Write a well-commented MATLAB Script program myinvcheckplot that calls myinvcheck for n 10, 20, 40, ..., 2'10 for some moderate i, records the results of each trial, and plots the scalar residual versus n using a log plot. (See help loglog.) What happens to the scalar residual as n gets big? Turn in the program, the plot, and a very brief report on the results of your experiments. (Do not print any large random matrices.)

mber. A composite number is any integer n that can be written as a product n = p ·q,where p and q are integers with 1 < p, q < n. Specifically for the purpose of this question, 0 and 1 are notconsidered composite numbers.Your machine can be non-deterministic, and it can use multiple tapes (as many as you need). I suggestbreaking up the construction into smaller sub-tasks. In particular, the machine you built in Question 3might be useful.For this question, it is enough to give a detailed description of the algorithm of your machine. You donot need to draw a full transition diagram. Although you can draw diagrams for smaller parts if it helpsyou illustrate your construction.

Implementing matrix addition is pretty simple; see the program below. However, the given addition function matrix_add_double() does not run at full speed.  On the instructors computer, which has 16GB of RAM, the program below shows that the call to matrix_add_double takes 38571 ms, while another, better implementation achieves the same result in 3794.7ms, which is 10.2 times faster! Your job for this exercise is:          • to explain what in the Operating System and/or CPU and/or other part of the system makes the implementation              below go so slowly.          • to fix the code to achieve full speed. Hint: There are two reasons why the code runs slowly. The one reason is related to how virtual addresses get translated to physical addresses, the other reasons is related to another effect in the hardware. Only the performance for the matrix_add_double function() counts for your exam results. You can leave the other parts of the code untouched, but you may also change them.…

Hi, For the solution  Can you take a screenshot showing that youare writing and running the code in Matlab/Octave.   Write a Matlab/Octave script that takes n as input and print the following pattern For example:If n is 5, the following pattern will be printed.5 4 3 2 14 3 2 13 2 12 11If n is 3, the following pattern will be printed.3 2 12 11