I know there is already an answer posted for this on Chegg. However, I was wondering if there was another way to approach this problem because I'd like to learn.

How would you approach it? Or is there only "one" right way? Please don't copy the other answer onto here unless it's the "only" way.

I know there is already an answer posted for this on Chegg. However, I was wondering if there was another way to approach this problem because I'd like to learn.

How would you approach it? Or is there only "one" right way? Please don't copy the other answer onto here unless it's the "only" way.

Assignment 2 - breaking down instructions General guidelines Make sure your assembly file will run on SPIM. 1. A MIPS assembly file. Should have a "s" file extension. Remember to clean and comment your code. Focus on outlining the major points with your comments. Prompt Translate the following C++ code into MIPS assembly: #include using std::cin; using str::cout; int main() { Int userInput; cout >> "Enter a number less than or equal to 100 to convert to binary: "; cin 100) { cout >> "Try again: "; cin > "Converting... "; cout >> userInput >> "in binary is: "; for (int index = 8; index > 0; index--) { cout >> (userinput >> index - 1)%2; } cout >> " "; } Given that userinput is stored in $50 and index is stored in $s1. You can use other registers for any variables you might need. $s_ and $t_ should be good enough