A Drainage system exists in the Farm consists of a Surface Open Drains System and a Subsurface Tile Drains System. The Surface op en drains system consists of:- A Main open drain collects drainage water from all Secondary open drains. Flow rate in Main open drain is 4608000 (m³/day). 6 Secondary open drains. Each Secondary open drain collects drainage water from 4 Branch open drain. A group of Branch open drains. Each Branch op en drain collects drainage water from 20 Lateral open drain. A group of Lateral open drains. Each Lateral Open drain collects drainage water from 50 Tile drain. The Subsurface drains system consists of a group of Tile drains. The following information are available:- Tile drains spacing S=80 (m). Drainage coefficient R= 0.01 (m/day). 1- Find the value of flow rate Q of each of:- Secondary open drain Qs (m3/day) Branch open drain QB (m³/day) Lateral open drain QL (m3/day) Tile drain QTile (m3/day) 2- Find Number of Tile drains in the Farm. 3- Find the Length of each Tile Drain.
A Drainage system exists in the Farm consists of a Surface Open Drains System and a Subsurface Tile Drains System. The Surface op en drains system consists of:- A Main open drain collects drainage water from all Secondary open drains. Flow rate in Main open drain is 4608000 (m³/day). 6 Secondary open drains. Each Secondary open drain collects drainage water from 4 Branch open drain. A group of Branch open drains. Each Branch op en drain collects drainage water from 20 Lateral open drain. A group of Lateral open drains. Each Lateral Open drain collects drainage water from 50 Tile drain. The Subsurface drains system consists of a group of Tile drains. The following information are available:- Tile drains spacing S=80 (m). Drainage coefficient R= 0.01 (m/day). 1- Find the value of flow rate Q of each of:- Secondary open drain Qs (m3/day) Branch open drain QB (m³/day) Lateral open drain QL (m3/day) Tile drain QTile (m3/day) 2- Find Number of Tile drains in the Farm. 3- Find the Length of each Tile Drain.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![A Drainage system exists in the Farm consists of a Surface Open Drains System and a
Subsurface Tile Drains System. The Surface op en drains system consists of:-
A Main open drain collects drainage water from all Secondary open drains. Flow rate in
Main open drain is 4608000 (m/day).
6 Secondary open drains. Each Secondary open drain collects drainage water from 4 Branch
open drain.
A group of Branch open drains.Each Branch open drain collects drainage water from 20
Lateral open drain.
A group of Lateral open drains. Each Lateral Open drain collects drainage water from 50
Tile drain.
The Subsurface drains system consists ofa group of Tile drains. The following information
are available:-
Tile drains spacing S 80 (m).
Drainage coefficient R=0.01 (m/day).
1- Find the value of flow rate Q of each of:-
Secondary open drain Qs (m3/day)
Branch open drain QB (m³/day)
Lateral open drain QL (m3/day)
Tile drain QTile (m3/day)
2- Find Number of Tile drains in the Farm.
3- Find the Length of each Tile Drain.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F151f7a84-e1d9-4825-a505-1cf65b120a7c%2F4a2096af-dc48-47ac-8a24-9d59085cffaa%2Frglj0qb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A Drainage system exists in the Farm consists of a Surface Open Drains System and a
Subsurface Tile Drains System. The Surface op en drains system consists of:-
A Main open drain collects drainage water from all Secondary open drains. Flow rate in
Main open drain is 4608000 (m/day).
6 Secondary open drains. Each Secondary open drain collects drainage water from 4 Branch
open drain.
A group of Branch open drains.Each Branch open drain collects drainage water from 20
Lateral open drain.
A group of Lateral open drains. Each Lateral Open drain collects drainage water from 50
Tile drain.
The Subsurface drains system consists ofa group of Tile drains. The following information
are available:-
Tile drains spacing S 80 (m).
Drainage coefficient R=0.01 (m/day).
1- Find the value of flow rate Q of each of:-
Secondary open drain Qs (m3/day)
Branch open drain QB (m³/day)
Lateral open drain QL (m3/day)
Tile drain QTile (m3/day)
2- Find Number of Tile drains in the Farm.
3- Find the Length of each Tile Drain.
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