int X = 0;
   int Y = 1;
   while(X <= 10 ){
      if(X % 2 == 0)
         Y = Y * X;
      else
         Y++;
      X++;
   }
   cout << "Y is: "<< Y << endl;

    ORG    $1000
START:                  ; first instruction of program

* Put program code here

        MOVE.W  #0,D1       ; X-value = 0
        MOVE.W  #1,D2       ; Y-value = 1
       
WHILE   CMPI.B  #10,D1
        BLE     MOD
   
*----- Attempt on doing the modulus -----*   
MOD     CLR.L   D2          ; Clear out all 32 bits of D2
        MOVE.W  D0,D2       ; Copy the contents of D0 into D2's last 16 bits (word length)
        DIVU    D1,D2       ; Divide D2 by D1... D2 should now have the remainder in the upper 16 bits? (i think)
        SWAP    D2          ; Swap the upper and lower words of D2... And now I can refer to D2.W as the remainder of D0 divided by D1
*----------------------------------------*

* Put variables and constants here
CR      EQU     $0D         
LF      EQU     $0A

OUTPUT   DC.B    'Y is: ',0
NEWLINE  DC.B    '',CR,LF,0

    END    START        ; last line of source

*-----------------------------------------------------------
* Title      :
* Written by :
* Date       :
* Description:
*-----------------------------------------------------------
    ORG    $1000
START:                  ; first instruction of program

* Put program code here
        MOVE.W  #0,D1       ; X-value = 1
        MOVE.W  #1,D2       ; Y-value = 1
       
    WHILE D1 <LE> #10 DO
   
*----- Attempt on doing the modulus -----*   
MOD     CLR.L   D3          ; Clear out all 32 bits of D3
        MOVE.W  D1,D3       ; Copy the contents of D1 into D3's last 16 bits (word length)
        DIVU    #2,D3       ; Divide D3 by 2... D3 should now have the remainder in the upper 16 bits? (i think)
        SWAP    D3          ; Swap the upper and lower words of D3... And now I can refer to D3.W as the remainder of D0 divided by D1
*----------------------------------------*
        IF.W D3 <EQ> #0 THEN    ; if(X % 2 == 0)
            MULS D1,D2          ; Y = Y * X
        ELSE
            ADD #1,D2           ; Y++
        ENDI
        ADD #1,D1               ; X++
    ENDW
        SIMHALT                 ; halt the simulator

* Put variables and constants here
CR      EQU     $0D         
LF      EQU     $0A

OUTPUT   DC.B    'Y is: ',0
NEWLINE  DC.B    '',CR,LF,0     

    END    START        ; last line of source

  btst #0, d1
  beq modIs0