Transcendental Equations

This code uses the Newton-Raphson method to calculate the roots of transcendental equations. The method includes enhanced features, such as handling cases where the function's derivative disappears, or when the initial approximation is poor, leading to infinite loops due to the non-existence of the derivative or roots. It is recommended to use the Symbolic Toolbox for better accuracy and handling of symbolic differentiation in MATLAB.

在数值线性代数中，雅可比方法是一种迭代算法，用于确定严格对角占优线性方程组的解。该方法通过求解每个对角线元素并插入一个近似值，随后迭代该过程直到收敛。此算法是矩阵对角化雅可比变换方法的精简版。该方法以卡尔·古斯塔夫·雅各比（Carl Gustav Jacobi）的名字命名。

This method can solve various partial differential equations and represents the latest numerical solution techniques. It is based on MATLAB programming, making it easier to understand and implement. By utilizing MATLAB, complex mathematical models become more accessible and the process of solving PDEs is streamlined for better clarity and efficiency.