What would be the change in the memory after executing all the instructions? Declaration: int a [6]; Indexing: a [0] = 0x015f; a [5] = a[0]; Arrays are adjacent locations in memory storing the same type of data object a (array name) returns the array's address &a[i] is the address of a [0] plus i times the element size in bytes No bounds a[6] = 0xBAD; checking: a(-1] = OxBAD; Oxo 0x8 0x1 Ox9 Ox2 Ox3 OxA OxB Ox4 OxC Ox5 OxD Ox6 OxE Ox7 OxF Pointers: int* p; AD OB 00 00 p = a; p = &a [0]; *p = 0xB; 5F01 0000 5F 01 00 00 Ox00 Ox08 a [0] 0x10 a [2] 0x18 a [4] Ox20 Ox28 Ox30 Ox38 Ox40 Ox48 AD OB 00 00 p = p+3; the value stored in a[O] would be the same the value stored in a[5] will change the value stored in a[0] would be 00 00 00 OB the value stored in address 0x40 will be 10 00 00 00 00 00 00 00 the value stored in address 0x40 will be 00 00 00 00 00 00 00 1C What would be the change in the memory after executing all the instructions? Declaration: int a [6]; Indexing: a [0] = 0x015f; a [5] = a[0]; Arrays are adjacent locations in memory storing the same type of data object a (array name) returns the array's address &a[i] is the address of a [0] plus i times the element size in bytes No bounds a[6] = 0xBAD; checking: a(-1] = OxBAD; Oxo 0x8 0x1 Ox9 Ox2 Ox3 OxA OxB Ox4 OxC Ox5 OxD Ox6 OxE Ox7 OxF Pointers: int* p; AD OB 00 00 p = a; p = &a [0]; *p = 0xB; 5F01 0000 5F 01 00 00 Ox00 Ox08 a [0] 0x10 a [2] 0x18 a [4] Ox20 Ox28 Ox30 Ox38 Ox40 Ox48 AD OB 00 00 p = p+3; the value stored in a[O] would be the same the value stored in a[5] will change the value stored in a[0] would be 00 00 00 OB the value stored in address 0x40 will be 10 00 00 00 00 00 00 00 the value stored in address 0x40 will be 00 00 00 00 00 00 00 1C