University Physics Problem Discussion Class Guidance - (Lower) (2nd Edition)

Author: Shen Huijun, Wang Huzhu / Country: Mainland China
Publisher:
Publish Date: 2006-08-01
Features: This book is a teaching material for university physics problem-solving discussions, written based on the fundamental requirements for university physics teaching formulated by the Teaching Guidance Committee of Physics Basic Courses in Higher Education Institutions under the Ministry of Education. It is a compilation of the authors' decades of teaching experience in university physics problem-solving discussions. The content is divided into seven chapters: Mechanics (including Special Relativity), Electrostatics, Steady Current Magnetic Fields, Thermodynamics, Vibrations and Waves, Optics, and Quantum Physics. The entire book includes over 600 problems of various types, each with detailed solutions. The selected content covers all key teaching points of university physics theory courses and is representative. Each chapter in the first volume has a concise "Content Summary" and clear "Teaching Objectives." The problem types include in-class discussion questions and calculation problems centered around the key and difficult points of the course, as well as after-class exercises for students to review. The difficulty levels of the problems are well-structured to meet the needs of different teaching levels. Solutions to the after-class exercises are provided at the end of the book for reference. The second volume contains detailed solutions to the in-class discussion questions and calculation problems in the first volume. The solutions throughout the book are clear in thought process and concise in method, aiming to inspire and guide students to find multiple solutions to a single problem. It also analyzes common student errors, emphasizing the development of logical thinking and comprehensive analytical skills. This book is suitable for physics teachers and students at various universities and can also serve as supplementary teaching material for non-physics majors, radio television universities, and adult self-study exams in physics.