Use MARS software to develop a well$-$documented MIPS Assembly program that:

defines in the data segment a static matrix named mymat consisting of $68$ elements and

initializes them with any float values;

prints the elements of array mymat $8$ values per line separated by double colons :: ;

prompts the user to enter from the KBD $2$ integer numbers col$1$ and col$2$ in the range $0$ to $7$

representing column numbers in the matrix mymat, validates the entered values and if wrong

values are entered prints a proper error message and prompts the user to enter again.

swaps the elements of columns specified by the values of col$1$ and col$2.$

prints the elements of array mymat $8$ values per line separated by double dollar signs $$ ;

creates a dynamic array and fills it with elements from row #$3$ of mymat.

at the beginning of a new line, prints all elements of the obtained dynamic array separated by

one star$*.$

The program output MUST be self$-$readable: Use proper messages in your output.

Hints & Notes:

Late submissions are NOT accepted.

Homework must be prepared and submitted by teams of NO more than TWO students.

Solve all homework parts in sequence and use separator lines between code

fragments for each of the above$-$mentioned tasks.

Use simple values to verify the correctness of calculations in your program.

Trace your code and watch the contents of registers and memory locations after

executing each instruction.

To prove the correctness of your code, repeat the previous steps for other matrix values.