Write and test the square root function in two linked files. Your solution must include a function called $$sqrt$$ that accepts a $32-$bit single precision floating point number in a floating point register and returns its square root as a $32-$bit single precision floating point in a different floating point register. Your solution must also include an assembly 'main' program that accepts a float from the user, calls the sqrt function and prints the resulting value. Prompt the user for the input and label your output.

Use Newton$$s method $($the so$-$called "Babylonian" method$)$ to compute the square root. If the input argument is negative, return the value NaN.

For this Problem, you cannot use the co$-$processor instruction: sqrt$.$s $($or others like it$).$

The program must be written in MIPS