Q6: Wheat is to be grown in a field having a field capacity equal to 27% by weight and the permanent wilting point is 13% by weight. Find the maximum storage capacity in 80 cm depth of the soil (root zone depth), if the apparent specific gravity of the soil is 1.5. If irrigation water must be supplied when the average soil moisture falls to 18%, find the water depth required to be supplied to the field wa Junio if the water application efficiency is 80%.
Q6: Wheat is to be grown in a field having a field capacity equal to 27% by weight and the permanent wilting point is 13% by weight. Find the maximum storage capacity in 80 cm depth of the soil (root zone depth), if the apparent specific gravity of the soil is 1.5. If irrigation water must be supplied when the average soil moisture falls to 18%, find the water depth required to be supplied to the field wa Junio if the water application efficiency is 80%.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q6: Wheat is to be grown in a field having a field capacity equal to 27% by weight and the permanent wilting point is 13% by weight. Find the maximum storage capacity in 80 cm depth of the soil (root zone depth), if the apparent specific gravity of the soil is 1.5. If irrigation water must be supplied when the average soil moisture falls to 18%, find the water depth required to be supplied to the field wa Junio if the water application efficiency is 80%.
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