YOUR TASKYou need to produce a menu driven software written in C which allow the user to:a.Choose to analyse the deflection of a cantilever or a simply supported beam. On selection,user needs to enter the parameters; E, P, L, w, t and x.b. Display the calculated I, y, maximum deflectionsc. Save the calculated deflection results into a *.txt filed. Programmer informationEND the programresults on-screen.e.(Typical value of Young Modulus can be found here:https://www.amesweb.info/Materials/Modulus-of-Elasticity-Metals.aspx)Tips:1. Typical main screen of the program is as shown below.#### MAIN MENU ####1. CANTILEVER BEAM WITH END-POINT LOAD2. SIMPLY SUPPORTED BEAM WITH MID-POINT LOAD3. About Me4. EXIT2. Use the command system ("cls") to clear a displayed screen.our report should include the following items:a.Title pageb. Table of ContentC. Objectived. Problem descriptione. Program flow chartResults and discussion (how you address the problem, explanations on the written programand any improvements can be made to the written program)g. Conclusionh. ReferenceAppendix (program listing)f.i.GOOD LUCK! PROBLEM DESCRIPTIONThe deflection along x-axis of a uniform cantilever beam when subjected to a concentrated load at theend (see Figure 1) can be formulated as follow:Px2y =(3L - x)L.6EI+X(maximum deflection when x = L)Figure 1+ywhere,load [N]length of the beam [m]beam's Young's Modulus [Pa] (Note: 1 GPa = 10° Pa)moment of inertia [m*]beam width [m]beam thickness [m]The value of I is obtained from the following formula:wt312For a simply supported beam with concentrated load in the middle (see Figure 2), thedeflection along the x-axis is given by:(3L2- x4Px12EIy =P12EI(maximum deflection when x = L/2)L/2L/2+x+yFigure 2

system("cls") does not work on C. Hence working on code apart from that part.

YOUR TASK You need to produce a menu driven software written in C which allow the user to: a. Choose to analyse the deflection of a cantilever or a simply supported beam. On selection, user needs to enter the parameters; E, P, L, w, t and x. b. Display the calculated I, y, maximum deflection c. Save the calculated deflection results into a *.txt file d. Programmer information e. END the program results on-screen. (Typical value of Young Modulus can be found here: https://www.amesweb.info/Materials/Modulus-of-Elasticity-Metals.aspx) Tips: 1. Typical main screen of the program is as shown below. #* MAIN MENU #### 1. CANTILEVER BEAM WITH END-POINT LOAD 2. SIMPLY SUPPORTED BEAM WITH MID-POINT LOAD 3. About Me 4. EXIT 2. Use the command system ("cls") to clear a displayed screen. our report should include the following items: a. Title page b. Table of Content C. Objective

YOUR TASK You need to produce a menu driven software written in C which allow the user to: a. Choose to analyse the deflection of a cantilever or a simply supported beam. On selection, user needs to enter the parameters; E, P, L, w, t and x. b. Display the calculated I, y, maximum deflection c. Save the calculated deflection results into a .txt file d. Programmer information e. END the program results on-screen. (Typical value of Young Modulus can be found here: https://www.amesweb.info/Materials/Modulus-of-Elasticity-Metals.aspx) Tips: 1. Typical main screen of the program is as shown below. # MAIN MENU #### 1. CANTILEVER BEAM WITH END-POINT LOAD 2. SIMPLY SUPPORTED BEAM WITH MID-POINT LOAD 3. About Me 4. EXIT 2. Use the command system ("cls") to clear a displayed screen. our report should include the following items: a. Title page b. Table of Content C. Objective

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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