Write a complete ASSEMBLY program that:

$1.$ Prompt the user to enter $10$ numbers.

$2.$ save those numbers in a $32-$bit integer array.

$3.$ Print the array with the same order it was entered.

$3.$ Calculate the sum of the numbers and display it$.$

$4.$ Calculate the mean of the array and display it$.$

$5.$ Rotate the members in the array forward one position for

$9$ times. so the last rotation will display the array in reversed order.

$6.$ Print the array after each rotation.

check the sample run.

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

Don't use any shift or rotate instructions which we have not covered

yet. You need to use loops and any kind of addressing.

All you work should be on the original array. Don't make

a copy of the array at any time.

Add comments to make your program easy to read.

check the rubric before you submit.

Sample Run:

Please enter a number: $2$

Please enter a number: $3$

Please enter a number: $4$

Please enter a number: $5$

Please enter a number: $6$

Please enter a number: $7$

Please enter a number: $8$

Please enter a number: $9$

Please enter a number: $0$

Please enter a number: $10$

The sum is: $54$

The mean is: $54/10$

The original array: $23456789010$

After a rotation: $10234567890$

After a rotation: $10023456789$

After a rotation: $10092345678$

After a rotation: $10098234567$

After a rotation: $10098723456$

After a rotation: $10098762345$

After a rotation: $10098765234$

After a rotation: $10098765423$

After a rotation: $10098765432$

Press any key to continue $...$

ASSEMBLY CODE ;

pls make sure code runs correctly and also displays the output in this exact format, displaying all the rotation of numbers $.$ USE IRVINE LIBRARY and follow the following rubric All lines are indented correctly

$/1$ pts

All lines are shorter than $80$ columns

$/1$ pts

Comments at the top of the program: date $/$ what your program does. Name of the student is not there.

$/1$ pts

The run is included as a comment at the end of your code

$/2$ pts

Declare and initialize the array. $1.$ right data size, $2.$ right number of elements $3.$ leaving it unitialized

$/3$ pts

comment before the sum and average calculation parts.

$/1$ pts

no immediate numbers inside the code segment. type, lengthof and sizeof operators are used instead.

$/3$ pts

The program is running with no syntax errors and run time errors.

$/5$ pts

prompting the user to enter $10$ elements and saving it in memory.

$/2$ pts

using loops to carry out the requirements of the program.

$/3$ pts

using indexed or indirect addressing throughout the code.

$/2$ pts

calculating the sum and average and displaying them.

$/3$ pts

rotating the array as required and displaying it after each rotation.