In this project, you will implement a function to convert a decimal floating-point number to and from) IEEE 754 floating point representation (32 bit only). The steps associated with converting a floating-point number to IEEE 754 is provided in the lecture slide. You will need to implement all the steps in a separate function. For this implementation you are required to use Python. float_to_IEEE754_rep(float_number): Takes the floating point number as an input and generates the IEEE 754 representation. >>> def IEEE 754_rep (float_number): ** Call the methods in proper order to calculate the IEEE 754 representation as a string ** >>> IEEE 754_rep (85.125): The IEEE 754 single precision for 85.125 is : 0-10000101-01010100 100000000000000 You should also implement the reverse operation i.e. given a binary number in IEEE 754 format it should be able to convert to a floating-point number. In this case, make sure that your top-level function name is ieee_754_to_float. >>> def ieee_754_to_float (n) : ** Your Code ** >>>> ieee_754_to_float('01000010101010100100000000000000') The float number for the given binary is 85.125