This is a basic course for undergraduate students majoring in science and technology except for physics. The content covers classical mechanics, thermodynamics, electromagnetism, optics and the laws of microscopic systems. By helping students master basic laws and theories in these fields and know the application of physics in modern life and technology. The course aims to promote the scientific ability of students and offers a good basis for studying the other following courses.
Goals:
--helping students build the analytical and quantitative skills
and confidence needed to apply physics in problem-solving
for science and engineering.
--helping students build a stronger conceptual understanding.
--helping students see the relevance and excitement of the
physics they’re studying with wide-ranging and
contemporary applications in science, technology and
everyday life.
--helping students develop an appreciation of the physical
universe at its most fundamental level.
Realms of physics
Physics provides a unified description of basic principles that govern physical reality.
It’s convenient to divide physics into a number of different but related realms.
Here we consider six distinct realms: mechanics, oscillations, waves, fluids, thermodynamics, optics, electromagnetism, modern physics
课程参考教材: Douglas C. Giancoli著,滕小瑛改编, 《Physics for Scientists and Engineers with Modern Physics,大学物理学(第3版)》,高等教育出版社,2004;
“Essential University Physics” (volume I and volume II),
7th Edition Richard Wolfson Addison-Wesley
The course performance consists of two parts:
(1) Score at ordinary time: 40% of the course score;
(2) Course examination: at the end of the course, students can take the final examination of the course, accounting for 60% of the results.
Complete the course study and take the examination: if the total score is greater than or equal to 60 and less than 85, it is qualified; if the total score is greater than or equal to 85, it is excellent.
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