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The slope at which the sewer is laid should be designed for,
  • a)
    Minimum permissible velocity at minimum hourly discharge
  • b)
    Average velocity at average flow.
  • c)
    Maximum permissible velocity at maximum flow.
  • d)
    Any of the above conditions.
Correct answer is option 'A'. Can you explain this answer?
Most Upvoted Answer
The slope at which the sewer is laid should be designed for,a)Minimum ...
Minimum Permissible Velocity at Minimum Hourly Discharge:
- When designing the slope of a sewer, the minimum permissible velocity at minimum hourly discharge is a crucial factor to consider.
- The slope should be designed in a way that ensures a minimum velocity to prevent deposition of solids and sediments in the sewer line.
- A higher velocity helps in keeping the sewer line clean and prevents the accumulation of debris that can lead to blockages.
- By designing the slope for minimum permissible velocity at minimum hourly discharge, the sewer system can effectively transport wastewater without causing any operational issues.
Therefore, the slope at which the sewer is laid should be designed for the minimum permissible velocity at minimum hourly discharge to ensure efficient and reliable operation of the sewer system.
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The slope at which the sewer is laid should be designed for,a)Minimum ...
  • The minimum flow of sewage passing through the sewer is an important factor in the design of a sewer.
  • At low flow, velocity will be considerably reduced causing silting
  • To avoid this, slope at which the sewer has to be laid is decided in accordance with the requirement of Minimum permissible velocity at minimum hourly discharge.
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The slope at which the sewer is laid should be designed for,a)Minimum permissible velocity at minimum hourly dischargeb)Average velocity at average flow.c)Maximum permissible velocity at maximum flow.d)Any of the above conditions.Correct answer is option 'A'. Can you explain this answer?
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