by using epanet software, how to collect the data for elevation, pipe length, pipe diameter, base...

by using epanet software, how to collect the data for elevation, pipe length, pipe diameter, base demand and pipe roughness

Expert Solution

if you have any doubts please ask me......... please upvote me........ tq....... have a good day ?

Ally Wells answered 7 months ago

Find the diameter of a pipe of length ‘X’ when the rate of flow of water...

Find the diameter of a pipe of length ‘X’ when the rate of flow of water through the pipe is ‘Q’ and the head lost due to friction is ‘4X’. Take the value of C = 1 in Chezy’s formula. Illustrate the resut of diameter of pipe and also conclude the discharge value for varying cross section of pipe, and the relationship between diameter of pipe and pressure of flow.

Air flows through a pipe that has a length of 45 m with an inside diameter...

Air flows through a pipe that has a length of 45 m with an inside diameter of 0.025 m. The Mach number of the flow exiting the pipe is 0.26, with a static pressure of 1 atmosphere and a temperature of 300 K. If the friction factor is assumed constant at 0.007, calculate the Mach number, static pressure, static temperature and total pressure at the entrance.

The entrance length can be significant when the pipe length is not relatively long. How do...

The entrance length can be significant when the pipe length is not relatively long. How do you determine the entry length and how it compares to the total pipe length? If the entry length is ignored what does that do the accuracy of the predicted pressure drop, is it too high or too low?

Pipe Diameter(D)=150mm, Pipe Length(L)=980m, Friction factor(lambda)=0.05, Water level(h)=18m (i) Neglecting minor losses plot the pipeline characteristic...

Pipe Diameter(D)=150mm, Pipe Length(L)=980m, Friction factor(lambda)=0.05, Water level(h)=18m (i) Neglecting minor losses plot the pipeline characteristic curve (system curve), for a flow rate range of 10-60 m3 /hr. (ii) For an average flow of 20 m3 /hr select a suitable pump from the pump performance charts provided. (iii) What are the discharge and head values you would record at duty point for the selected pump?

Using the flow rate of 250 gpm, select a plastic pipe diameter (2”, 4”, 6”, 8”,...

Using the flow rate of 250 gpm, select a plastic pipe diameter (2”, 4”, 6”, 8”, 10”…) & determine the approximate pump head based on the following: Minor pipe losses include 6-90 degree bends (standard) and one plug valve straightway. Document your source for your K-values. Document which calculation method you used to calculate the total pump head. To save energy, choose the largest pipe diameter that provides the recommended 2.0 fps velocity of flow. Assume nominal pipe diameters as...

Explain using examples, ‘how’ and ‘why’ you would collect Sensitivity and Specificity data when performing a...

Explain using examples, ‘how’ and ‘why’ you would collect Sensitivity and Specificity data when performing a Validation Study on a new DNA STR Profiling Kit.

What are the advantages and disadvantages of using interview techniques to collect data for a health...

What are the advantages and disadvantages of using interview techniques to collect data for a health needs assment program? Two paragraghs

How can this problem be done WITHOUT using R? For the bird egg length data set,...

How can this problem be done WITHOUT using R? For the bird egg length data set, conduct an appropriate test to determine if bird egg length differs among species. Assume that before you conducted this test you hypothesized about 3 contrasts a priori. These were that (1) Meadow Pipits, Wagtails, and Robins would be different than the other 3 bird species, (2) Hedge Sparrows would differ from Wrens, and (3) Tree Pipits would be different than all other birds. Use...

By using MATLAB software: Exercise 2: Generate radiation pattern for a dipole as its length varies....

By using MATLAB software: Exercise 2: Generate radiation pattern for a dipole as its length varies. % M-File: ML0803 % % Dipole antenna movie shows radiation % pattern as dipole length grows from 0.1 % lambda to 2.1 lambda. % % Variables % L dipole length (in wavelengths) % bL2 phase constant * length/2 % N number of theta points % th,thr angle theta in degrees,radians % num,den temporary variables % F un-normalized power function clc %clears the command window...

1. how to collect useful data online for analysis that will be relevant to a busness?...

1. how to collect useful data online for analysis that will be relevant to a busness? 2. what type of incentive can a buseness offer to get people to respond to surveys truefully? 3. what are some ways that less well known companies can overcome trust issues when collecting data to gain insight? 4. pros and cons to sample size? 5. how does "level of confidence: affect sample size?

Question