Classical Mechanics

Classical Mechanics: A Computational Methodology with Examples using Python and Mathematica offers a unique and modern introduction to classical mechanics, focusing on computational methods. This textbook provides a clear and comprehensive coverage of key topics, integrated with instructions and treatments of computation. With a pedagogical approach, it combines both analytical and computational problem-solving techniques within each chapter.

The included example problems guide readers through analytical methods and demonstrate how to utilize computer algebra techniques and programming for solving problems in classical mechanics. At the end of each chapter, there are problems for students to practice problem-solving skills both with and without the use of a computer. The techniques learned from this book can be applied by students to solve problems in various fields both within and outside of physics.

This textbook is ideal for undergraduate students in physics, mathematics, and engineering who are studying classical mechanics.

Key Features:

• Provides an overview of classical mechanics and emphasizes the importance of computation in solving physics problems
• Multiple example problems using both analytical and computational methods, with explanations on the choice of techniques
• Online resources with specific example codes to assist students in learning computational methods and writing their algorithms

A solutions manual is available through the Routledge Instructor Hub, and additional code resources can be accessed via the Support Materials tab.