Rain gauge X was out of operation for a month during which there was a storm. The rain fall amounts at three adjacent stations A, B, and C were 4.2,3.7, and 4.9 in., respectivel The average annual precipitation amounts for, the gauges are X - 36.5, A = 42.1 B = 37.1, and C = 39.8 in. The delta x and dlta y values respectively for each station ar X 0, 0, A 3, 7; B = 4, 6; and C = 5, 9. Using a weighted average, estimate th amount of rainfall for gauge X.
Rain gauge X was out of operation for a month during which there was a storm. The rain fall amounts at three adjacent stations A, B, and C were 4.2,3.7, and 4.9 in., respectivel The average annual precipitation amounts for, the gauges are X - 36.5, A = 42.1 B = 37.1, and C = 39.8 in. The delta x and dlta y values respectively for each station ar X 0, 0, A 3, 7; B = 4, 6; and C = 5, 9. Using a weighted average, estimate th amount of rainfall for gauge X.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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4.1 Rain gauge X was out of operation for a month during which there was a storm. The rain-
fall amounts at three adjacent stations A, B, and C were 4.2, 3.7, and 4.9 in, respectively.
The average annual precipitation amounts for, the gauges are X
B= 37.1, and C = 39.8 in. The delta x and dslta y values respectively for each station are
X 0, 0, A = 3, 7; B = 4, 6; and C = 5, 9. Using a weighted average, estimate the
amount of rainfall for gauge X.
36.5, A=42.1,
4.2 Compute the rainfall for gauge X in Problem 4.1 if the storm readings at A, B, and C were
3.7,4.1, and 4.8 in., respectively.
4.3 Compute the mean annual precipitation for the watershed in the following figure using
the arithmetic mean, the Thiessen polygon method, and the isohyetal method. The gauge
Adivate Windo
po to Settingto ac"
Transcribed Image Text:AS
4.1 Rain gauge X was out of operation for a month during which there was a storm. The rain-
fall amounts at three adjacent stations A, B, and C were 4.2, 3.7, and 4.9 in, respectively.
The average annual precipitation amounts for, the gauges are X
B= 37.1, and C = 39.8 in. The delta x and dslta y values respectively for each station are
X 0, 0, A = 3, 7; B = 4, 6; and C = 5, 9. Using a weighted average, estimate the
amount of rainfall for gauge X.
36.5, A=42.1,
4.2 Compute the rainfall for gauge X in Problem 4.1 if the storm readings at A, B, and C were
3.7,4.1, and 4.8 in., respectively.
4.3 Compute the mean annual precipitation for the watershed in the following figure using
the arithmetic mean, the Thiessen polygon method, and the isohyetal method. The gauge
Adivate Windo
po to Settingto ac
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