👉 Kingston Math, also known as Kingston's Method or Kingston's Algorithm, is a powerful and efficient method for solving systems of linear equations. Developed by mathematician John Kingstone, it transforms a system of linear equations into a triangular form through a series of row operations, which can be easily solved using back-substitution. This method is particularly advantageous for large systems because it minimizes computational complexity and memory usage, making it a preferred choice in numerical computing and scientific applications. By systematically eliminating variables from the upper triangular matrix, Kingston Math simplifies the process of finding the unique solution to a system of equations, often outperforming other methods like Gaussian elimination in terms of both speed and resource efficiency.
