1) Examination range of mathematics subjects for Japanese experimental liberal arts students 1. Equations and inequalities? Mathematical (1) Numbers and Formula 1) Real Numbers 2) Expansion and Factorization of Formulas 2) Linear Inequality 3) Quadratic Equation 2. Quadratic function? Mathematics and (1) quadratic function (2) the change of the value of quadratic function (1) the maximum value of quadratic function? Minimum 2) Quadratic inequality 3. Graphics and measurement? Mathematics (1) trigonometric ratio 1) sine, cosine, tangent 2) interrelation of trigonometric ratio (2) trigonometric ratio and graph 1) sine theorem, cosine theorem 2) measurement in Figure 4. Floor plan? Mathematics A (1) The Properties of Triangle (2) The Properties of Circle (5) Set and Logic? Mathematics and A (1) Set and Number of Elements (2) Proposition Proof 6. Number and probability of occasions? Mathematics and a (1) permutation? Combination (2) Basic Law of Probability (3) Supplement of Independent Trial Probability: Except for 5 and 6, which belong to senior middle school, 1234 belongs to junior middle school. 2) Japanese study abroad experiment-liberal arts comprehensive subject examination scope Political economy and society 1. Modern social life urbanization, informationization, aging, mass society, multicultural understanding, bioethics, freedom and equality II. Modern economy, market economy system, planned economy system, economic growth, liberalization, relaxation of (government) restrictions and inflation. Economic crisis, social welfare. Modern political democracy, participation in politics, political parties, elections, cabinet system and presidential system, constitution, administrative nationalization, human rights 4. Modern international social group security, national system, global environmental issues, United Nations and international institutions, North-South issues, development assistance, ethnic disputes, NPO and NGO II geography 1. Geographical skills, the earth, maps and mapping methods, standard time, aerial photos, GIS (Geographic Information System) 2. Japan's land and natural climate, topography, vegetation, earthquakes and volcanoes 3. Japan's people and industry, agriculture, forestry and fisheries, industry and commerce, population, transportation and communication, trade III history 1. Modern world British industrial revolution, American war of independence, French revolution, Asian colonization, imperialism II. World War I, World Economic Crisis, World War II, Cold War, Asian-African National Independence Movement 3. Meiji Restoration in modern Japan, constitutionalism and industrial revolution in modern Japan, post-war reform, economic growth and public hazards.

Science class

1) The examination range for studying science and mathematics in Japan is 1. The sum and proof of higher order equations II. The sum and proof of I. 1 Algebraic division? Proof of fractional equation I. 1.2 equation and inequality I.2 higher order equation I.2. 1 complex number and quadratic equation I.2.2 higher order equation 2. Graph and Equation Mathematics II.1Point and Line 2. 1 Point Coordinate 2. 1 .2 Linear Equation 2.2 Circle 2. 1 circle 2.2.2 Equation of circle and line 3. Mathematics of various functions ii 3.1trigonometric function 3.1./angular expansion 3. 1.2 trigonometric function and its basic properties 3. 1.3 trigonometric function addition theorem 3.2 exponential function and logarithmic function 3.2.6533./kloc-. .2 Exponential Function 3.2.3 Logarithmic Function 4. Series Mathematics B 4. 1 Series and 4. 1 arithmetic progression 4. 1.2 geometric progression 4. 1.3 and Formula 4.2 Various series 4.3 Progressive formulas and mathematical induction 5. Vector mathematics B 5. 1 plane. Vector 5. 1. 1 vector and its calculus 5. 1.2 vector inner product 5.2 application of spatial coordinates and vector 5.2. 1 spatial vector 5.2.2 application of spatial vector 6. differential mathematics ⅲ 6. 1 differential consideration (mathematics ⅱ) 6. Application of1.2 Derivative Function 6.2 Differential Method (Mathematics Ⅲ) 7. Integral Method Mathematics Ⅲ 7.1Consideration of Integral (Mathematics Ⅱ) 7.1Indefinite Integral and Definite Integral 7. 1.2 Area 7.2 Integral Method (Mathematics Ⅲ) 7.2. Mathematics C 8. 1 Rank 8. Math ⅲ 10. 1 series limit 10.2 function limit 2) Japanese study abroad examination science-physics examination range 1. Mechanical motion and force (1) motion describes speed and acceleration, horizontal projection and oblique projection of falling body (2) decomposition and balance of various forces, gravity, friction, resistance (4) rigid body, balance moment of force, resultant force, uniform force, center of gravity (5) Newton's law of motion 3. Motion unit and equation of force, unit system and dimension (6) Kloc-0/) working principle, working power and motion energy (2) position energy due to gravity, position energy due to elasticity (3) conservation of mechanical energy (4) product of motion and force, principle of conservation of motion (5) conflict and splitting reaction coefficient, elastic conflict and inelastic conflict (1) angular velocity, period and revolution, acceleration and centripetal force, general circular motion. Single vibration elastic vibrator, single vibration energy source, single vibrator (4) gravity motion (Kepler's law), gravity and gravity, energy conservation (2) thermal temperature and thermal temperature (1), thermal heat and heat capacity, specific heat, heat conservation (2) internal energy melting point, boiling point, heat of solution and energy conservation. The first law of thermodynamics (1) Boyle's law of gas, Boyle's law of Charles, Boyle-Charlie's law of state of ideal gas (2) molecular motion, absolute temperature, internal energy and molar specific heat of ideal gas (3) state change, constant volume change, constant pressure change, thermal cracking change, thermal cracking change, energy transformation and maintenance, energy change and Thermodynamic efficiency 3. Wave properties (1) Wave propagation medium, wave source, waveform, period, amplitude, wavelength, wave velocity, shear wave and longitudinal wave (2) Overlapping principle and interference of waves, wave interference, standing wave and reflection (3)? Fold? Huygens' principle of tongue curl, law of reflection, law of inflection point, inflection point rate, propagation mode of tongue curl (1), sound reflection? Fold? Turn back? Interference and vibration beat (2) Vibration and vibration of pronunciation body? * * * string vibration, gas vibration, * * * vibration? * * * Ming (3) the nature of light (1) and its types (visible light, white light, monochromatic light, light and color), the speed of light and wavelength (2) the reflection of light? Inflexion reflex? Refraction, total reflection, light scattering, lens, real image and virtual image (3) light folding and dry folding, Yang experiment (interference pattern, open line and dark line), folded lattice, thin film interference (4) light scattering? Polarized light ⑦ dispersion, spectrum, polarization 4. Electromagnetic gas electric field (1) electrostatic charge (electric quantity), Coulomb's law, law of conservation of electric quantity (2) electric field, electric field around electric charge, electric field coincidence, power line (3) potential and potential difference, equipotential surface, position energy generated by electrostatic force (4) electrostatic induction of objects in electric field. Capacitance and connection of capacitor parallel plate capacitor, inductance and electric field energy current (1) current and electrons, resistance, ohm's law, Joule heat, electric power, electric power, series and parallel resistance, ammeter, voltmeter (2) Kirchhoff's law of 2)DC circuit, temperature change of resistivity, resistance measurement, battery internal resistance (starting power), circuit current and magnetic field with capacitor magnetic field (/kl Magnetic poles, magnetic fields, magnetic lines of force, magnetization, magnetic beam density and magnetic field strength (permeability) (2) Manufacturing current magnetic field DC current, annular current, solenoid current magnetic field (3) Current in magnetic field is forced by DC current, parallel current is forced by (4) Lorentz force, cyclotron. Hall effect electromagnetic induction and electromagnetic wave (1) electromagnetic induction law, Lenz law, Faraday electromagnetic induction law, induction starting power (Lorentz force and induction starting power) (2) mutual inductance, self-induction mutual inductance, self-induction, coil magnetic field energy (3) AC generation (AC voltage, AC current, phase and angular frequency), anti-AC, anti-AC loop. Vibration circuit (5) electromagnetic wave generation and properties, high-temperature object radiation 3) properties and periodic table of single typical element of inorganic matter (1), In the third cycle, K, Ca (2) migrated elements and their compounds (Ag, Cu, Zn, Fe, Ni, Mn, Cr) acidified substances and hydrated substances (3) confirmed Ag+, Cu2+, Zn2+, Ba2+, Ca2+, SO42-+, Mg2+, Na+, K+, Al3+. The structural formula (2) Compounds formed by carbon, hydrogen and oxygen carbonize water, alcohol, ether, aldehyde, ketone, hydroxy acid, carbonate and lotion (3) Nitrogen compounds, aromatic amines, aromatic nitro compounds, and polymer compounds synthesized from amino acids: polyethylene, polypropylene, etc. Boiling point (3) State formula of gas mixture (1) Partial pressure of gas (2) Solubility and solubility of solution (3) Properties of dilute solution The boiling point rises and the freezing point drops. Saturation (4) Colloidal solution properties, chemical reaction speed (1), fast reaction and slow reaction (including catalyst), chemical reaction and heat (1), reaction heat (2) thermochemical equation, chemical equilibrium (1), reversible reaction (2) chemical equilibrium, moving acid-base reaction (65438), alkali (2) Reduction (2) Electrodecomposition (3) Metal Ionization Tendency (4) Battery Material Structure Atomic Structure (1) Atomic Structure Prototype (2) Atomic Electronic Configuration (3) Chemical Combination of Atomic Structure and Periodic Table of Elements (1) It combines (3) Material Structure and Properties (4) Function and Structure of Cells (/kloc-) Functions and enzymes of cells (2) Cell increment and biological structure, reproduction and occurrence of single-celled organisms and multicellular organs (1) Formation and fertilization methods of germ cells, formation and fertilization of animal gametes, formation and fertilization of plant gametes, embryogenesis (2) Process and function of animal occurrence, inheritance of functions (1) Genetic laws of Mendel, and various kinds of heredity (. Exchange group? Chromosome atlas, sex chromosome and sex determination, sex-linked inheritance, morphological transformation, bacterial virus infection to host cells, dual structural environment of DNA and animal reaction (1), body fluid and its constant action, circulation, maintenance and constancy principle, autonomic nervous system and hormones, biological defense (2) receiving stimuli and reactions are transmitted by containers, nerves and excitement? Transmission, central nervous system and its function, animal behavior environment and plant response (1) Plant life and environmental water absorption? Rising? Evapotranspiration, photosynthesis and environment (2) Plant's response and adjustment to seed germination, growth and flower bud formation, inflexible biological phenomena and substance protein and biological function (1) Chemical reaction and enzyme metabolism and enzyme properties (2) Energy metabolism and ATP assimilation and alienation, photosynthesis, nitrogen assimilation, respiration and cell microstructure, respiration and enzyme (3) protein's. Muscle contraction, material transport in cell membrane and information transmission and discovery between cells (1) Construction and replication of genetic information, protein's synthetic DNA, genetic code and protein synthesis, the role of morphological discovery, the difference between prokaryotes and eukaryotes and their morphological discovery (2) Regulation and transmission of morphological discovery and writing, cells. Morphogenesis and genetic information (3) Biotechnology, genetic subgroup exchange, tissue culture, nuclear transplantation, cell fusion, etc. Application of genetic subgroup operation.