1. Consider the following code, which is loaded to memory address 0x70008000. Translate the highlighted beq...

 

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1. Consider the following code, which is loaded to memory address 0x70008000. Translate the highlighted beq and j instructions into hexadecimal-based machine code of MIPS CPU? You do not need to translate all the instructions; just provide the machine code of beq and j instructions. 0x70008000 add $4, $0, $0 0x70008004 Loop: slti $8, $4, $10 0x70008008 beq $8, $0, End 0x70008000 lui $8, 0x1234 0x70008010 ori $8, $8, 0x5678 0x70008014 s11 $9, $4, 2 0x70008018 add $8, $8, $9 0x7000801C 0x70008020 0x70008024 0x70008018 End: SW $0, 0 ($8) addi $4, $4, 1 j Loop 1. Consider the following code, which is loaded to memory address 0x70008000. Translate the highlighted beq and j instructions into hexadecimal-based machine code of MIPS CPU? You do not need to translate all the instructions; just provide the machine code of beq and j instructions. 0x70008000 add $4, $0, $0 0x70008004 Loop: slti $8, $4, $10 0x70008008 beq $8, $0, End 0x70008000 lui $8, 0x1234 0x70008010 ori $8, $8, 0x5678 0x70008014 s11 $9, $4, 2 0x70008018 add $8, $8, $9 0x7000801C 0x70008020 0x70008024 0x70008018 End: SW $0, 0 ($8) addi $4, $4, 1 j Loop