A farmer has an area of 2 ha , and he plans to cultivate this land in dry season by harvesting water by digging a pond near the land . The average percolation and evaporation loss from the pond during of harvesting to start of irrigation ( 90 days ) is 1.5 mm per day . Depth of water needed for irrigating the field is 6 cm. Determine the size of the pond that the farmer should dug.

A farmer has an area of 2 ha , and he plans to cultivate this land in dry season by harvesting water by digging a pond near the land . The average percolation and evaporation loss from the pond during of harvesting to start of irrigation ( 90 days ) is 1.5 mm per day . Depth of water needed for irrigating the field is 6 cm. Determine the size of the pond that the farmer should dug.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

kindly answer the question in the image
Design also a soakage pit to dispose of a septic tank effluent taking long-term infiltration rate of soil to be 45 liters per square meter per day? The household of twelve persons having a water consumption rate of 100 lcpd. Assume the design temperature 30 degrees centigrade and the sludge accumulation rate is 0.05 m3 per person per year.
please solve question 3, principles of Irrigation
6
please solve question 1, principles of Irrigation
Observe the question and find correct solution
Solution please
9.4. A small farm reservoir behaves as two identical CFSTRs in series. Flow into the reservoir consists of runoff from pasture land having an average BOD, of 50 g/m³ and an average flow rate of 0.5 m³/s. Volume of the reservoir is 2.16 x 106 m³. If k = 0.2 d-¹ and k, = 0.35 d-¹ at 20°C, determine the dissolved-oxygen concentration if the water temperature is 20°C, the inflow is anaerobic, and steady-state conditions exist.
L. The diversion requirement of a 5-ha farm was estimated to be 10mm/day during peak periods. If the pumping plant has a 60% efficiency, how many kilowatt-hour energy is required to lift water 5 meters?
P CP