(6) Give the bare MIPS assembly that a compiler would use to implement the virtual instruction sne $t0,$t1, $t2, which causes $t0 to be set 1 if $t1 # $t2, and set to 0 otherwise. Only two instructions are required (one of which is a subtract), but use more if you need to. If you use branches, don't assume that they are delayed branches. Note that figures 3.26 and 3.26 on pages 234 and 235 have a listing of the MIPS instruction set. All but the rightmost column on page 235 are bare instructions. Also, some of the branch instructions in these figures have an 'x' in them where 'x' is defined below i.e.: bxz where the x can be lt, le, gt or ge. More information is provided for each instruction in Appendix A