please answer as soon as possible $4.$ for $($n$=0$ ; n$<1331$ ; n$++)[\{$Z$[$m$]$Z$[$m$]=$G ;; Z$[$m$]+$G$=$Y$[$m$]$ ;$\}]$ a$.$ First translate into MIPS code: $-($Each floating$-$point number is $1\mathrm{.}5$ W$+4$ nibbles$)$ b$.$ Unroll Loop Four Times.