Write an assembly program that does the following two tasks:

Reverse an Array

$.$data

myIntArray WORD $10$h$,20$h$,30$h$,40$h$,50$h$,60$h$,70$h

Given the above integer array, use a loop with indirect or indexed addressing to reverse its elements in place, namely do not copy the elements to any other array. Use the SIZEOF, TYPE, and LENGTHOF operators to make the program as flexible as possible if the array size and type should be changed in the future. In another word, your program should still work with a minor change if the array is changed to be a BYTE or DWORD array as shown below. The minor change to your code would be at most the register size change to match the data type. Use debugger to check if your solution is correct.

myIntArray BYTE$10$h$,20$h$,30$h$,40$h$,50$h$,60$h$,70$h

or

myIntArray DWORD $10$h$,20$h$,30$h$,40$h$,50$h$,60$h$,70$h

Fibonacci Numbers

Write a program that uses a loop to calculate the first $10$ values of the Fibonacci number sequence, described by the following formula: Fib$(1)=1,$ Fib$(2)=1,$ Fib$($n$)=$ Fib$($n$-1)+$ Fib$($n $-2).$ Place these $10$ values in a DWORD array declared as follows. The first two elements of this array are initialized to $1.$ Inside the loop, calculate the following $8$ elements of the Fibonacci sequence and store them in this array. Use debugger to check your solution.

$.$data

fibonacciSeq DWORD $1,1,8$ DUP $(?)$

in microsoft visual studio $2022$