University Physics Teaching Design: Comprehensive Training of Methods, Abilities, and Qualities

Author: Han Xianhua
Publisher:
Publish Date: 2006-01-01
Features: This book is written in line with the spirit of the "Basic Requirements for University Physics Curriculum Teaching" formulated by the Teaching Guidance Committee for Physics Foundation Courses in Non-Physics Majors of Higher Education Institutions, and is also based on the author's many years of teaching experience. It differs from traditional teaching reference books. As a supplement to classroom teaching, it can be used for teachers' lesson preparation, students' review, and comprehensive training. The content includes mechanics, thermodynamics, electromagnetism, vibrations and waves, optics, relativity, and quantum mechanics basics, etc. This book takes each lesson (2 hours) as a teaching unit, and each unit is divided into three parts. The first part is the Teacher's Section, consisting of "Lecture Content," "Teaching Requirements," "Key/Difficult Points," "Teaching Approach," "Ability/Method Training Design," and "Knowledge Expansion." The second part is the Student's Section, which is composed of "Related Knowledge," "Homework Exercises," and "Learning Requirements." The third part is the Teaching Reference Section (i.e., the further explanation of content with an asterisk in the title), which provides detailed descriptions of the physical methods introduced in the "Ability/Method Training Design," the historical background of knowledge discovery (content with an underscore indicates the original ideas of scientific masters ), and the specific content of "Knowledge Expansion," allowing students to broaden their scientific horizons and cultivate innovative thinking abilities. It also summarizes problem-solving methods, and provides detailed solutions to "Typical Examples" and "Classroom Thinking and Discussion." This book can serve as a reference for teachers teaching university physics in higher engineering colleges, be used by undergraduate students of all majors in higher engineering colleges, and can also be referenced by students in non-physics majors from radio and television universities and vocational colleges.