1. At a reservoir in the neighborhood of Delhi, the following climatic data were observed. Estimate the mean monthly and annual evaporation from the reservoir using Meyer’s formula. Show complete Solution. MonthTemperature( C)RelativeWindHumidity(%)velocity at2m aboveGL(km/hour)Jan12.5854.0Feb15.8825.0Mar20.7715.0AprМay27.0485.031.0417.8June33.55210.0July30.6788.0AugSep29.0865.528.2825.0Oct28.8754.0Nov18.9773.6Dec13.7734.0

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Month Temperature( C) Relative Wind Humidity (%) velocity at 2m above GL (km/hour) Jan 12.5 85 4.0 Feb 15.8 82 5.0 Mar 20.7 71 5.0 27.0 48 5.0 Apr Мay 31.0 41 7.8 June 33.5 52 10.0 July 30.6 78 8.0 29.0 5.5 Aug Sep 86 28.2 82 5.0 Oct 28.8 75 4.0 Nov 18.9 77 3.6 Dec 13.7 73 4.0

Month Temperature( C) Relative Wind Humidity (%) velocity at 2m above GL (km/hour) Jan 12.5 85 4.0 Feb 15.8 82 5.0 Mar 20.7 71 5.0 27.0 48 5.0 Apr Мay 31.0 41 7.8 June 33.5 52 10.0 July 30.6 78 8.0 29.0 5.5 Aug Sep 86 28.2 82 5.0 Oct 28.8 75 4.0 Nov 18.9 77 3.6 Dec 13.7 73 4.0

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

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1. At a reservoir in the neighborhood of Delhi, the following climatic data were observed. Estimate the mean monthly and annual evaporation from the reservoir using Meyer’s formula. Show complete Solution.

Month
Temperature( C)
Relative
Wind
Humidity
(%)
velocity at
2m above
GL
(km/hour)
Jan
12.5
85
4.0
Feb
15.8
82
5.0
Mar
20.7
71
5.0
Apr
Мay
27.0
48
5.0
31.0
41
7.8
June
33.5
52
10.0
July
30.6
78
8.0
Aug
Sep
29.0
86
5.5
28.2
82
5.0
Oct
28.8
75
4.0
Nov
18.9
77
3.6
Dec
13.7
73
4.0

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