Hello. Please answer the attached MIPS programming question correctly by converting the given C code to MIPS. Please do not use very advanced syntax to solve the problem and do not use ".globl main" in your code. *If correctly convert the code and do not use very advanced syntax, I will give you a thumbs up. Thanks. Convert the following C code to MIPS:// MATH230// MIPS Branches Project#include #include int main(){int arr[] = {0x09, 0x03, 0x00,0x12, 0x14};int arr_size = 5; // In MIPS you need to multiply 5 by the datatype of theof the arrayelement}int index = 0;// to keep track of the indices in MIPSint f_index = 0; //to save the index of the element that is equivalent to 0while(index != arr_size)if(arr[index] == 0)break;{* Please add comments to you MIPS code aswell (to show what's happening). Thanks.Also, Do not use ".globl main"}index++; //In MIPS to point to the next element of the arrayf_index++; // In MIPS increment by 1printf("0 is at index: %d. ", f_index);return 0;

The given code is written in C and its MIPS assembly equivalent performs the following…

Answered: Convert the following C code to MIPS:…

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Hello. Please answer the attached MIPS programming question correctly by converting the given C code to MIPS. Please do not use very advanced syntax to solve the problem and do not use ".globl main" in your code.

*If correctly convert the code and do not use very advanced syntax, I will give you a thumbs up. Thanks.

Convert the following C code to MIPS:
// MATH230
// MIPS Branches Project
#include <stdio.h>
#include <stdlib.h>
int main()
{
int arr[] = {0x09, 0x03, 0x00,0x12, 0x14};
int arr_size = 5; // In MIPS you need to multiply 5 by the datatype of the
of the array
element
}
int index = 0;
// to keep track of the indices in MIPS
int f_index = 0; //to save the index of the element that is equivalent to 0
while(index != arr_size)
if(arr[index] == 0)
break;
{
* Please add comments to you MIPS code as
well (to show what's happening). Thanks.
Also, Do not use ".globl main"
}
index++; //In MIPS to point to the next element of the array
f_index++; // In MIPS increment by 1
printf("0 is at index: %d. ", f_index);
return 0;

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