(16 pts) Suppose we have the following cache (note that it is a word-addressable machine): Set# Tag L3:Wi L3:WO Tag L2:W1 L2:WO Tag L1:W1 L1:WO Tag LO:W1 LO:WO 10 0011A1 A0 0001 K1 KO 0111 M1 MO | 1 1101 B1 BO 0001 N1 NO 1110 P1 PO 3 4 1110 1110 C1 CO1101 D1 DOLL E1EO 1010 0100 1011 R1RO0111 F1 FO J T 6 | 0100 HI HO 7 0001 GiGO 1010! Si SO 0111 T 1 TO 0101 UiUO 0011 vivo 0101 1001 TO YO yi he columns labeled Li:Wj contain the jth data word for line Li (e.g., L1:WO contains the oth word in the 1st line). The cache policies are: Replacement: random Write allocate: bypass-cache (i.e., no-allocate). Write update: write-through. [4 pts] What is the address of the following data words found in the cache above? Data word Address Q1 SO MO Y1 (16 pts) Suppose we have the following cache (note that it is a word-addressable machine): Set# Tag L3:Wi L3:WO Tag L2:W1 L2:WO Tag L1:W1 L1:WO Tag LO:W1 LO:WO 10 0011A1 A0 0001 K1 KO 0111 M1 MO | 1 1101 B1 BO 0001 N1 NO 1110 P1 PO 3 4 1110 1110 C1 CO1101 D1 DOLL E1EO 1010 0100 1011 R1RO0111 F1 FO J T 6 | 0100 HI HO 7 0001 GiGO 1010! Si SO 0111 T 1 TO 0101 UiUO 0011 vivo 0101 1001 TO YO yi he columns labeled Li:Wj contain the jth data word for line Li (e.g., L1:WO contains the oth word in the 1st line). The cache policies are: Replacement: random Write allocate: bypass-cache (i.e., no-allocate). Write update: write-through. [4 pts] What is the address of the following data words found in the cache above? Data word Address Q1 SO MO Y1