1. Provide the 8-character hex representation for the following MIPS instruction (no spaces): subu $s2, $s5, $s7 2. Provide the 8-character hex representation for the following MIPS instruction (no spaces): addi $a0, $t4, 16 3. Given the hexadecimal bytes 0x70BB50CC, copy the bytes to memory using big-endian order a. 0x00400003 b. 0x00400002 c. 0x00400001 d. 0x00400000 4. Provide the 8-character hex representation for the following MIPS instruction (no spaces): jr $ra 5. Convert the following 32-bit I-type instruction into one line of MIPS assembly code (format: op $r1, offset($r3)): 10101101000100000000000000100000 6. Convert the following 32-bit R-type instruction into one line of MIPS assembly code (format: op $r1, $r2, $r3): 00000001010010110100100000100101 7. Given the C statement below, generate the associated 3-address codes. value = (a + b) * (c / d) – 24; 8. Convert the following 32-bit J-type instruction into one line of MIPS assembly code (format: op
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