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Download GTU BE/B.Tech 2019 Summer 7th Sem New 2170609 Irrigation Engineering Question Paper

Download GTU (Gujarat Technological University) BE/BTech (Bachelor of Engineering / Bachelor of Technology) 2019 Summer 7th Sem New 2170609 Irrigation Engineering Previous Question Paper

This post was last modified on 20 February 2020

GTU BE 2019 Summer Question Papers || Gujarat Technological University


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Subject Code: 2170609

GUJARAT TECHNOLOGICAL UNIVERSITY

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BE - SEMESTER-VII(NEW) EXAMINATION — SUMMER 2019
Subject Name: Irrigation Engineering
Time: 02:30 PM TO 05:00 PM
Total Marks: 70
Date: 16/05/2019

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Instructions:

  1. Attempt all questions.
  2. Make suitable assumptions wherever necessary.
  3. Figures to the right indicate full marks.
    1. Define: Water application efficiency, Water conveyance efficiency and water distribution efficiency. [MARKS 03]
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    3. Explain with neat sketch classification of soil-water in detail. [MARKS 04]
    4. What do you understand by scope of irrigation project? [MARKS 07]
    1. Define saturation capacity, field capacity and wilting point. [MARKS 03]
    2. Design a channel for discharge of 100 cumecs having maximum permissible velocity of 2 m/sec. The available bed slope is 1 in 2500. Assume Manning’s N=0.013 & side slope is 1.1. [MARKS 04]
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    4. Explain the terms (i) Duty (ii) Delta and (iii) Base period. Derive the relation between Duty, Delta and Base period. [MARKS 07]

    OR

    1. Describe with neat sketches various methods adopted for controlling seepage through the body of an embankment dam and through foundation. [MARKS 07]
    1. Differentiate between weir and barrage. [MARKS 03]
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    3. Give classification of various irrigation methods. [MARKS 04]
    4. With the help of neat sketches explain the working of the following components of a weir: silt excluder and fish ladder. [MARKS 07]

    OR

    1. Explain classification of Irrigation canal in detail. [MARKS 03]
    2. What are the limitations of Kennedy’s theory? [MARKS 04]
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    4. Describe Bligh’s Creep Theory for the design of weirs over pervious foundation. [MARKS 07]
    1. With a neat line sketch, explain aqueduct. [MARKS 03]
    2. With the help of a neat sketch explain the working principle and utility of parshall flume in flow measurements of irrigation channels. [MARKS 04]
    3. What is canal fall? Why is it necessary to provide a fall in a canal? Explain with sketch Ogee falls. [MARKS 07]
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    OR

    1. Explain uplift forces and arrangements done in the gravity dam to release uplift forces. [MARKS 03]
    2. Discuss in brief the causes and failure of earthen dams. [MARKS 04]
    3. Discuss the causes and remedial measures of water logging. [MARKS 07]
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    1. Explain the terms for canal cross-section. (i) Borrow pits, (ii) Spoil Banks, (iii) Berm. [MARKS 03]
    2. Develop an expression for floor thickness of a weir to resist water pressure by self weight. [MARKS 04]
    3. The GCA for an irrigation canal is 20,000 hectares out of which 75% is CCA. The intensity of irrigation is 40% for Rabi and 10% for rice. If kor period is 4 weeks for Rabi and 2.5 weeks for rice, determine the outlet discharge. Assume outlet discharge factor for Rabi and rice as 1800 ha/cumecs and 1500 ha/cumecs. Also calculate delta for each case. [MARKS 07]

    OR

    1. Draw sectional view of a typical barrage. Compare different aspects of a weir and barrage. [MARKS 03]
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    3. Write design procedure for Sarda type of fall. [MARKS 04]
    4. Give a comparison of sub surface drainage and surface drainage used for land reclamation. [MARKS 07]

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