1. Show all the details of your work 2. Write your name on each page you submit 20%) write the MPScodefor the following pseudo instructions. You can only use $1 for intermediate computations: a) A pseudo instruction "set-on-non-zero, 'snz Srd, Srs'. The instructions sets Srd to "1' if and only ) if (Srs0). b) A pseudo instruction "indirect, indirect store word" "iisw $rs, -Srt)). The instruction performs the following RTL: Srt $rt-1-word-offset; Mem[Mem[Srt$rs (25%) write a MIPS assembly pseudo instruction "Push-Args. The instruction Checks for stack overflow. If no overflow is about to occur, then the instruction pushes Sa0, Sa1, Sa2, and Sa3 into the stack. Assume that the stack grows up in addresses and that the stack pointer points to the next available space. Further, assume that the upper limit for the stack space is address Ox80000004 Show that your pseudo instruction uses the minimum number of $SP adjustments. (35%) Assume that a for' loop is not executed at all if the condition does not hold before the first iteration. That is, the condition is checked before the loop body is executed. Convert the following Pseudo-C code into MIPS assembly. You can use $to as a temporary register. You can use any valid MIPS instruction as well as MIPS valid pseudo instruction such as 'blt' etc. Sa2 0 for (Sa0 - 1; $ao