76 Water Supply & Sanitation Chapter Wise McQ Test of 25 Question #5 Water Supply & Sanitation Chapter Wise McQ Test of 25 Question for PSC, NEC, UPSC, SSC and Many more. 1 / 25 1. The maximum flow in a public stand post is limited to………….to avoid crowding and long queue at stand post to fetch water. A. 0.25lps B. 0.20lps C. 0.15lps D. 0.12Lps 2 / 25 2. Round trip time for PST A. 10 minutes B. 15 Minutes C. 20 minutes D. 5 minutes 3 / 25 3. The discharge through public stand post A. 0.15lps B. 0.2lps C. 0.3lps D. 0.4lps 4 / 25 4. The flow from public stand post should not be less than …. A. 0.05lps B. 0.10lps C. 0.15lps D. 0.25lps 5 / 25 5. The one public stand post is equal to A. 200 people B. 150 people C. 100 people D. 300 people 6 / 25 6. Structure constructed at last of water supply scheme is A. Intake B. Reservoir tank C. Treatment plant D. Stand post 7 / 25 7. Which of the following work is last stage water supply project? A. Intake B. Sedimentation tank C. Public stand post D. Sedimentation with coagulation 8 / 25 8. Ideal residual head for stand post A. 5-10m B. 10-15m C. 15-20m D. all of the above 9 / 25 9. Design period …… population growth A. Directly proportional B. Inversely proportional C. Both of the above D. None of the above 10 / 25 10. Design period of water supply scheme is depending on A. Rate of population growth B. Present and future settlement C. Potential for development D. All of the above 11 / 25 11. The minimum design period for in any water supply project A. 15 years B. 10 years C. 20 years D. 25 years 12 / 25 12. The design period of water supply project is taken as ……. Year A. 5 to 10 B. 10 to 15 C. 15 to 20 D. 20 to 30 13 / 25 13. When population growth rate is less than 2% the design period is taken as A. 20 year B. 15 year C. 10 year D. 25 year 14 / 25 14. Design period is A. Increase with increase in population growth rate B. Decrease with decrease in population growth rate C. Decrease with increase in population growth rate D. Remain same 15 / 25 15. A water supply scheme is usually designed for a period of A. 5 years B. 10 years C. 20 years D. 50 years 16 / 25 16. The year till which water supply scheme is designed to provide service A. Design year B. Survey year C. Base year D. All of the above 17 / 25 17. The year from which water supply project provides service to community after completion of construction is known as A. Base year B. Survey year C. Design year D. All of the above 18 / 25 18. The base period generally taken as: A. 2 to 3 years B. 3 to 4 years C. 4 to 5 years D. 5 to 6 years 19 / 25 19. The per capita per day demand of water is taken as an average value over a period of A. 1 day B. 1 month C. 1 year D. 1>year 20 / 25 20. Per capita demand of water is calculated in liters A. Per person per day B. Per person per month C. Per person per year D. None of the above 21 / 25 21. Per capita demand or rate of demand A. q= (Q / p * 365) lpcd B. q= (Q / p * 36.5) lpcd C. q= (Q / p * 3650) lpcd D. q= (Q / p * 300) lpcd 22 / 25 22. Demand of water depends on A. Temperature and rainfall B. Economic standard of people C. Water quality and price D. all of the above 23 / 25 23. Per capita demand of water is more in case of A. Rainy season B. Winter season C. Summer season D. Highly populated area 24 / 25 24. Per capita demand of water is less in case of A. Highly aware and standard community. B. Metered supply of water C. Good quality of water D. Expensive water 25 / 25 25. The per capita consumption of the locality will be more when A. Good quality of water will be supplied B. Water supply hours are increased C. Distribution pressure is increased D. All of the above Your score is The average score is 56% 0% Restart quiz Exit civil engineermcqcivilmock testnecpscupscWater Supply & Sanitation
