Prepare a pipe network system that transfers water from the

Assignment Help Applications of MATLAB
Reference no: EM13348000

Prepare a pipe network system that transfers water from the upper pipe to the lower pipe. Note that Figure is a plan view and the elevation is constant across all pipes. The static pressure difference between points A and D is designed to be PA - PD = 3 atm (1 atm = 1 standard atmospheric pressure = 101.3 kPa). It is required to make sure that the speed of the flow through every pipe is at least 2 m/s so that there is no sediment build-up.

A square-wave pulse is given in Figure (a) with its corresponding Fourier transform in Figure (b).

1614_Finds the value of a using a numerical method.png

The analytical result for the Fourier transform is

1048_Finds the value of a using a numerical method1.png

If a particular signal has the property a = 5, use a numerical method to evaluate a from the signal F(ω). (This sounds perverse, but pretend you have data for a signal and you don't know the value: at least you know whether your code is any good!) To attempt this, you should calculate a value of ω where either ω is a known function of a or F(ω) is a known function of a. The main numerical method you use should not rely on complex MATLAB functions. You should validate your code using another numerical method and verify your code by using the same numerical method but solving by hand for 3 iterations.

Requirements

You must produce MATLAB code which:

1. Finds the value of a using a numerical method that has been taught in the content.

2. Validates the numerical method using any other numerical method available to you and reports the result to the Command Window.

3. Validates both numerical methods by computing the relative error compared to the analytical solution and reports the result to the Command Window.

Reference no: EM13348000

Questions Cloud

Prepare a businesspartner class that contains a company : prepare a businesspartner class that contains a company name first name and a telephone number. prepare a contacts
Problem 1 let fr-gtr be a function fxx if xgt0 x-1 if : problem 1 let fr-gtr be a function fxx if xgt0 x-1 if xlt0evaluate whether f isa u-u continuous.b c-c
Part a you have been asked to check grand plomp ltd a maker : part a you have been asked to check grand plomp ltd a maker of rocket widgets employed by nasa. the owners are
2 the marie simulatorthe marie simulator is provided as a : 2. the marie simulatorthe marie simulator is provided as a zip file containing java archives .jar files documentation
Prepare a pipe network system that transfers water from the : prepare a pipe network system that transfers water from the upper pipe to the lower pipe. note that figure is a plan
Communicationa significant distinction between online and : communicationa significant distinction between online and face-to-face classes lies in the area of
A pressurized water tank is used as a source of water for a : a pressurized water tank is used as a source of water for a fire hose. the pressure of the air in the top of the tank
Question 1 explain whether the following transactions are : question 1 explain whether the following transactions are counted in the gdp. if so denote whether the expenditure
Requirementscreate a database from scratch that contains at : requirementscreate a database from scratch that contains at a minimum the elements listed below. the type of database

Reviews

Write a Review

Applications of MATLAB Questions & Answers

  Problem consider a trapezoidal piece of polymer film as

problem consider a trapezoidal piece of polymer film as shown below. the parallel sides of the trapezoid are insulated

  In a shell-and-tube heat exchanger one fluid passes through

in a shell-and-tube heat exchanger one fluid passes through a central tube while another fluid flows through an outer

  1 we want to find the integral of a function at an

1. we want to find the integral of a function at an arbitrary location x from the origin.nbsp thuswhere ix0 is the

  Write a matlab function speed planetary n emesh first last

write a matlab function speed planetary n emesh first last arm that computes the speed of a given link in a

  1 this problem is intended to demonstrate some problems

1. this problem is intended to demonstrate some problems that can arise from the finite precision of numerical

  Create the following graph which contains a piecewise

create the following graph which contains a piecewise function where a line exists in the first interval a parabola in

  1 given the following actual cpu burst for a tasknbsp 6 4 6

1. given the following actual cpu burst for a tasknbsp 6 4 6 4 13 13 13 and an initial best guess at the burst as 10

  Problem 1nbsp use matlab to answer the following system of

problem 1.nbsp use matlab to answer the following system of linear equations2x y 3z 1 2x 6y 8z 3 6x 8y 18z 5

  Implementation in matlab under windows to open a named pipe

implementation in matlab under windows to open a named pipe and to read data from the pipe an other program writes into

  P1 write the commands that will create the following matrix

p1 write the commands that will create the following matrix. you can use only special matrix commandsp2 two cars

  1 let pnx be the lagrange interpolating polynomial of

1. let pnx be the lagrange interpolating polynomial of degree at most n that satis?es pnxi yi i 0 1 2 . . . n.write

  Q1 filter function form is y myfilterxba where x is

q1 filter function form is y myfilterxba where x is input y is output and a and b are the iir and fir

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd