Please write in MIPS assembly code which, when run under QtSpim, will do the following: Step 3: Edit add_amount.asmNow move to add_amount.asm. This program works with two arrays of the same length: an input array, and an output array. Additionally, it contains a value to add to each element of the array (amount_to_add). Foreach element of the input array, it should add this amount, putting the result in the output array. A code snippet below illustrates this behavior:for (int index = 0; index < array_length; index++) {output_array[index]=}The end of the code (provided) will print each element of the output array. As with the prior problem, this code MUST work for any values of amount_to_add, array_length, input_array, and output_array. Youmay make the following assumptions in your code:input_array [index] + amount_to_add;●array_length will always be at least 1, and will be an unsigned integerinput_array and output_array will always contain exactly array_length .word s.• The values of input_array will all be non-negative.amount_to_add will always be an unsigned integer.● .dataamount_to_add:array_length:.word 3. word 8input_array:main:. word 3, 2, 8, 4, 6, 7, 0, 1output_array:.word 0, 0, 0, 0, 0, 0,.text# num_remaining = array_length# input pointer = input_array0, 0# input_pointer++# output_pointer++# output_pointer = output_array# while (num_remaining != 0) {# *output_pointer = *input_pointer + amount_to_add# num_remaining--# }add_amount.asm# 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 following code is the MIPS assembly code will perform the described task as followed.

Answered: Please write in MIPS assembly code…

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Please write in MIPS assembly code which, when run under QtSpim, will do the following:

Database System Concepts

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ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Computer Fundamentals

The computer is termed computation. For calculating or computing something the device that has been used is known as the computer. Or we can say that for performing a fast arithmetic operation the device that has been used is a computer. Storing, processing, and retrieving are the main features of a computer. 

Question

Please write in MIPS assembly code which, when run under QtSpim, will do the following:

Step 3: Edit add_amount.asm
Now move to add_amount.asm. This program works with two arrays of the same length: an input array, and an output array. Additionally, it contains a value to add to each element of the array (amount_to_add). For
each element of the input array, it should add this amount, putting the result in the output array. A code snippet below illustrates this behavior:
for (int index = 0; index < array_length; index++) {
output_array[index]
=
}
The end of the code (provided) will print each element of the output array. As with the prior problem, this code MUST work for any values of amount_to_add, array_length, input_array, and output_array. You
may make the following assumptions in your code:
input_array [index] + amount_to_add;
●
array_length will always be at least 1, and will be an unsigned integer
input_array and output_array will always contain exactly array_length .word s.
• The values of input_array will all be non-negative.
amount_to_add will always be an unsigned integer.
●

.data
amount_to_add:
array_length:
.word 3
. word 8
input_array:
main:
. word 3, 2, 8, 4, 6, 7, 0, 1
output_array:
.word 0, 0, 0, 0, 0, 0,
.text
# num_remaining = array_length
# input pointer = input_array
0, 0
# input_pointer++
# output_pointer++
# output_pointer = output_array
# while (num_remaining != 0) {
# *output_pointer = *input_pointer + amount_to_add
# num_remaining--
# }
add_amount.asm
# 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.

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