Explain necessity and importance of water supply scheme.
Water Supply Engineering Question Papers - SPPU University
Access and download Water Supply Engineering question papers from Savitribai Phule Pune University (SPPU). Our collection includes INSEM (Internal Semester) and ENDSEM (End Semester) exam papers.
Available Water Supply Engineering Papers
We offer 1 question papers for Water Supply Engineering, covering various exam patterns and years. All papers are in PDF format for easy viewing and download.
INSEM Papers for Water Supply Engineering
Prepare for mid-term evaluations with Water Supply Engineering INSEM papers, aligned with the SPPU exam pattern and syllabus.
ENDSEM Papers for Water Supply Engineering
Access Water Supply Engineering ENDSEM papers covering the entire syllabus, essential for final exam preparation.
Online PDF Viewer Features
Our question-paper viewer enables you to:
- View papers in single or split-screen mode.
- Compare multiple papers simultaneously.
- Use fullscreen mode for better readability.
- Filter by exam type (INSEM/ENDSEM).
- Download papers for offline study.
About SPPU Question Papers Hub
SPPU Question Papers Hub is focused entirely on SPPU previous year papers, with cleaner discovery by branch, semester, and subject.
Study Materials for Water Supply Engineering
Water Supply Engineering is a key subject in the SPPU curriculum. Our question paper collection helps students understand exam patterns, practice effectively, and improve academic performance.
Relevant Keywords & Topics
Explore Water Supply Engineering resources including SPPU question papers from Savitribai Phule Pune University. Find INSEM and ENDSEM papers for effective examination preparation. Our platform offers academic resources, a PDF viewer for online study, university question papers, and materials for semester examinations.
Water Supply Engineering
Single
Single
Split (2)
Split (3)
Grid (4)
Download Water Supply Engineering Papers
INSEM Papers
Download all INSEM question papers as ZIP
ENDSEM Papers
Download all ENDSEM question papers as ZIP
All Papers
Download all question papers (INSEM + ENDSEM) as ZIP
Water Supply Engineering Questions
Pre-rendered question cards from available structured metadata.
2024 Sep INSEM
2024 Sep INSEM
INSEM
2024 Sep INSEM
12 Questions
Q1
15 Marks
Q1
·
b
·
6 Marks
Census data for a town is as follows. Year 1971 1981 1991 2001 2011 Population 35000 37500 43500 52000 57500 Estimate the population in the year 2030 by geometric increase method.
Q1
·
c
·
5 Marks
Mention any two chemical and biological tests for water along with the unit of measurement.
Q2
15 Marks
Q2
·
a
·
4 Marks
Define design period. State design period for various components of water supply scheme.
Q2
·
b
·
6 Marks
Census data for a town is as follows. Year 1971 1981 1991 2001 2011 Population 35000 37500 43500 52000 57500 Estimate the population in the year 2030 by incremental increase method.
Q2
·
c
·
5 Marks
State the HDL and MPL values as per IS:10500 for drinking water with appropriate unit, for pH, Alkalinity, Chlorides and Nitrates.
Q3
15 Marks
Q3
·
a
·
4 Marks
Differentiate between water treatment operations and processes along with examples.
Q3
·
b
·
6 Marks
The maximum daily demand of water for a town is 15 MLD. Design a 04 steps cascade aerator considering loading rate as 0.03 m2/m3/hr. Assume velocity of flow in collecting channel is 0.6 m/sec and height of aerator is 2.4 m.
Q3
·
c
·
5 Marks
A water treatment plant has four clarifiers treating 0.18 m3/s of water. Each clarifier is 5 m wide, 25 m long, and 4.6 m deep. Determine: i) the detention time ii) overflow rate iii) horizontal velocity and iv) weir loading rate assuming the weir length is 2.5 times the basin width.
Q4
15 Marks
Q4
·
a
·
4 Marks
Mention various objectives of aeration. Also discuss various limitations of aeration.
Q4
·
b
·
6 Marks
The maximum daily demand of water for a town is 150 MLD. Design 06 steps cascade aerator considering loading rate as 0.03 m2/m3/hr. Assume velocity of flow in collecting channel is 1m/sec and height of aerator is 3 m.
Q4
·
c
·
5 Marks
The maximum daily demand of water is 6 MLD. Design a plain sedimentation tank rectangular in shape, assuming the detention time of 4 hours and flow through velocity of 20 cm/minute. Also check the flow rate.
| Subject Name | Water Supply Engineering |
|---|---|
| Semester | I |
| Pattern Year | 2019 |
| Subject Code | 301002 |
| Max Marks | 30 |
| Total Questions | 4 |
| Duration | 1 Hour |
| Paper Number | [6360]-16 |
| Academic Year | B.E. |
| Branch Name | Civil Engineering |
| Exam Type | INSEM |
| Exam Session | 2024 Sep INSEM |
| Watermark | ['CEGP013091', '49.248.216.238 02/09/2024 10:30:42 static-238'] |
Loading PDFs...
INSEM
INSEM
ENDSEM
Select Paper