Show me the steps to solve

$.$data

amount$\_$to$\_$add:

$.$word $3$

array$\_$length:

$.$word $8$

input$\_$array:

$.$word $3,2,8,4,6,7,0,1$

output$\_$array:

$.$word $0,0,0,0,0,0,0,0$

$.$text

main:

# num$\_$remaining $=$ array$\_$length

# input$\_$pointer $=$ input$\_$array

# output$\_$pointer $=$ output$\_$array

# while $($num$\_$remaining $!=0)\{$

# $*$output$\_$pointer $=*$input$\_$pointer $+$ amount$\_$to$\_$add

# input$\_$pointer$++$

# output$\_$pointer$++$

# num$\_$remaining$--$

# $\}$

# TODO: add your code below.

# This should take each input$\_$array element, add amount$\_$to$\_$add,

# and store the result in the corresponding output$\_$array element.

# The elements in input$\_$array should never change. You can

# implement this however you'd like, though it's recommended to

# follow the above pseudocode.

# The code below prints all the elements of output$\_$array

# $t$0$: number of elements remaining

# $t$1$: pointer into output array

la $t$0,$ array$\_$length

lw $t$0,0($$t$0)$

la $t$1,$ output$\_$array

# while $($$t$0!=0)\{$

# print$(*$$t$1)$

# $t$0--$

# $t$1++$

# $\}$

print$\_$loop$\_$begin:

beq $t$0,$ $zero, print$\_$loop$\_$end

# print the integer

lw $a$0,0($$t$1)$

li $v$0,1$

syscall

# print a newline

li $a$0,\text{'}$

$\text{'}$

li $v$0,11$

syscall

# adjust variables

addi $t$0,$ $t$0,-1$

addiu $t$1,$ $t$1,4$

j print$\_$loop$\_$begin

print$\_$loop$\_$end:

# exit the program

li $v$0,10$

syscall