### A good answer might be:

    mul $v2,$s3,$t0  ==  multu  $s3,$t0
                         mflo   $v2

# mul Pseudoinstruction

The `mul` pseudoinstruction makes it look as if MIPS has a 32-bit multiply instruction that places its 32-bit result in a register without checking for overflow:

    mul  d,s,t # multiply $s by $t. put the
               # result in $d
               # (pseudoinstruction)

There is no overflow checking. The bits of hi are not examined nor saved. There are several other pseudoinstructions that examine hi and perform various actions on overflow. For now we won't use them.

There is a similar instruction for division. The basic instructions `div s,t` and `divu s,t` put their results in MIPS registers hi and lo. The 32-bit quotient goes in lo and the 32-bit remainder goes in hi. To move the quotient into a register, `mflo` is used.

### QUESTION 7:

Finish the translation. The operand registers are s and t, the destination register is d.

    div d,s,t  ==  div   ____, ____
                   mflo  ____