Question $12$

$5$ pts

Translate the following machine code into MIPS by filling in the blanks accordingly.

$0000111010111000,0010,1010,0110,0111$

Assume address of instruction is $016E00000.$

For $1,$ fill in binary number by entering the correct number of bits in each blank with no spaces and without omitting leading $0\text{'}$s$.$ E$.$g$.$ if a field expects $7$ bits, you must enter $0010110($without omitting the leading $0\text{'}$s with no spaces$)$ instead of $10110($leading O$\text{'}$s omitted$)$ or $0010110($with spaces$).$

For $2-3,$ fill in the binary number by entering the correct number of bits in the blank with no spaces, or in groups of $4$ bits separated by a single space and without omitting leading $0\text{'}$s$.$ Note that if your answer has some number of bits that's not a multiple of $4$ and you choose to write it in groups of $4$ bits with spaces, your answer may have less than $4$ bits in the most significant $($leftmost$)$ group of digits. E$.$g$.$ if the field expects $7$ bits, you must enter $0010110$ or $0010110($without omitting the leading $0\text{'}$s$)$ instead of $10110$ or $10110.$

For $4,$ do not include $\text{'}$Ox$\text{'}$ in your answer and enter the correct number of Hex digits without spaces. E$.$g$.$ if the field expects $7$ Hex digits, you must enter $005$F$090($without omitting the leading $0\text{'}$s$).$

For $5,$ your instruction must follow this format $($with correct punctuation marks and spacings$)$: operator OxLabelFullAddressInHex. E$.$g$.$ a valid format for MIPS instruction is jal OxABCD$0123.$

Opcode $($binary$)=$

Address field $($binary with no space, or in groups of $4$ bits except leftmost group$)=$

Label full address $($binary with no space, or in groups of $4$ bits$)=$

Label full address $($hex$)=0x$

MIPS instruction $=$