To show the use of all six math functions

To implement a program that perform six math functions on two numbers entered by the user.

The math module in Python is a built-in module that provides various mathematical functions and constants. It allows user to perform complex mathematical calculations easily. Here's an overview of the math module and the use of its six commonly used functions:

- math.atan2(y, x): Calculates the arc tangent of y/x in radians, taking into account the signs of both y and x to determine the quadrant.
- math.ldexp(numOne, numTwo): This function constructs a floating-point number from the significant 'numOne' and the exponent 'numTwo'. It returns numOne multiplied by 2 raised to the power of numTwo. This is useful for manipulating binary representations of floating-point numbers.
- math.hypot(numOne, numTwo): This function calculates the Euclidean norm, also known as the Euclidean distance or the length of the hypotenuse, of a right-angled triangle with sides 'numOne' and 'numTwo'. It returns the square root of the sum of the squares of the two arguments.
- math.copysign(numOne, numTwo): This function returns a value with the magnitude of 'numOne' and the sign of 'numTwo'. It copies the sign of the second argument onto the first argument, ensuring that the returned value has the same sign as 'numTwo'.
- math.fmod(numOne, numTwo): This function calculates the remainder of dividing 'numOne' by 'numTwo'. It returns the floating-point remainder, which is useful for handling division with a non-zero remainder.
- math.pow(numOne, numTwo): This function raises 'numOne' to the power of 'numTwo'. It returns 'numOne' raised to the exponent 'numTwo' as a floating-point number.

- Input Handling: The program prompts the user to enter two numbers and demonstrates how to handle user input using the input() function.
- Math function usage: The code showcases the utilization of different math functions provided by the math module, such as math.atan2(), math.ldexp(), math.hypot(), math.copysign(), math.fmod(), and math.pow(). By using these functions, the code performs mathematical calculations on the given numbers.
- Application of mathematical concepts: By employing math functions like trigonometric operations, exponential calculations, Euclidean distance calculation, and others, this experiment demonstrates the practical application of mathematical concepts in solving problems using Python.