7. Decode the following binary numbers as MIPS instructions and give the equivalent MIPS assembly language (MAL) statements. Address 0x10001A00 001000 1110 0x10001A04 101011 11101 11111 00000 00000 000000 0x10001AOC 000000 00010 00010 00010 00000 100000 0x10001A10 100011 11101 11111 00000 00000 000000 0x10001A18 000000 00000 00101 00010 00110 000000 Value 8. Assume 'array' is a ten element array of integers whose address is stored in St0. Also assume variable x is $t1 and y is $12. For each part, pick the MIPS assembly code which has the same functionality as the given C code. x-array[31 A lw $t1, 3 ($t0) c 1w $t1, 12 ($to), E 1b $t1, 12 ($to) D lw $t2, 12 ($to) B add $t1, t1, $0 c lw $t1, 0 (stl) D mult $tl, $tl, mflo $t1