This project is divided into two parts: $1)$ Design document, and $2)$ Assembly program. In the design

document phase, you will submit a typed description of problem$-$solving approaches and algorithm used

to solve the given problem. In the assembly program phase, you will write the class version of assembly

language program to code and test the given problem.

Problem Statement:

Given a $4-$digits hexadecimal number n as user input, write an assembly language program to display

$$T$$ if the first $2-$digits group or the second $2-$digits group number is $25510$ or if their sum is $25510.$

Otherwise, the program should display the biggest $2-$digits number out of the two numbers in decimal.

n $($user input$)$ will be exactly a four$-$digits hexadecimal number, not more and not fewer. Here are the

examples:

$1.$ Take the input n $($user input$)$ as FF$0116,$your program will first convert FF$16$ to decimal equivalent

$25510$ and convert $0116$ to decimal equivalent $110,$ after that your program should output $$T$$

since one of the numbers is $25510.$

$2.$ If n $($user input$)$ is $46$B$916,$your program will first convert $4616$ to decimal equivalent $7010$ and

convert B$916$ to decimal equivalent $18510,$ and then your program should output $$T$$ since the

sum of both is a $25510.$

$3.$ If n $($user input$)$ is $123416,$your program will first convert $1216$ to decimal equivalent $1810$ and

convert $3416$ to decimal equivalent $5210,$ and then your program should output $52$ since both

numbers are not $25510,$ the sum of both is not $25510,$ and the biggest number of the two numbers is

$52.$

$4.$ If n $($user input$)$ is A$59$C$16,$your program will first convert A$516$ to decimal equivalent $16510$ and

convert $9$C$16$ to decimal equivalent $15610,$ and then your program should output $165$ since both

numbers are not $25510,$ the sum of both is not $25510,$ and the biggest number of the two numbers is

$165.$