In EMU$8086.$ Write a program that will generate the first $50$ even numbers, starting with $2$ but then print the

numbers out in reverse order, e$.$g$.$

$100$

$98$

$.$

$.$

$.$

$12$

$10$

$8$

$6$

$4$

$2$

DO NOT start at the last value $(100)$ and count backwards if you want any points! I specifically

want you to start with the low value $2,$ store it either on a stack or in a one dimensional array

where you would place the value in element $(0).$ You will then increment the value by $2$ to $4$ and

then store that value on either the stack or in the next array element. You will continue this

process until you have created all $50$ even values. You will then print the values on the stack or

array in reverse order. If you used a stack, you$$ll pop and print; if you used a $1-$D array, you$$ll

start printing from the last subscript, print and then move backward. Yes I know you can do this

with a single register and count backwards, but that$$s not the point $--$ you have to perform

memory manipulation in order to successfully complete this program. You may print your

output in either hex or decimal.