Consider the following C function $($attached below$)$ that accepts three arguments, an integer array and the length of the array size and a variable k$.$ The starting MIPS assembly instruction address is $1600.$ Here, the variables x$,$ sum, mul, and j are in address $S$0,$ $S$1,$ $S$2$ and $S$3$ respectively.

int superFunc $($int array$[],$ int size, int k$)$

$\{$

int x $=$ k$,$ sum $=0,$ mul $=1$;

while $($ x $<$ size$-1)$

$\{$

int j $=$ array$[$x$+1]$;

while$($j$!=$ array$[$x$])$

$\{$

mul $*=5$;

j$--$;

$\}$

sum $+=($mul$+$j$)$;

array$[$x$-1]=$ sum;

x $+=2$;

$\}$

if$($sum $<$ mul $)$

return sum;

else

return sum $+$ mul ;

$\}$

a$.$ Convert the code to the corresponding MIPS assembly instructions.

b$.$ Convert Line number $1620$ to $1648$ of your assembly instructions to the corresponding machine code. No need to convert it to binary.

c$.$ Consider an array A$,$ whose base address is in $s$3.$ The ISA is double word addressable that is the memory can contain double words. What will be the corresponding MIPS assembly code for loading the address of the $9$th element of the array, i$.$e A$[9],$ increase the value by $6$ and Then store the Value to the address of the $4$th element of the array, i$.$e A$[4].$