普通化学(全英文)教学大纲 Syllabus for general chemistry () ClassWebpagehttp://www.chemistry.fudan.edu.cn/mnetteacher/gfzheng/teaching.html 1. Introduction( Chapter 1-3) 1. 1. Elements, compounds and mixtures 12. Atoms. molecules and ions 1.3. SI units and converting units nd intensive prope 1.5. Amount of substance 16. Law of conservation of matter 1.7. Mass relationships in chemical reactions 18. Balancing the chemical reaction 1.9. Limiting reactants 1. 10. Empirical formula 2. Electronic Structures and the Periodic table(chapter 7-8) 2.1. Atomic structure, Isotope 2.2. The period ic table (a). Main groups, metals and non-metals (b). S-block, p-block, d-block elements 23. Electron cloud and Atomic orbitals 2 4. Electron configurations (a). 4 quantum numbers: n, l,m,ms (b). Pictures of the orbitals: S, px, py, pz (c). How to fill electrons in different orbitals (d). Be able to draw the electron configuration of the first 20 elements (e). Unpaired electrons, Spin, Paramagnetic and Diamagnetism 2.5. Comparing the atomic orbitals with Bohr's model of atoms( Classical but incorrect) 2.6. Electron's states a). Each state is related to specific energy (b). e" will transit between states when absorbing/giving off energy, in a form of" light (c). Ground state, Excited states, the first excited state (d). Energy of light": relationship among wavelength, frequency, and photon's energy (e). Absorption spectrum and Emission spectrum (f). Red shift and blue shift Materials color普通化学（全英文）教学大纲 Syllabusfor General Chemistry (I) Class Webpage: http://www.chemistry.fudan.edu.cn/m_netteacher/gfzheng/teaching.html 1．Introduction (Chapter 1—3) 1.1．Elements, compounds, and mixtures 1.2．Atoms, molecules and ions 1.3．SI units and converting units 1.4．Extensive and intensive properties 1.5．Amount of substance 1.6．Law of conservation of matter 1.7．Mass relationships in chemical reactions 1.8．Balancing the chemical reaction 1.9．Limiting reactants 1.10．Empirical formula 2．Electronic Structures and the Periodic Table (Chapter 7—8) 2.1．Atomic structure, Isotope 2.2．The periodic table (a)．Main groups, metals and non-metals (b)．s-block, p-block, d-block elements 2.3．Electron cloud and Atomic orbitals 2.4．Electron configurations (a)．4 quantum numbers: n, l, m, ms (b)．Pictures of the orbitals: s, px, py, pz (c)．How to fill electrons in different orbitals (d)．Be able to draw the electron configuration of the first 20 elements (e)．Unpaired electrons, Spin, Paramagnetic and Diamagnetism 2.5．Comparing the atomic orbitals with Bohr’s model of atoms (Classical but incorrect) 2.6．Electron’s states (a)．Each state is related to specific energy (b)．e - will transit between states when absorbing/giving off energy, in a form of “light” (c)．Ground state, Excited states, the first excited state (d)．Energy of “light”: relationship among wavelength, frequency, and photon’s energy (e)．Absorption spectrum and Emission spectrum (f)．Red shift and blue shift (g)．Materials’ color