63 Water Supply & Sanitation Chapter Wise McQ Test of 25 Question #7 Water Supply & Sanitation Chapter Wise McQ Test of 25 Question for PSC, NEC, UPSC, SSC and Many more. 1 / 25 1. By The percentage in between domestic demand of water with respect to total consumption of water will be approximately A. 50% B. 60% C. 30% D. 35% 2 / 25 2. The ratio of the maximum daily consumption to the average daily demand, is A. 1.0 B. 1.2 C. 1.4 D. 1.8 3 / 25 3. The hourly variation factor is generally taken as A. 2.3 B. 2.7 C. 1.8 D. 1.2 4 / 25 4. The hourly variation factor is generally taken as A. 3 B. 2.7 C. 1.8 D. 1.2 5 / 25 5. If the average daily consumption of a city is 105 m³ the maximum daily consumption on peak hourly demand A. 1.2×10^5m³ B. 1.5×10^5m³ C. 2.7×10^5m³ D. 1.8x 10^5m³ 6 / 25 6. Maximum water consumption will be at A. 4:00 AM – 7:00 AM B. 7:00 AM – 9:00 AM C. 7:00 PM – 9:00 PM D. 12:00 AM – 4:00 AM 7 / 25 7. The peak water consumption hours as recommended by Department of water supply and sewerage (DWSS) is…………hours. A. 5:00 to 7:00 B. 7:00 to 12:00 C. 12:00 to 17:00 D. 17:00 to 19:00 8 / 25 8. Goodrich formula, used for determining the ratio of peak demand rate to their corresponding average value A. P=120t-0.1 B. P=150t-0.1 C. P=180t-0.1 D. P-270t-0.1 9 / 25 9. The population find out Arithmetic increase method A. Pn=Po+nc B. Pn=Po(1+r/100)^n C. Pn= Po+nc+(n*(n+1)/2) *i D. none of the above 10 / 25 10. The growth of population can be conveniently representing by A. Arithmetical curve B. Geographical curve C. Logistic curve D. Straight line curve 11 / 25 11. As compare to arithmetical increases method of forecasting population, geometrical increases method……….value A. Higher B. Lower C. Same D. Sometime lower and sometime higher 12 / 25 12. Which of the following methods suitable for estimate the population of a large old city? A. Arithmetical mean method B. Geometrical method C. Incremental increase method D. Graphical comparison method 13 / 25 13. Increase in population of a rapidly growing young city, may be estimated by A. Arithmetical mean method B. Geometrical method C. Incremental increase method D. Graphical comparison method 14 / 25 14. The suitable method for forecasting population for an old city not undergoing further development ……. A. Arithmetical mean method B. Geometrical method C. Incremental increase method D. Graphical comparison method 15 / 25 15. Which following method of population forecasting is mostly used in Nepal A. Arithmetical mean method B. Geometrical method C. Incremental increase method D. Graphical comparison method 16 / 25 16. Normally the shape of demand line is A. Straight B. Curved C. Both of the above D. None of the above 17 / 25 17. Mass curve is used to determine the A. area of reservoir B. depth of reservoir C. capacity reservoir D. none of the above 18 / 25 18. Total quantity of reservoir is sum of the following A. balancing reserve B. breakdown reserve C. fire reserve D. all of the above 19 / 25 19. The curve plot between cumulative inflows in a tank with time A. Cumulative discharge curve B. Mass inflow curve C. Mass curve for demand D. none of the above 20 / 25 20. The emergency storage for failure of pump, tank, electricity and any mechanism is known as …… A. Balancing reserve B. Breakdown reserve C. Fire reserve D. All of the above 21 / 25 21. The capacity of breakdown storage is generally taken as ……… total capacity of reservoir. A. 25% B. 20% C. 15% D. 35% 22 / 25 22. The storage tank used to balance one-day inflow and consumption is known as … A. Balancing reserve B. Breakdown reserve C. Fire reserve D. All of the above 23 / 25 23. In case of minimum storage capacity of reservoir ………is only considered for storage A. Surplus water B. Deficit water C. Both of the above D. None of the above 24 / 25 24. What are the factors affecting the selection of pipe materials? A. Carrying capacity of pipe B. Durability and life of the pipe C. Effect of water to be conveyed on the pipe materials D. All of the above 25 / 25 25. Selection of materials for the pipe depends on A. Life of pipe B. Structural strength C. Resistance to abrasion D. All of the above Your score is The average score is 46% 0% Restart quiz Exit civil engineernecpscupscWater Supply & Sanitation