Translate the following MIPS code into binary values. I will display register numbers on the screen.

Please show all your work.

a$)$ mul rd$,$ rs$,$ rt $($multiply without overflow$)$

mul $t$9,$ $t$7,$ $s$7$

Opcode rs rt rd shamt func

$6$ bits $5$ bits $5$ bits $5$ bits $5$ bits $6$ bits

Opcode for mul is $28$ and func is $2.$

b$)$ addi rt$,$ rs$,$ imm $($add immediate$)$

addi $t$8,$ $t$9,-10$

Opcode rs rt imm

$6$ bits $5$ bits $5$ bits $16$ bits

Opcode for addi is $8.$

Hint: write the imm as a positive number first, using all available digits, then invert and increment

Translate the following MIPS code into binary values. I will display register numbers on the screen.

Please show all your work.

a$)$ mul rd$,$ rs$,$ rt $($multiply without overflow$)$

mul $t$9,$ $t$7,$ $s$7$

Opcode for mul is $28$ and func is $2.$

b$)$ addi rt$,$ rs$,$ imm $($add immediate$)$

addi $t$8,$ $t$9,-10$

Opcode for addi is $8.$

Hint: write the imm as a positive number first, using all available digits, then invert and increment