Convert the following Compact Memory Notation diagram into an Array Memory Notation

diagram. Assume the addresses are $4-$bit binary values and the data are $8-$bit binary values. Look

at the updated slides, lecture $2$ page $28,$ for the notation definitions. The solution to this

question is simply the reformatted diagram in Array Notation.

address bytes

$000000000000010010100110111101101000$

$010001101110000000000000000000000000$

$100000000000000000000000000000000000$

$110000000000000000000000000000000000$

$2.$ Using your solution from question $1,$execute$$ the following C instructions in your mind. The C

instructions will either $$display on the screen$$ or make modifications to the $$memory$.$ Your

solution to this question will be an updated Array Memory Notation diagram modified by the

following C code and the output that would have been displayed on the screen. Assume that

integer numbers are only $16-$bits long in this version of C$.$ Assume we are using $8-$bit ASCII for

characters. Here is the C code:

char $*$p $=1$;

int $*$n $=14$;

printf$(\%$s$,$ p$)$;

$*$n $=25$;