Determine an appropriate pipe diameter and slope for reach

Assignment Help Civil Engineering

Reference no: EM13313368

A 100-m reach of sewer is to have a minimum capacity of 200 L/s. The street elevation at the upper manhole is 305.55 m and at the lower manhole is 303.05 m. Determine an appropriate pipe diameter and slope for this reach, and establish the pipe invert elevations at the upper and lower manholes. Assume that a minimum earth cover of 2 m above the pipe crown is required.

Reference no: EM13313368

Questions Cloud

Given understanding of cash flow : Given your understanding of cash flow

Define the difference in experimental procedures : If the antacid for analysis is known to be Phillips' Milk of Magnesia, the solution does not need to be heated, but if the sample is Mylanta, the solution must be heated. Explain the difference in experimental procedures

Tools for helping people be more creative : Tools for Helping People Be More Creative

Liberty university busi320 corporate finance : Liberty University BUSI320 Corporate Finance

Determine an appropriate pipe diameter and slope for reach : Determine an appropriate pipe diameter and slope for this reach, and establish the pipe invert elevations at the upper and lower manholes. Assume that a minimum earth cover of 2 m above the pipe crown is required.

Explain ccl4 dipole-dipole dispersion ion-dipole ion-ion : CCl4 dipole-dipole dispersion ion-dipole ion-ion (b) CsBr dipole-dipole dispersion ion-dipole ion-ion (c) BaCl2 dipole-dipole dispersion ion-dipole ion-ion

Prepare a paper examining a business problem confronting : Prepare a paper examining a business problem confronting your organization or an organization

Estimate the actual population contributing flow to the main : What is the maximum population that can be served by a 900 mm diameter main sewer constructed on minimum grade. If sewage flow in the pipe never exceeds a depth of 600 mm, estimate the actual population contributing flow to the main.

How many laterals would be required in the leaching field : A time interval of 1.5 hours is recorded for a 6 inch drop of water level in a percolation (perc) test hole. What is the perc rate. How many laterals would be required in the leaching field to serve a 5 bedroom house,

User Account

All Pages