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This repository contains a Python implementation of the Secant Method for finding roots of nonlinear equations. The code includes input validation, iteration, and termination based on the desired error or reaching the maximum number of iterations. Results are saved into an Excel file (`secant.xls`).
A Python application that implements a root finder program which takes as an input the equation, the numerical technique to use and its required parameters.
This repository contains a program that solves the time-independent Schrödinger equation for an infinite one-dimensional potential well using numerical methods and visualizes the results. It uses the Runge-Kutta method and the Secant method to calculate the energy levels and wave functions of the system.
This repository implements the basic numerical methods for solving nonlinear equations. All of them are presented in one console program, which is easy to use. The output of the program is both real and complex numbers.