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High school mathematics compulsory 4 Jiangsu education edition
Mathematics Jiangsu Education Edition requires compulsory one, compulsory four, compulsory five, compulsory two, compulsory three and elective part in turn.

The sports edition requires compulsory one, compulsory two, elective 3- 1, and elective part.

Chemical People's Education Edition is a compulsory part, a compulsory part and an elective part.

mathematics

Elective course Ⅰ

1. Statistics

Sampling method. Estimation of population distribution. Normal distribution.

Linear regression.

2. Limits and derivatives

The limit of sequence.

Limit of function. Four limit operations.

The concept of derivative. Derivative of polynomial function.

Application of derivative: rate of change. Using derivative to study monotonicity and extremum of function. The maximum and minimum values of the function.

The background and historical significance of calculus.

Elective course Ⅱ

1. Probability and statistics

Discrete random variable distribution table. Expected value and variance of discrete random variables.

Sampling method. Estimation of population distribution. Normal distribution. Linear regression.

Extreme mathematical induction. Examples of application of mathematical induction.

The limit of sequence.

Limit of function. Four limit operations. Functional continuity.

3. Derivative and differential

The concept of derivative. Geometric meaning of derivative. Derivatives of several common functions.

Derivative of sum, difference, product and quotient of two functions. Derivative of compound function. Basic derivative formula.

The concept and operation of differentiation.

Using derivative to study monotonicity and extremum of function. The maximum and minimum values of the function.

4. Integral

The concept of definite integral. Simple properties of definite integral. Basic formula of calculus.

The concepts of primitive function and indefinite integral. Linear properties of indefinite integral. Basic integral formula.

The area of a plane figure. The volume of the rotating body. Distance problem. Changing force to do work.

The background and historical significance of calculus.

5. Complex number

The concept of complex number. Vector representation of complex numbers.

Addition and subtraction of complex numbers. Multiplication and division of complex numbers.

Triangular form of complex number. Multiplication, division, power and root of complex triangle.

6. Research topic

For the requirements and teaching objectives of the research topic, please refer to the explanation of the compulsory course "Research topic" in this syllabus.

physics

senior two

The first chapter is current

Coulomb's law of charge

Second, the electric field

Third, the static phenomenon in life.

Verb (abbreviation for verb) current and power supply

Sixth, the thermal effect of current.

Chapter II Magnetic Field

I. Compass and ocean navigation

Second, the magnetic field of current

Thirdly, the effect of magnetic field on live wires.

Fourthly, the influence of magnetic sound on moving charge.

Verb (abbreviation of verb) magnetic material

Chapter III Electromagnetic Induction

I. Electromagnetic induction phenomenon

Second, Faraday's law of electromagnetic induction

Third, alternating current.

Fourth, the transformer

Verb (abbreviation for verb) high-pressure transmission

Six, self-induction phenomenon eddy current

Research topic: electricity in my home.

Chapter IV Electromagnetic Waves and Their Applications

First, the discovery of electromagnetic waves.

Second, the electromagnetic spectrum

Third, the emission and reception of electromagnetic waves.

Fourth, the information society.

Research topic: electromagnetic waves in social life.

Chapter I Internal Energy of Molecular Dynamics Theory

I. Molecules and their thermal motion

Second, the internal energy of an object.

Three. Solid and liquid

Fourth, gas.

Chapter II Conservation and Dissipation of Energy

First, the law of conservation of energy.

Second, the first law of thermodynamics.

Third, the working principle of the heat engine

Fourth, the second law of thermodynamics.

Five, order, disorder and entropy

Research topic: heat engine in the family.

Chapter III Nuclear Energy

I. Discovery of radioactivity

Second, the structure of the nucleus.

Three. radioactive decay

Four. Fission and fusion

Verb (abbreviation for verb) Utilization of nuclear energy

Chapter IV Energy Development and Utilization

First, the development and application of heat engines

Second, the development and application of electricity and telecommunications

Third, develop new energy sources.

Four. Energy and sustainable development

Verb (abbreviation of verb) research: comprehensive utilization of solar energy.

Give it to students

Chapter 1 electric field DC circuit

Section 65438 +0 electric field

Power supply in the second quarter

Section 3 Multifunctional Ammeter

Section 4 Ohm's Law of Closed Circuits

Section 5 Capacitor

Chapter II Magnetic Field

Section 65438 +0 magnetic field magnetic material

Section 2 Ampere Force and Magnetoelectric Instruments

Lorenz force and kinescope in the third quarter

Chapter III Electromagnetic Induction

1 section electromagnetic induction phenomenon

Induced electromotive force in the second quarter

Section 3 Application of Electromagnetic Induction in Technology

Chapter IV AC Motor

Section 1 Generation and Description of Alternating Current

Transformer in the second quarter

Section 3 Three-phase AC

Chapter V Electromagnetic Wave Communication Technology

Section 65438 +0 electromagnetic field electromagnetic wave

Section 2 Transmission, Reception and Propagation of Radio Waves

Section 3 TV Mobile Phone

The fourth quarter electromagnetic spectrum

Chapter VI Integrated Circuit Sensors

Section 1 transistor

Section 2 Integrated Circuits

Section 3 Electronic Computer

Section 4 Sensors

Grade?Twelve

Chapter I Refraction of Light

Section 65438 Refractive rate of light +0

The second section of total reflection optical fiber

Section 3 Prisms and lenses

Section 4 Law of Lens Imaging

Section 5 lens imaging formula

Chapter II Common Optical Instruments

Section 1 eye

Section 2 Microscopes and Telescopes

Section 3 camera

Chapter III Interference, Diffraction and Polarization of Light

Section 1 Slight and Interference of Mechanical Waves

Interference of light in the second quarter

Diffraction of light in the third quarter

Polarization of light in the fourth quarter

Chapter IV Light Sources and Lasers

Section 1 light source

Section 2 General lighting sources

Section 3 Laser

Section 4 Application of Laser

Chapter V Radioactivity and Nuclear

Natural radiation phenomenon of 1 node atomic structure

Section 2 Nuclear Decay

Section 3 Application of Radioisotopes

Section 4 Detection and Protection of Ray

Chapter VI Nuclear Energy and Reactor Technology

Section 1 nuclear reaction and nuclear energy

Section 2 Nuclear Sequence Change and Fission Reactor

Section 3 Nuclear Fusion and Controlled Thermonuclear Reaction

Chapter IV Electromagnetic Induction

The epoch-making discovery of 1

2 Explore the conditions of electromagnetic induction.

Faraday's law of electromagnetic induction

Fourth-order law

5 induced electromotive force and electromotive force

6 mutual inductance and self-inductance

7 eddy current

Chapter V Alternating Current

1 alternating current

2 Describe the physical quantity of alternating current

3 Influence of inductance and capacitance on alternating current

4 transformer

5 power transmission

Chapter VI Sensors

1 sensor and its working principle

2 sensor application (1)

Application of Three Sensors (2)

4 sensor application example

Principle and main points of use of accessory components

Chapter VII Molecular Dynamics Theory

1 An object is composed of a large number of molecules.

Thermal motion of two molecules

3 intermolecular force

4 temperature scale

5 internal energy

Chapter VIII Gases

Isothermal change of 1 gas

2 Constant volume change and constant pressure change of gas

3 equation of state of ideal gas

4 microscopic significance of gas thermal phenomenon

Chapter IX Material State and Changes of Material State

1 solid

2 liquid

Saturation pressure of saturated steam and water vapor.

4 energy exchange in the change of material state

Chapter 10 Laws of Thermodynamics

1 work and internal energy

2 Thermal energy and internal energy

The first law of thermodynamics, the law of conservation of energy

4 the second law of thermodynamics

5 microscopic explanation of the second law of thermodynamics

6 Energy and sustainable development

Chapter 11 Mechanical Vibration

1 simple harmonic vibration

2 Description of simple harmonic vibration

3 simple harmonic motion's elasticity and energy.

4 simple pendulum

5 vibration under the action of external force

Chapter 12 Mechanical Wave

Formation and propagation of 1 wave

Images of two waves

3 Wavelength, frequency and wave velocity

Reflection and refraction of 4 waves

Five-wave diffraction

6-wave interference

7 Doppler effect

Chapter 13 light

1 refraction of light

2 interference of light

Experiment: Measuring the wavelength of light with double-slit interference.

4 dispersion of light

5 diffraction of light

6-wave interference

7 total reflection

8 laser

Chapter XIV Electromagnetic Wave

1 Discovery of electromagnetic waves

2 electromagnetic oscillation

3 the emission and reception of electromagnetic waves

4 electromagnetic wave and information society

5 electromagnetic spectrum

Chapter 15 Introduction to Relativity

1 the theory of relativity was born

2 Relativity of time and space

3 Other conclusions of special relativity

4 Introduction to General Relativity

Chapter 16 Law of Conservation of Momentum

1 Experiment: Exploring Invariants in Collision

2 Law of conservation of momentum (1)

3 Law of Conservation of Momentum (2)

4 collision

5 recoil rocket

6 Representing Newton's Second Law with the Concept of Momentum

Chapter 17 Wave-particle duality

1 energy quantization: a new era of physics

The turning point of science: the particle nature of light

A whole new page: volatility of particles

4 probability wave

5 Uncertain relationship

Chapter 18 Atomic Structure

1 discovery of electrons

Nuclear structure model of two atoms

3 hydrogen atomic spectrum

Bohr's atomic model

5 laser

Chapter 19 Nuclei

1 composition of the nucleus

2 decay of radioactive elements

Three methods of detecting radiation

Application and protection of radioactivity

5 Nuclear force and binding energy

Fission of six heavy nuclei

7 nuclear fusion

8 particles and the universe

chemistry

Chemistry and Life, a standard experimental textbook for senior high school curriculum, is an elective course 1.

The first chapter focuses on nutritional balance.

Section 1 The Basic Energy of Life-Sugar

Section 2-Oil, the Important Energy of the Body

The foundation of life in the third quarter-protein

Chapter II Promoting Physical and Mental Health

Section 1 Reasonable Choice of Diet

Section 2 Correct use of drugs

Chapter III Exploring Life Materials

Section 1 Alloys

Section 2 Corrosion and Protection of Metals

Section 3 Glass, Ceramics and Cement

Section 4 Plastics, Fibers and Rubber

Chapter IV Protection of Living Environment

Section 1 Improving Air Quality

Section 2 Care for Water Resources

Section 3 Garbage Recovery

Senior high school curriculum standard experimental teaching material chemistry and technology elective II.

The first unit entered the chemical industry.

Subject 1 Basic Problems in Chemical Production

Topic 2 Artificial Nitrogen Fixation Technology-Synthetic Ammonia

Theme 3 soda production

Unit 2 Chemistry and Resource Development and Utilization

Project 1 Access to clean water

Topic 2 Comprehensive utilization of seawater

Topic 3 Comprehensive utilization of oil, coal and natural gas

Unit 3 Development of Chemistry and Materials

Theme 1 inorganic nonmetallic materials

Theme 2 Metal materials

Topic 3 Polymer Compounds and Materials

Unit 4 Development of Chemistry and Technology

Subject 1 Fertilizer and Pesticide

Topic 2 Surfactant Fine Chemicals

Material structure and nature of experimental teaching material of standard elective course 3 in ordinary high school

Chapter I Atomic Structure and Properties

Section 1 Atomic Structure

Section 2 Atomic Structure and Properties of Elements

Chapter II Molecular Structure and Properties

The first section * * * valence bond

Section II Stereo Structure of Molecules

Section III Properties of Molecules

Chapter III Crystal Structure and Properties

The first section crystal common sense

Section 2 Molecular Crystals and Atomic Crystals

Section 3 Metal Crystals

The fourth quarter ion crystal

Elective course of chemical reaction principle in standard experimental teaching material of ordinary senior high school curriculum 4

Chapter I Chemical Reaction and Energy

Section 1 Chemical Reaction and Energy Change

Section 2 Combustion of Thermal Energy

Section 3 Calculation of Chemical Reaction Heat

Chapter II Chemical Reaction Rate and Chemical Equilibrium

Section 1 chemical reaction rate

In the second quarter, the factors affecting the chemical reaction rate

Section III Chemical Balance

The direction of the fourth quarter chemical reaction

Chapter III Ion Balance in Aqueous Solution

Section 1 Ionization of Weak Electrolytes

Second, water-saving ionization and the acidity and alkalinity of the solution

Section 3 Hydrolysis of Salt

Section IV Dissolution Equilibrium of Insoluble Electrolytes

Chapter IV Electrochemical Basis

Section 1 Primary battery

Chemical power supply in the second quarter

Section III Electrolytic Cell

Section 4 Electrochemical Corrosion and Protection of Metals

Basic Organic Chemistry Elective Course 5: Standard Experimental Textbook for Senior High School Curriculum

Chapter 1 Understanding Organic Compounds

Section 1 Classification of Organic Compounds

Section 2 Structural Characteristics of Organic Compounds

Section 3 Naming of Organic Compounds

The fourth part studies the general steps and methods of organic compounds.

Chapter II Hydrocarbons and Carbon Halides

Section 1 aliphatic hydrocarbons

Aromatic hydrocarbons in the second quarter

Section III Halogenated hydrocarbons

Chapter III Oxygen Derivatives of Hydrocarbons

Section 1 Phenol

Section 2 acetaldehyde

Section 3 Carboxylates

Section 4 Organic Synthesis

Chapter IV Basic Organic Chemicals in Life

Section 1 Grease

Sugar in the second quarter

Section III protein and Nucleic Acid

The fifth chapter enters the era of synthesizing organic polymer compounds.

Section 1 Basic Methods of Synthesizing Polymer Compounds

In the second quarter, widely used polymer materials

Section 3 Functional Polymer Materials

Experimental Chemistry Elective Course of Standard Experimental Textbook for Ordinary Senior High School 6

Unit 1 From Experiment to Chemistry

Topic 1: the beginning of experimental chemistry

Topic 2: Green Pursuit of Chemical Experiment

Acquisition of the second unit substance

Subject 1: separation and purification of substances

Subject 2 Preparation of Substance

Unit 3 detection of substances

Subject 1: substance inspection

Topic 2: Determination of substance content

Unit 4 Research Experiment

Subject 1: Study on the Properties of Matter

Exploration of chemical problems around theme 2

Subject 3: Comprehensive experimental design

I hope it helps you. o(∩_∩)o