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What subjects do you study at the university? What are the specialized courses and non-specialized courses? What are the compulsory courses and elective courses?
It depends on the school and major. What you learn in college is very different from that in high school, and you don't need it in high school.

1 College Chinese: College Chinese is a textbook for the Eleventh Five-Year Plan of colleges and universities. The book is divided into two volumes, including ancient literature, modern and contemporary literature, foreign literature and practical writing.

College Mathematics: The book is divided into two volumes. The first volume contains unary calculus, elementary linear algebra, analytic geometry, differential calculus of multivariate functions and multiple integrals; The second volume contains line and surface integrals, series and generalized integrals, linear algebra and differential equations.

College physics: it is a basic course of science and engineering in universities. Through the study of this course, students are familiar with the basic laws of the structure, nature, interaction and movement of natural substances, and lay the necessary physical foundation for the further study of professional foundations and professional courses and the further acquisition of related knowledge.

Chapter I Fixed-axis Rotation of Rigid Body

Chapter II Theory of Gas Molecular Motion

Chapter III Thermodynamics

Chapter IV Electrostatic Field in Vacuum

Chapter V Stable Magnetic Field

Chapter VI Mechanical Vibration and Fluctuation

Chapter VII Physical Optics

Chapter VIII Fundamentals of Quantum Physics

4 University Chemistry:

1 Chapter Basic Laws of Chemical Reaction

Chapter 1 Fundamentals of Chemical Thermodynamics

The basic concept of 1. 1

1. 1. 1 system and environment

1. 1.2 system properties

State and state function of 1. 1.3 system

1.2 thermochemistry and enthalpy

1.2. 1 First Law of Thermodynamics

1.2.2 Enthalpy and thermal effect of chemical reaction

1.3 chemical reaction direction

1.3. 1 spontaneous process

1.3.2 Gibbs free energy

A preliminary concept of 1.3.3 entropy

1.3.4 Gibbs-Helmholtz formula and its application

Chapter II Chemical Reaction Rate

2. 1 chemical reaction rate and its expression method

2.2 Factors affecting the chemical reaction rate

2.2. Relationship between1concentration and chemical reaction rate

2.2.2 Relationship between temperature and chemical reaction rate

catalysis

2.3 Several types of reactions

2.3. 1 heterogeneous reaction

chain-reacting

photochemical reaction