Consider the following C program.

#include

int main$($void$)\{$

int i$[2]=\{2,4\}$;

char s$[6]="01234"$ ;

printf$("$i $=\%$p

$",$ i$)$;

printf$("$s $=\%$p

$",$ s$)$;

scanf$("\%$s$",$ s$)$;

printf$("$i$[0]=0$x$\%$x

$",$ i$[0])$;

printf$("$i$[1]=0$x$\%$x

$",$ i$[1])$;

printf$("$s $=\%$s

$",$ s$)$;

return $0$;

$\}$

Here are the printf outputs showing the addresses of the arrays in memory. The text following the two

printf outputs is what is typed at the keyboard for the scanf call.

$ a$.$out

i $=0$x$7$ffdbd$980$ef$4$

s $=0$x$7$ffdbd$980$eec

$!!$Rise&ShoutBYU

Below are two tables displaying the contents of memory in hexadecimal. Each table shows memory in rows

of four bytes, with the address of the left$-$most byte on each row shown to the left of the row. Addresses

increase as we move to the right and down in the image. On the left is memory before the input is scanned in$,$

with $??$ indicating an unknown value. Your tasks will include identifying where things are on the memory

table on the left and also filling in the table on the right with the contents after the input.

Before scanf After scanf

Address Bytes Address Bytes

$...$ ec $30313233...$ ec

$...$ f$03400????...$ f$0$

$...$ f$402000000...$ f$4$

$...$ f$804000000...$ f$8$

$1.$ Which locations in the memory table contain the bytes for i$[0]?$