$12\mathrm{.}12$ Zylab $1-$ ALU and Data Transfer Instructions

Given an array of $2$ integers, write a MIPS program to implement some ALU operations and store the results back to memory. The $C$ code below shows how the elements are appended to the array:

$//$ Declaration of variables

int$*A$; $//$ Integer array A with the base address pointing to variable $A$

int $a$; $,$ char $b,c$; $,$ short $d$;

$//$ Append array elements

$\{A[2],A[4]\}=A[1]**A[0]$;

$//\{\}=$ concatenation $/$ append. $64-$bit product

should be stored in Array

$A[5]=A\frac{4}{230}$;

$a=A[4]$ & $230$ ;

$b=a16$;

$(0b^{\text{'}}0011|)|$

$\frac{\frac{?}{?}}{{?}^{\text{'}}}>>{?}^{\text{'}}=$ right shift

$d=a2$;

$\frac{\frac{?}{?}}{?}\text{'}$ & $\text{'}=$ bit$-$wise and

$A[6]=\{b,c,d\}$;

$\frac{\frac{?}{?}}{{?}^{\text{'}}}\text{'}$ left shift

the correct address to place, $c$ and $d$ in Array$)$

$A[3]=(A[0]+A[1]-100)-(A[2]+A[4]-A[5])$;