now you complement fields Sample $2$: Given a high$-$level code you should be able to write the corresponding MIPS assembly code. Simple loop in C; All is an array of ints do g$=$g $+$ Ald: i $=$ i $+$ j; while $($i $!=$ h$))$ Rewrite this as: Loop: g$=$g $+$ A$[$U: if $($i $!=$ h$)$ goto Loop: Using the mapping: g: $$81,$ h: $s$2,1$: $s$3.$j: $s$4,$ base of A: $$85$; write the corresponding assembly instructions. Sample $3$ Considering the following MIPS code: begin: addi Sto, $zero, $22$ move $t$1,$ $zero li $a$0,0$ loop: beg $to$,$ $t$1,$ finish add $t$1,$$t$1,$ $a$0$ addi Sto, $to$,-4$ addi $a$0,$ $a$0,1$ loop j finish: a$.$ Explain the meaning of each instruction by inserting $($inline$)$ comments b$.$ Give a possible high$-$level pseudo$-$code for the above MIPS code. c$.$ What is the value of $to when the program reaches "finish"? d$.$ What is the value of $a$0$ when the program reaches "finish"?