24. Considering a tiny unified direct-mapped cache (cache that holds instructions and data) whose capacity is 32 bytes, and the cache block is 8 bytes. The code below is running in a 32-bit x86 processor. What is the cache hit rate and cache miss rate after running the code, considering that the cache is empty before executing the instruction at 0x080483f0. The content of register EAX before starting executing this code is 0x0000AA08, and memory content of 0r0000AA08 is 5 2 80483f0: 3 80483f5: (%eax) ,%ecx %ecx ,%eax b9 05 00 00 00 mov 89 ?? mov 5 080483f7 : 6 80483f7: 7 80483fa: 8 80483fc: 9 80483fd: 10 8048400: 83 f9 01 7e 06 49 Of af d1 eb f5 ??? jle dec imul 8048402 %.ecx %ecx, % eax 80483f7 12 08048402 : 13 8048402: 89 d0 mov %edx ,(%eax ) 14 24. Considering a tiny unified direct-mapped cache (cache that holds instructions and data) whose capacity is 32 bytes, and the cache block is 8 bytes. The code below is running in a 32-bit x86 processor. What is the cache hit rate and cache miss rate after running the code, considering that the cache is empty before executing the instruction at 0x080483f0. The content of register EAX before starting executing this code is 0x0000AA08, and memory content of 0r0000AA08 is 5 2 80483f0: 3 80483f5: (%eax) ,%ecx %ecx ,%eax b9 05 00 00 00 mov 89 ?? mov 5 080483f7 : 6 80483f7: 7 80483fa: 8 80483fc: 9 80483fd: 10 8048400: 83 f9 01 7e 06 49 Of af d1 eb f5 ??? jle dec imul 8048402 %.ecx %ecx, % eax 80483f7 12 08048402 : 13 8048402: 89 d0 mov %edx ,(%eax ) 14