Write a MATLAB script named rotateMatrix that would prompt the user to enter two integers. The script should then use the two integers entered by the user to create an m by random real numbers in the open interval 7 to 25. m and n represent the two integers entered by the user. The script should print the m by n matrix in two dimensions and then matrix counterclockwise by 90 degrees and then save the rotated matrix to a file named rotated matrix.dat. For example, if I run the rotateMatrix script and the user enters 3 and 4, then the script should print a 3 by 4 matrix shown below and save the rotated matrix to a file named rotated matrix.dat
Write a MATLAB script named rotateMatrix that would prompt the user to enter two integers. The script should then use the two integers entered by the user to create an m by random real numbers in the open interval 7 to 25. m and n represent the two integers entered by the user. The script should print the m by n matrix in two dimensions and then matrix counterclockwise by 90 degrees and then save the rotated matrix to a file named rotated matrix.dat. For example, if I run the rotateMatrix script and the user enters 3 and 4, then the script should print a 3 by 4 matrix shown below and save the rotated matrix to a file named rotated matrix.dat
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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
Transcribed Image Text:**Question 4**
Write a MATLAB script named `rotateMatrix` that would prompt the user to enter two integers. The script should then use the two integers entered by the user to create an m by n matrix of random real numbers in the open interval 7 to 25. `m` and `n` represent the two integers entered by the user. The script should print the `m` by `n` matrix in two dimensions and then rotate the matrix counterclockwise by 90 degrees and then save the rotated matrix to a file named `rotated_matrix.dat`.
For example, if I run the `rotateMatrix` script and the user enters 3 and 4, then the script should print a 3 by 4 matrix shown below and save the rotated matrix to a file named `rotated_matrix.dat`.
```
10.2732 9.4492 16.8975 18.1970
11.7485 22.6473 9.6092 13.3171
9.6197 17.4347 22.3546 16.2385
```
The rotated matrix in the saved file should be as shown below:
```
18.1970 13.3171 16.2385
16.8975 9.6092 22.3546
9.4492 22.6473 17.4347
10.2732 11.7485 9.6197
```
**Note:** The script should **NOT** print the rotated matrix.
Upload and submit only the `rotateMatrix.m` script file.
**Note:** You do NOT need to define a function for this problem. Also, you do not need to upload and submit the saved `rotated_matrix.dat` file. You only need to submit the script file.
---
**Additional Information:**
- Attach your MATLAB script file (the file with `.m` extension) by clicking the Browse My Computer button, finding the script file and uploading/attaching the script file.
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