Consider the following array of bytes:

a$)$ Convert this byte array into a little endian byte addressed memory array that uses $32$

bit words. Draw a pieture of the array that includes the address values for each word.

If you don't have enough bytes to fill out your final word, just fill in the remaining

spaces with question marks.

b$)$ Convert this byte array into a big endian word addressed memory array that uses $16$

bit words. Draw a picture of the array that includes the address values for each word.

If you don't have enough bytes to fill out your final word, just fill in the remaining

spaces with question marks.

c$)$ For your memory array from part a$),$ indicate what values would be read from the

array for the following:

Address $0$

Address $8$

Address $4$ plus a $2$ byte offset

d$)$ For your memory array from part b$),$ indicate what values would be read from the

array for the following:

Address $1$

Address $3$

Address $5$ plus a $1$ byte offset