2.49 21 111 191 F 6.72 37 (From Bedient et al., 2008)
3. A watershed of 544 ac with six rainfall gages can be divided into Thiessen polygons with the data listed in the accompanying table. Using the total storm rainfall depths listed; find the average rainfall over the watershed. Rainfall Area (ас) 101 83 Gage (in.) 2.20 3.22 C 0.71 0.88 2.49 21 111 191 F 6.72 37 (From Bedient et al., 2008)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
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Thiessen polygons with the data. 1
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3. A watershed of 544 ac with six rainfall gages can be divided into Thiessen polygons with the
data listed in the accompanying table. Using the total storm rainfall depths listed; find the
average rainfall over the watershed.
Rainfall
(in.)
Gage
Area
(ас)
101
83
A
2.20
B
3.22
0.71
21
D
0.88
2.49
111
E
191
F
6.72
37
(From Bedient et al., 2008)
A watershed of 544 ac with six rainfall gages can
be divided into Thiessen polygons with the data
listed in the accompanying table. Using the total
storm rainfall depths listed; find the average
rainfall over the watershed. (From Bedient et al.,
2008)
Jan 13 2021 02:34 PM
II
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