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General Chemistry I (ISC107) International Summer Campus 2017, Korea University Instructor: Prof. Neil E. Schore Email: [email protected] Lecture texts: Any textbook that covers the normal curriculum in General Chemistry is perfectly acceptable. However, Iʼll refer mainly to R.H. Petrucci, F.G. Herring. J.D. Madura, C. Bissonnette, “General Chemistry,” 10th edition, Pearson, 2011. Note: procure your textbook before you arrive. The Korea U. bookstore will not stock them. Grading: Three 100-point examinations will cover the material approximately as shown below. Exams: Exam 1 – Monday, July 10 Units 1–5 Exam 2 – Monday, July 24 Units 6–10 Exam 3 – Wednesday, August 2 Units 11–13 Total 100 pts 100 pts 100 pts 300 pts Topics: Topics and the tentative order they will be covered are listed below. Note that these are units, and they may not exactly correspond to the order of chapters in the Petrucci textbook. UNIT 1 – Atoms and Molecules UNIT 2 – Chemical Compounds and Chemical Formulas UNIT 3 – Chemical Reactions UNIT 4 – Reactions in Aqueous Solutions UNIT 5 – Gases UNIT 6 – Electronic Structure of Atoms UNIT 7 – Periodic Properties of Substances UNIT 8 – The Fundamentals of Chemical Bonding UNIT 9 – Chemical Bonding: The Quantum Model UNIT 10 – Energy and the First Law of Thermodynamics UNIT 11 – Liquids and Solids UNIT 12 – Solutions and Their Properties UNIT 13 – Chemical Equilibrium: The Extent of Chemical Reactions Detailed list of Topics UNIT 1 – Atoms and Molecules The properties and classification of matter Atoms and atomic theory Elements and the periodic table Laws: Conservation of Mass, Constant Composition, and Multiple Proportions Counting and weighing atoms and molecules The mole UNIT 2 – Chemical Compounds and Chemical Formulas Types of compounds and formulas Finding the molecular formula: composition Oxidation states and oxidation numbers Inorganic compounds: names and structures; ions UNIT 3 – Chemical Reactions Chemical equations and stoichiometric calculations Reactions in solution: the limiting reagent and yield of reaction UNIT 4 – Reactions in Aqueous Solutions Precipitation reactions Acid-base reactions Oxidation-reduction reactions Stoichiometry of reactions in solution: titration UNIT 5 – Gases The basics: P, V, T, and n Ideal gases: R, molar volume, density The gas laws: Boyleʼs, Charlesʼ, and Avogadroʼs Reactions in the gas phase Gas mixtures: law of combining volumes; Daltonʼs law of partial pressures Kinetic model of gases UNIT 6 – Electronic Structure of Atoms The models of the atom Electromagnetic radiation and atomic spectra The Bohr atom Wave/particle duality and quantum mechanics Quantum numbers and electron orbitals The hydrogen atom: n, l, and m Multielectron atoms; electron spin The Aufbau principle, the Pauli exclusion principle, and Hundʼs rule Electronic configurations and the periodic table UNIT 7 – Periodic Properties of Substances The periods of the periodic table Metals and nonmetals; electronic configurations and chemical properties Sizes of atoms and ions Ionization energy and electron affinity Consequences in chemical reactivity UNIT 8 – The Fundamentals of Chemical Bonding The Lewis model: depiction of Lewis structures Electronegativity and covalent bonding: single, multiple, polar and nonpolar covalent bonds Formal charge and oxidation number The octet rule and its exceptions Resonance Molecular shape and VSEPR UNIT 9 – Chemical Bonding: The Quantum Model The valence bond model: sigma and pi bonds Atomic orbital hybridization Molecular orbital theory; delocalization of electrons UNIT 10 – Energy and the First Law of Thermodynamics State functions: internal energy Heat and work Heats of reaction at constant volume and at constant pressure; enthalpy UNIT 11 – Liquids and Solids The three physical states and their interrelationships; phase diagrams Changes of state Intermolecular forces Structures of solids UNIT 12 – Solutions and Their Properties Types of solutions Specifying concentrations Solubility of gases Colligative properties: vapor pressure, bp, fp, and osmotic pressure UNIT 13 – Chemical Equilibrium: The Extent of Chemical Reactions The equilibrium state The equilibrium constant; what does Keq actually tell us? Predicting the direction of net change Le Chatelierʼs principle Catalysts