;Do the division
       mov       rbx, [rsp]			  ;Copy the top of the stack into rbx
       pop       r8				  ;Temporarily move the top value off to copy the 2nd value
       mov       r10, [rsp]			  ;Copy the second value off the stack
       push      r8			          ;Put the first value back on
       mov       rax, r10			  ;Copy the second value into rax to do the math
       idiv      rbx				  ;Divide
       push      rax				  ;Push the two values from the multiplication on the stack
       push      rdx
;
       mov qword rax, 0                           ;No vector registers used, zero is the number of variant parameters
       mov       rdi, specifierforstringdata      ;Prepares printf for strange data
       mov       rsi, multiplymessage
       call      printf
       pop       rbx
       mov qword rax, 0                           ;No vector registers used, zero is the number of variant parameters
       mov       rdi, specifierforhexinteger      ;Prepare for printf to output one 64-bit integer to the standard output device in hex
       mov       rsi, rbx                         ;rsi must hold the integer being passed to printf
       call      printf
       pop       rbx
       mov qword rax, 0                           ;No vector registers used, zero is the number of variant parameters
       mov       rdi, specifierforhexinteger      ;Prepare for printf to output one 64-bit integer to the standard output device in hex
       mov       rsi, rbx                         ;rsi must hold the integer being passed to printf
       call      printf
;