Question $1(4$ points$)$

Consider the following C snippet running on a system with $8-$byte pointers and $8-$byte longs:

long A$[4]=\{10,20,30,40\}$;

long B$[4]=\{50,60,70,80\}$;

long $*$C$[2]=\{$&A$[1],$ &B$[2]\}$;

long $*$D$[2]=\{$&A$[1],$ &B$[2]\}$;

B$[2]=*$C$[1]$;

C$[1]=$ &A$[3]$;

$*$C$[0]=$ B$[0]$;

The arrays C and D contains addresses. Depending on where the arrays are stored in memory the values of the addresses in C and D will vary. For example, if A is located at address $0$x$1000$ and B at $0$x$2000,$ then D$[0]$ could contain $0$x$1008$ and D$[1]$ will contain $0$x$2010,$ but these values would be different if A and B were at different locations