Taylor Series Method Implementation

Overview

This project implements the Taylor Series Method using Python to approximate mathematical functions.
It demonstrates how numerical methods can be applied to solve engineering and scientific problems programmatically.

Features

• Taylor series expansion for function approximation
• Clear and modular Python implementation
• User-defined input values
• Step-by-step numerical computation

Concepts Covered

• Numerical Analysis
• Taylor Series
• Function approximation
• Algorithmic problem solving

Technologies Used

• Python 3

How It Works

The program approximates the value of a mathematical function around a given point using the Taylor series expansion formula.
The approximation improves as the number of terms increases.

Example

Given a function and a point of expansion, the algorithm computes the approximate value using Taylor series terms.

Learning Outcomes

• Understanding the practical implementation of numerical methods
• Applying mathematical theory through code
• Improving problem-solving and algorithmic thinking skills

Author

Fatma Mahmoud Taeb