final

.MODEL  SMALL     ; use memory model
.STACK  100H      ; reserves 100h bytes for stack
.CODE             ; starts code segment

START:
    ;set nic 1st(A) ,2nd(B) ,3rd(C) numbers to AL,BL,CL registers
    MOV AL, 5
    MOV BL, 5
    MOV CL, 0

FINDX:
    ADD BL, AL      ; ADD 1st and 2nd number / result is in the BL
    MOV DL,BL       ; save result in DL

RESETXY:
    MOV BL, 5       ; BL has changed.reset it's value back to 5

FINDY:
    MUL BL          ; multiply AL(1st number) with BL(2nd number); y=A*B

OPTABLE:
    XOR DL, AL      ; XOR DL with AL and save it to DL
    SHL DL,1        ; shift result by 1 bit

DONE:
    MOV AL, DL      ; move final result to AL
    MOV AH, 4CH     ; Select exit function
    INT  21H        ; Call the interrupt to exit

END START