### A good answer might be:

Yes. The second instruction in its translation is a ordinary load instruction which requires a delay of one instruction before the loaded value can be used.

# Store Word (pseudoinstruction)

The `nop` pseudoinstruction translates into `sll $0,$0,0`. This is the "no operation" instruction we have been using all along.

>     nop              #  no operation.
>                      #  do nothing for one machine cycle.
>                      #  (pseudoinstruction)

The `sw` mnemonic is another that is used both by an unextended assembler instruction and a pseudoinstruction. With it the pseudocomputer can store a register to memory with one instruction.

>     sw    d,exp      #  Store register $d into the word at address exp.
>                      #  exp can be any of several expression types
>                      #  that evaluate to an address
>                      #  (pseudoinstruction)

Of course, this is implemented as several machine instructions.

### QUESTION 20:

Play Pseudocomputer: translate the `sw` instruction into non-extended instructions:

>     sw   $t0,someWord      ==       lui  _____,0x1000

>                                     sw   _____,12( ____ )