Estimate the annual volume of water lost due to evaporation on a 6.273 km2 lake assuming a pan coefficient of 0.7. Refer to the monthly pan evaporation (cm) data below: January 8.35 February 7.15 March 8.9 April 12.5 May 14.3 June 10.7 8.35 July 8.35 August 8.35 September 10.7 October 8.35 November 8.35 December

Estimate the annual volume of water lost due to evaporation on a 6.273 km2 lake assuming a pan coefficient of 0.7. Refer to the monthly pan evaporation (cm) data below: January 8.35 February 7.15 March 8.9 April 12.5 May 14.3 June 10.7 8.35 July 8.35 August 8.35 September 10.7 October 8.35 November 8.35 December

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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A total of 10 mm of rainfall fell on a lake with a surface area of T km^2 in June 1996. Relatedthe average flow rate of the stream entering the lake per month is 12 m^3 / s, while the average flow rate of the stream leaving the lake is7m^3/s dir. Monthly evaporation height measured in an evaporation pan near the lake during this month45mm and the pan coefficient in the relevant month is 0.75 according to what is the volume of water in the lake in this monthcalculate that it has changed up to?(T=159)
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R=101
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The following are the daily pan evaporation data in mm in a certain week. What is the evaporation loss of water (in Million cubic meter) in this week from a lake (surface area = 640 ha) in the vicinity, assuming a pan coefficient of 0.75? Day 1st 2nd 4t 5th 6th 7th Evaporation (mm) 12 7 6. 9.