H.W.: In a furrow irrigation system, the flowrate entering the furrow is 1.3 L/sec, function of infiltration depths is De = 5 +0.5, spacing between furrows is 100 cm, and water consumption is 10.3 mm/day. Find: 1. Infiltration depths at the inlet and end of the furrow. 2. Irrigation interval. 3. The volume of surface runoff from one furrow.
H.W.: In a furrow irrigation system, the flowrate entering the furrow is 1.3 L/sec, function of infiltration depths is De = 5 +0.5, spacing between furrows is 100 cm, and water consumption is 10.3 mm/day. Find: 1. Infiltration depths at the inlet and end of the furrow. 2. Irrigation interval. 3. The volume of surface runoff from one furrow.
Chapter2: Loads On Structures
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Problem 1P
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![H.W. In a furrow irrigation system, the flowrate entering the furrow is 1.3 L/sec,
function of infiltration depths is De = 5 +0.5, spacing between furrows is 100 cm, and
water consumption is 10.3 mm/day. Find:
1. Infiltration depths at the inlet and end of the furrow.
2. Irrigation interval.
3. The volume of surface runoff from one furrow.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F37229a2b-3f17-49ec-9e29-ecef4fb74fc8%2Fbe4384aa-f7e5-45a1-9d50-9b7e3168d0a4%2F03e6f5k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:H.W. In a furrow irrigation system, the flowrate entering the furrow is 1.3 L/sec,
function of infiltration depths is De = 5 +0.5, spacing between furrows is 100 cm, and
water consumption is 10.3 mm/day. Find:
1. Infiltration depths at the inlet and end of the furrow.
2. Irrigation interval.
3. The volume of surface runoff from one furrow.
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