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Q2)) A reservoir has an average area of 250 km?, its evaporation estimated to be 73% of class A pan evaporation. The net radiation observed from the water in class A pan was 6.8 MJ/m2.day and the total latent heat for evaporation was 2.52 kJ/gm. Calculate the monthly evaporation of the reservoir in (Liters)? Also, determine how many people can be used this evaporated water if the per person consumption (125 L/cap/day)?

Q2)) A reservoir has an average area of 250 km?, its evaporation estimated to be 73% of class A pan evaporation. The net radiation observed from the water in class A pan was 6.8 MJ/m2.day and the total latent heat for evaporation was 2.52 kJ/gm. Calculate the monthly evaporation of the reservoir in (Liters)? Also, determine how many people can be used this evaporated water if the per person consumption (125 L/cap/day)?

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Q2)) A reservoir has an average area of 250 km2, its evaporation estimated to be 73% of class A pan evaporation. The net radiation observed from the water in class A pan was 6.8 MJ/m2.day and the total latent heat for evaporation was 2.52 kJ/gm. Calculate the monthly evaporation of the reservoir in (Liters)? Also, determine how many people can be used this evaporated water if the per person consumption (125 L/cap/day)?
Transcribed Image Text:Q2)) A reservoir has an average area of 250 km2, its evaporation estimated to be 73% of class A pan evaporation. The net radiation observed from the water in class A pan was 6.8 MJ/m2.day and the total latent heat for evaporation was 2.52 kJ/gm. Calculate the monthly evaporation of the reservoir in (Liters)? Also, determine how many people can be used this evaporated water if the per person consumption (125 L/cap/day)?
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