Physics Tutorial - (Lower Volume) (Second Edition)

Author: Ma Wenwei
Publisher:
Publish Date: 2006-11-01
Features: This book is a national-level planning textbook for the "11th Five-Year Plan" of general higher education. When revised, this textbook referred to the "Basic Requirements for University Physics Teaching in Non-Physics Majors of Science and Engineering" (Discussion Draft) formulated by the Teaching Guidance Subcommittees for Physics Foundation Courses of the Ministry of Education, covering the core content of these requirements. In terms of content selection, it adopts methods such as compressing classical physics, simplifying modern physics; pruning branches and strengthening the main trunk, highlighting key points; simplifying theoretical arguments, and moderately increasing applications to adapt to the requirements of different universities and majors for university physics. At the same time, considering the characteristics and actual conditions of applied universities, it moderately reduces the difficulty of examples and exercises while ensuring necessary basic training. This book is accompanied by rich teaching resources, including "University Physics Online Course" v2.0, "Physics Tutorial (Second Edition) Electronic Teaching Plan," "Applications of Physics Principles in Engineering Technology" (Third Edition), "Analysis and Solutions of Exercises for Physics Tutorial (Second Edition)," "Study Guide for Physics Tutorial (Second Edition)," and "University Physics Material Library," etc. These resources form a relatively complete system for the "Physics Tutorial (Second Edition) Series Textbooks," providing excellent support for universities of various types to offer university physics courses. This book is divided into two volumes. The first volume includes mechanics, mechanical vibration, mechanical waves, and thermodynamics. The second volume includes electromagnetism, optics, special relativity, and quantum physics, etc. This book can be used as a textbook or reference book for university physics courses in non-physics majors of engineering disciplines in higher education institutions, and is also suitable for students in humanities and social sciences majors and general readers.