Part $2$ of $4$

Write a simple program to perform: $Z=A+B-(CD).$ The instructions you may use are MOV, ADD, SUB, and MUL.

First, you need to move the values of A$,$ B$,$ C$,$ and D into registers r$1,$ r$2,$ r$3,$ and r$4,$ respectively.

The result $($i$.$e$.,$ Z$)$ will be put into $r0.$

Use the Keil simulator to write, assemble, and run the above program.

What is the value of $r0$ in $8$ hexadecimal digits after running the program?

Write each hexadecimal digit in a box, i$.$e$.,$ do not write more than one digit in each box. you must fill ALL boxes, even if its value is zero.

When the values of $A,B,C,$ and $D$ are $3,4,9,$ and $9,$ respectively, the value of $r0$ in $8$ hexadecimal digits will be $0x$