Question: Implementation Details: convert_float_binary(n): Takes a floating point number as input (i.e. n) and return the binary for that number. >>> def convert_float_binary (n): ** Your

 Implementation Details: convert_float_binary(n): Takes a floating point number as input (i.e.

Implementation Details: convert_float_binary(n): Takes a floating point number as input (i.e. n) and return the binary for that number. >>> def convert_float_binary (n): ** Your Code ** >>> convert_float binary (85.125) The Binary representation of the number is : 1010101.001 calculate_sign_bit(n): Based on the floating point number generates 1 if the number is negative and O if the number is positive. >>> def calculate_sign_bit(n): ** Your Code ** >>> calculate_sign bit(-85.125) The sign is negative with a sign bit : 1

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