2. (50 points) Assume the contents of memory are shown below. All values are in hexadecimal. The table shows four bytes per line; the given address is the starting address of each line. Each block in the table contains a single byte, with the low and high bytes per line indicated as shown. Each byte has its own address, so the byte at address 0x92220 is 0x89, address 0x92221 is OxAE, address 0x92222 is 0xE1, and address 0x92223 is 0xF4. Assume all multi-byte values are stored in little-endian format. Address Lo Ox92220 89 AEE1 F4 0x92224 15 BAFF 60 Ox92228 35 CA EE 23 Ox9222C25 78 01 06 Ox92230 15 12 24 07 0x92234 B3 A7 99 DA 0x92238 44 20 C5 B6 For each address and amount of data listed, answer the following: What data are stored at that address? Would an access to the given amount of data at that address be aligned? If the data represent a signed integer, what is the sign of that value? For example, given Address: 0x92220, Data size: word," your response would be that the word at 0x92220 is 0xAE89 (corrected on 2/1/21), the access is aligned, and the data represents a negative integer. A word is 16 bits (2 bytes) a. Address: 0x9222C, Data size: byte b. Address: 0x92235, Data size: byte C. Address: 0x9222B, Data size: word d. Address: 0x92236, Data size: byte e. Address: 0x92227, Data size: word