matlab 10.2 (a) Write a well-commented MATLAB function program mysolvecheck with input a number n thatmakes a random n x n matrix A and a random vector b, solves the lincar system Ax = b,calculates the scalar residual r= ||Ax – b||, and outputs that number as r.(b) Write a well-commented MATLAB script program that calls mysolvecheck 10 times each forn = 5, 10, 20, 40, 80, and 160, then records and averages the results and makes a log-log plotof the average r vs. n. Once your program is running correctly, increase the maximum n (byfactors of 2) until the program stops running within 5 minutes.Turn in the plot and the two programs. (Do not print any large random matrices.)

(a) %taking inputn = input('Enter n: '); %creating a random matrix A of nXnA = rand(n, n); %creating…

(a) Write a well-commented MATLAB function program mysolvecheck with input a number n that makes a random n x n matrix A and a random vector b, solves the linear system Ax = b, calculates the scalar residual r= ||Ax - b||, and outputs that number as r. (b) Write a well-commented MATLAB script program that calls nysolvecheck 10 times each for n = 5, 10, 20, 40, 80, and 160, then records and averages the results and makes a log-log plot of the average r vs. n. Once your program is running correctly, increase the maximum n (by factors of 2) until the program stops running within 5 minutes. Turn in the plot and the two programs. (Do not print any large random matrices.)

(a) Write a well-commented MATLAB function program mysolvecheck with input a number n that makes a random n x n matrix A and a random vector b, solves the linear system Ax = b, calculates the scalar residual r= ||Ax - b||, and outputs that number as r. (b) Write a well-commented MATLAB script program that calls nysolvecheck 10 times each for n = 5, 10, 20, 40, 80, and 160, then records and averages the results and makes a log-log plot of the average r vs. n. Once your program is running correctly, increase the maximum n (by factors of 2) until the program stops running within 5 minutes. Turn in the plot and the two programs. (Do not print any large random matrices.)

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter13: Structures

Section: Chapter Questions

Problem 4PP

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