question archive The following figure shows the Thiessen Polygon map of a catchment having 6 rainfall recording stations

The following figure shows the Thiessen Polygon map of a catchment having 6 rainfall recording stations

Subject:Civil EngineeringPrice: Bought3

The following figure shows the Thiessen Polygon map of a catchment having 6 rainfall recording stations. Find the Average Precipitation over the whole catchment. Note: Reg no in areas means the last three digit of your registration number. Solve this question on separate rough page and then only fill the following table and write down the average precipitation value. Page 1 of 2 A (40mm) Area = (5000+Reg no) km2 Area = (4000+Reg no) km2 Area = (1400+Reg no) km Area = (2000+Reg no) km2 B (30mm) E (50mm) F (45mm) C (35mm) Area = (2200+Reg no) km2 Area = (1600+Reg no) km2 D (60mm) Solution#4 (Complete the following table and write down average precipitation) Station Precipitation Polygon Area Volume (mm) (km2) (106 X m3) (1) (2) (3) ( 4) = A 40 B 30 C 35 D 60 E 50 F 45 Total

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