教学用书
　　Barron’s SAT subject in chemistry
　　参考书
　　Brown < Chemistry Central Science>
　　总课时建议
　　21-25小时，根据学生的学习情况适当调整。
　　所用教学资源
　　尚学明德国际课程中心SAT2化学内部PPT讲义，真题精粹，网络课程回放
　　教学方式
　　按照College board的SAT化学大纲串讲知识点，把考点讲一遍，学生不理解或掌握不牢固的内容进行重点讲解。
　　在讲课的同时穿插练习题和真题进行巩固。用后面的课时做整套题模考。
　　会提供Barron，Princetonreview和Kaplan三本指导书。以Barron和课件为主线。
　　课前要预习Barron相关章内容，某些不清楚的内容可以在课上解答，或者参考Brown的化学教科书（会提供）。
　　课后要把三本指导书中相关章的练习题都做一遍。在下次上课前把答案发给老师，在下次课上讲做错的题。
　　教学计划
　　授课内容
　　课时 　　Lecture 1
　　Atomic Structure, including  experimental evidence of atomic structure, quantum numbers and energy levels  （orbitals）， electron configurations, periodic  trends, nuclear chemistry
　　Lecture 2
　　Molecular Structure, including  Lewis structures, three-dimensional  molecular shapes, polarity
　　Bonding, including ionic, covalent  and metallic bonds; relationships of bonding to  properties and structures; intermolecular  forces such
　　as hydrogen bonding, dipole-dipole forces, dispersion  （London） forces
　　Lecture 3
　　Gases, including the kinetic molecular theory, gas law relationships,  molar volumes, density and stoichiometry
　　Liquids and Solids, including  intermolecular forces in liquids and solids, types of solids, phase changes and phase diagrams
　　Solutions, including molarity and  percent by mass concentrations, solution preparation and stoichiometry,  factors affecting solubility of
　　solids, liquids and gases, qualitative aspects of colligative properties
　　Lecture 4
　　Acids and Bases, including  Brosted-Lowry theory, strong and weak acids and bases, pH, titrations,  indicators
　　Precipitation, including basic solubility rules
　　Lecture 5
　　Stoichiometry,  mole Concept, including molar mass,  Avogadro’s
　　number, empirical and molecular formulas, Chemical Equations, including the balancing of equations,  stoichiometric calculations, percent yield and limiting  reactants
　　Lecture 6
　　Oxidation-Reduction, including  recognition of oxidation-reduction reactions, combustion, oxidation numbers,  use of activity series
　　Electrochemistry
　　Lecture 7
　　Equilibrium Systems, including  factors affecting position of equilibrium （Le  Chatelier’s principle） in gaseous and aqueous systems, equilibrium constants, and equilibrium expressions
　　Rates of Reactions, including  factors affecting reaction rates, potential energy  diagrams, activation energies
　　Lecture 8
　　Thermochemistry, including conservation of energy, calorimetry  and
　　specific heats, enthalpy  （heat） changes associated with phase changes and chemical reactions, heating  and cooling curves, entropy
　　Lecture 9
　　Descriptive Chemistry, including common elements, nomenclature of  ions and compounds, periodic trends in chemical and physical  properties of the elements, reactivity of elements and prediction of  products of chemical reactions, examples of simple  organic compounds
　　and compounds of environmental concern
　　Lecture 10
　　Laboratory, including knowledge of laboratory equipment, measurements,  procedures, observations, safety, calculations, data analysis, interpretation  of graphical data, drawing conclusions from observations and data