* A Class A pan was located in the vicinity of swimming pool (surface area=500 m^2) the amounts of water added to bring the level to the fixed point are shown in the table. Calculate the total evaporation (m^3) losses from the pool during a week, assuming pan coefficient 0.75 Day 1 2 4 5 Rainfall (mm) 1 0 0 4.5 Water added 4.8 6.9 6.2 -1 (mm) O 14.652 m^3 14.475 m^3 O 14.850 m^3 O 14.250 m^3 3 0 6.7 6 0.5 3 706
* A Class A pan was located in the vicinity of swimming pool (surface area=500 m^2) the amounts of water added to bring the level to the fixed point are shown in the table. Calculate the total evaporation (m^3) losses from the pool during a week, assuming pan coefficient 0.75 Day 1 2 4 5 Rainfall (mm) 1 0 0 4.5 Water added 4.8 6.9 6.2 -1 (mm) O 14.652 m^3 14.475 m^3 O 14.850 m^3 O 14.250 m^3 3 0 6.7 6 0.5 3 706
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Transcribed Image Text:A Class A pan was located in *
the vicinity of swimming
pool (surface area=500
m^2) the amounts of water
added to bring the level to
the fixed point are shown in
the table. Calculate the
total evaporation (m^3)
losses from the pool during
a week, assuming pan
coefficient 0.75
1 2
3
4
5
Day
Rainfall (mm)
1 0
0
0
4.5
4.8 6.9
6.7 6.2
-1
Water added
(mm)
14.652 m^3
14.475 m^3
O 14.850 m^3
O 14.250 m^3
6
0.5
3
7
0
6
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