Given the following body of code describing the Divide process in MPI

$=====$ CODE BEGINS $=====$

#include

#include

#include

#include "mpi.h$"$

int main$($int argc, char $*$ argv$[])\{$

int rank, size;

int i; $/*$ counter $*/$

int distance; $/*$ distance between sender and receiver $*/$

MPI$\_$Init$($&argc,&argv$)$;

MPI$\_$Comm$\_$rank$($MPI$\_$COMM$\_$WORLD,&rank$)$;

MPI$\_$Comm$\_$size$($MPI$\_$COMM$\_$WORLD,&size$)$;

distance $=1$;

i $=1$;

while $($distance $<=$ size $/2)\{$

if $($rank $<$ distance$)\{$

printf $("$At time step $\%$d$,$ sender $\%$d sends to $\%$d

$",$ i$,$ rank, rank $+$ distance$)$;

$\}$

if $(($rank $>=$ distance$)$ && $($rank $<$ distance $*2))\{$

printf $("$At time step $\%$d$,$ receiver $\%$d receives from $\%$d

$",$ i$,$ rank, rank $-$ distance$)$;

$\}$

distance $=$ distance $*2$;

i $+=1$;

$\}$

MPI$\_$Finalize$()$;

return $0$;

$\}$

$=====$ CODE ENDS $=====$

The program compiled correctly and is run with $16$ processes.

When distance $=4,$ in process $9\text{'}$s output to screen from printf showing that it receives data from which process?

$5$

$0$

$13$

nothing