Introduction to 'a cube plus b cube - any number' for Programmers

Overview

In mathematical terms, 'a cube plus b cube - any number' is an algebraic expression that represents the sum of two cube numbers and a constant. The expression can be simplified using algebraic techniques to represent a polynomial equation of degree 3.

Function Signature

def cube_plus_cube_minus(number_a: int, number_b: int, constant: int) -> int:
    """
    Returns the result of a^3 + b^3 - c.
    
    :param number_a: integer value of a
    :param number_b: integer value of b
    :param constant: integer value of c
    :return: integer value of the result
    """

Algorithm

The algorithm for calculating 'a cube plus b cube - any number' is straightforward. In Python, the implementation of the algorithm is simple and requires only a few lines of code.

def cube_plus_cube_minus(number_a: int, number_b: int, constant: int) -> int:
    """
    Returns the result of a^3 + b^3 - c.
    
    :param number_a: integer value of a
    :param number_b: integer value of b
    :param constant: integer value of c
    :return: integer value of the result
    """
    return (number_a**3) + (number_b**3) - constant

Examples

Below are some examples of how to use the function in Python.

>>> cube_plus_cube_minus(3, 4, 5)
56
>>> cube_plus_cube_minus(5, 7, 2)
174
>>> cube_plus_cube_minus(2, 2, 2)
6

Conclusion

In conclusion, 'a cube plus b cube - any number' is a simple but useful algebraic expression for programmers to add two cube numbers and a constant. The algorithm is easy to implement in programming languages, and the function can be used in many applications or mathematical problems.