Solving Methods for Typical Problems in University Physics

Author: Wang Guoguang et al. (Editor-in-Chief)
Publisher:
Publish Date: 2004-01-01
Features: This book is a supplementary exercise and tutorial material for university physics learning by automotive manufacturing majors. The entire book consists of 16 chapters, covering mechanics, thermodynamics, electromagnetism, vibrations and waves, wave optics, relativity, wave-particle duality, and quantum mechanics. Each chapter includes four modules: Knowledge Network, Basic Problem Types, Typical Examples, and Selected Problem Solutions. The Knowledge Network presents the physical principles, laws, and theorems of the chapter in the form of a network diagram, showing their interrelationships and logical connections, enabling readers to systematically grasp the knowledge framework and its construction process. The Basic Problem Types summarize typical physics problems in a scientific manner, helping readers clearly understand the design methods of physics questions and completely eliminate the feeling of never being able to finish physics problems. The Typical Examples demonstrate problem-solving methods and insightful comments through real-life instances, avoiding emptiness and preventing readers from being in the situation of "understanding the solution but being unable to solve the problem themselves." The Selected Problem Solutions are carefully selected answers to exercises from each chapter of Engineering University Physics (February 2004, Higher Education Press, edited by Zhong Jiangfan), further supplementing the typical examples. This book is suitable for undergraduate and associate degree students in engineering majors, as well as candidates preparing for postgraduate entrance exams.