Science will also learn elective courses 2- 1, 2-2, 2-3, 4- 1, 4-2, etc.
Liberal arts only need to study elective courses 1- 1 and 1-2. . . Mainly depends on the content of the class! Sometimes I secretly decide to suddenly re-elect! ! ! ! ! ! ! ! ! ! ! ! !
Chapter 65438 +0 Collection
The Meaning and Representation of 1. 1 Set
1.2 subset, complete set and complement set
1.3 intersection and union
Chapter II Concept of Function and Basic Elementary Function Ⅰ
2. 1 Functional concepts and images
Concept and image of function
Representation method of function
Simple properties of functions
The concept of mapping
2.2 Exponential function
Fractional exponential power
exponential function
2.3 Logarithmic function
logarithm
logarithmic function
2.4 power function
2.5 Functions and Equations
Quadratic function and unary quadratic equation
Approximate solution of equation by dichotomy
2.6 Functional model and its application
Mathematics 2
The third chapter is the preliminary study of solid geometry.
3. 1 space geometry
Prisms, pyramids and frustums
Cylinders, cones, frustums and spheres
Central projection and parallel projection
Direct drawing
Spatial graphic expansion diagram
Volumes of cylinders, cones, tables and balls
3.2 positional relationship between points, lines and surfaces
Basic properties of plane
The positional relationship between two straight lines in space
The positional relationship between straight line and plane
The positional relationship between planes
The fourth chapter is the preliminary analysis of plane analytic geometry.
4. 1 row sum equation
Linear slope
Linear equation
Parallelism and verticality of two straight lines
The intersection of two straight lines
The distance between two points on a plane
Distance from point to straight line
4.2 Circle Sum Equation
Equation of circle
The positional relationship between straight line and circle
The positional relationship between circles
4.3 Spatial Cartesian Coordinate System
Space rectangular coordinate system
The distance between two points in space
Math 3
Chapter 5 Preliminary Algorithm
5. The significance of1algorithm
5.2 Flowchart
5.3 Basic algorithm statement
5.4 Algorithm Case
Chapter VI Statistics
6. 1 sampling method
6.2 Population distribution estimation
6.3 Estimation of population characteristics
6.4 Linear regression equation
Chapter VII Probability
7. 1 Random events and their probabilities
7.2 Classical probability
7.3 Geometric probability
7.4 mutually exclusive events and its occurrence probability
Math 4
Chapter VIII Trigonometric Functions
8. 1 arbitrary angle and radian
8.2 trigonometric function at any angle
8.3 Images and Properties of Trigonometric Functions
Chapter 9 Plane Vector
9. The concept and representation of1vector
9.2 Linear Operation of Vector
9.3 Coordinate Representation of Vector
9.4 Quantity product of vectors
9.5 Application of Vector
Chapter 10 Triangular Identity Transformation
10. 1 trigonometric function of sum and difference of two angles
10.2 double-angle trigonometric function
10.3 several trigonometric identities
Math 5
Chapter 1 1 Solving Triangle
1 1. 1 sine theorem
1 1.2 cosine theorem
Application of Sine Theorem and Cosine Theorem in 1 1.3
Chapter 65438 +02 series
12. 1 arithmetic progression
12.2 geometric series
Further understanding of 12.3 sequence
Chapter 13 inequality
13. 1 inequality relation
13.2 unary quadratic inequality
13.3 Binary Linear Inequalities and Simple Linear Programming Problems
13.4 basic inequality
Elective series 1
1- 1
Chapter 65438 +0 Common Logical Terms
1. 1 proposition and its relationship
1.2 Simple logical connectives
1.3 Full name quantifier and existential quantifier
Chapter II Conic Curve and Equation
2. 1 conic curve
2.2 ellipse
2.3 hyperbola
2.4 parabola
2.5 Conic curves and equations
Chapter III Derivative and Its Application
3. The concept of1derivative
3.2 Operation of Derivative Products
3.3 Application of Derivative in Function Research
3.4 the application of derivatives in real life
1-2
Chapter 65438 +0 Statistical Cases
1. 1 hypothesis test
1.2 independence test
1.3 linear regression analysis
1.4 cluster analysis
Chapter II Reasoning and Proof
2. 1 Rational reasoning and deductive reasoning
2.2 Direct proof and indirect proof
2.3 Axiomatic Thought
Chapter 3 The expansion of number system and the introduction of complex numbers.
3. Extension of1number system
3.2 Four operations of complex numbers
3.3 Geometric Meaning of Complex Numbers
Chapter 4 Block Diagram
4. 1 Flowchart
5.2 Structure diagram
Elective series 2
2- 1
Chapter 65438 +0 Common Logical Terms
1. 1 proposition and its relationship
1.2 Simple logical connectives
1.3 Full name quantifier and existential quantifier
Chapter II Conic Curve and Equation
2. 1 conic curve
2.2 ellipse
2.3 hyperbola
2.4 parabola
2.5 Unified definition of conic section
2.6 curves and equations
Chapter 3 Space Vector and Solid Geometry
3. 1 space vector and its operation
3.2 Application of Space Vector
2-2
Chapter 65438 +0 derivative and its application
The concept of 1. 1 derivative
Operation of 1.2 derivative
Application of 1.3 derivative in function research
The application of 1.4 derivative in real life
1.5 definite integral
Chapter II Reasoning and Proof
2. 1 Rational reasoning and deductive reasoning
2.2 Direct proof and indirect proof
2.3 Mathematical induction
2.4 Axiomatic Thought
Chapter 3 The expansion of number system and the introduction of complex numbers.
6. 1 expansion of digital system
3.2 Four operations of complex numbers
3.3 Geometric Meaning of Complex Numbers
2-3
Chapter 65438 +0 counting principle
Two basic principles: 1. 1
1.2 arrangement
1.3 combination
1.4 counting application problems
1.5 binomial theorem
Chapter II Probability
2. 1 random variable and its probability distribution
2.2 Hypergeometric distribution
2.3 Independence
2.4 binomial distribution
2.5 mean and variance of discrete random variables
2.6 Normal distribution
Chapter III Statistical Cases
3. 1 hypothesis testing
3.2 independence test
3.3 Linear regression analysis
4.4 Cluster analysis