$[15$ points$]$ Write the MIPS assembly code that corresponds to the pseudo code below. Assume that the address for integer $\backslash ($ i $\backslash )$ is baseaddress$+4$ and the address for a$[0]$ is baseaddress$+8.$ Assume that the baseaddress is stored in $\backslash$$gp$.$ The code initializes i to $0$; it then iterates from $\backslash ($ i$=0\backslash )$ to $\backslash ($ i$=9\backslash ),$ setting $\backslash ($ a$[$i$]=32*$ i $\backslash )$ in each iteration. To make your code efficient, i must be loaded into a register at the start, and it must be updated in memory only after you've finished the for loop. You may NOT use a multiply instruction.

$```$

for $($i$=0$; i$<mn>1</mn><mn>0</mn>$; i$++)$

a$[$i$]=32*$i;

$```$