1. Using the 2-way set associative D-cache depicted below; give the result of the following memory accesses. These memory accesses are byte fetches. a. Write to AE b. Read from AC c. Write to B4 d. Read from C7 e.Write to D2 f. Read from F4 Write toF7 h. Read from 29 i, write to 10 j. Read from 2A Set-0 TAG | DO | DI | D2 | D3 | D4 | D5 | D6 | D7 | V | D | LRU 1010 X XXX XX X X01 Set-1 TAG DO DD2 D3 D4 DS D6D7 VD LRU .The result should be in the format ofH:' (hit), 'CM: (compulsory miss) or 'M:(miss) Use the LRU replacement policy; assuming that 0 denotes LRU and 1 denotes MRU I you replace a block, assume that only the tag is changed and the data (marked as X) is unchanged. All numeric values are in hexadecimal. 1. Using the 2-way set associative D-cache depicted below; give the result of the following memory accesses. These memory accesses are byte fetches. a. Write to AE b. Read from AC c. Write to B4 d. Read from C7 e.Write to D2 f. Read from F4 Write toF7 h. Read from 29 i, write to 10 j. Read from 2A Set-0 TAG | DO | DI | D2 | D3 | D4 | D5 | D6 | D7 | V | D | LRU 1010 X XXX XX X X01 Set-1 TAG DO DD2 D3 D4 DS D6D7 VD LRU .The result should be in the format ofH:' (hit), 'CM: (compulsory miss) or 'M:(miss) Use the LRU replacement policy; assuming that 0 denotes LRU and 1 denotes MRU I you replace a block, assume that only the tag is changed and the data (marked as X) is unchanged. All numeric values are in hexadecimal