Lecture 1 (3/28) Readings 1.6: Kinetic Theory of Gases Homework Non-assigned Lecture 2 (3/30) Readings 1.7: The Maxwell Distribution Laws 1.8: Molecular Collisions & the Mean Free Path 1.9: Graham's Laws of Diffusion and Effusion Homework Non-assigned ﻿ Lecture 3 (4/1) Readings 2.1: Reaction Rates 2.2: Reaction Order Homework Non-assigned Lecture 4 (4/4) Readings 2.3: Molecularity of a Reaction Zero-order Kinetics (overview and optional) First order Kinetics (overview and optional) Second order Kinetics (overview and optional) Homework Homework 1: Due 6/6 Solutions 1 Lecture 5 (4/6) Readings 2.4: More Complex Reactions Homework Homework 2: Due 6/8 Solutions 2 Lecture 6 (4/8) Readings Steady-State Approximation (optional, but recommended) MathWiki: 3.3 Linear systems of ODEs (Optional for those of you that want to see how to solve the coupled rate equations) Homework Homework 3: Due 6/11 Solutions 3 Lecture 7 (4/11) Readings 2.5: The Effect of Temperature on Reaction Rates Homework Homework 4: Due 6/13 Solution 4 Lecture 8 (4/13) Readings 2.6: Potential Energy Surfaces 2.7: Theories of Reaction Rates Homework Homework 5 (Due 4/15/16) Solutions 5 Lecture 9 (4/15) Readings Homework Homework 6 (Due 4/20/16) Solutions 6 MIDTERM I (4/18) Readings Midterm 1 Expectations Homework no homework assigned or due (study for midterm) Lecture 10 (4/20) Readings 3.1: General Principles of Catalysis 3.2: The Equations of Enzyme Kinetics Homework Homework 7 Solutions 7 Lecture 11 (4/22) Readings 3.3: Chymotrypsin: A Case Study Homework Homework 8 Solutions 8 Lecture 12 (4/25) Readings 3.4: Multisubstrate Systems 3.5: Enzyme Inhibition 3.6: Allosteric Interactions Homework Homework 9 Solutions 9 Lecture 13 (4/27) Readings 4.1: The Wave Theory of Light 4.2: Planck's Quantum Theory 4.3: The Photoelectric Effect Homework Homework 10 Solutions 10 Exercises (Problems) Exercises (Solutions) Lecture 14 (4/29) Readings 4.4: Bohr's Theory of the Hydrogen Emission Spectrum You do not have to memorize the different series of spectral lines, but I expect you to understand their origins. 4.5: de Broglie's Postulate Homework Homework 11 Solutions 11 Exercises (Problems) Exercises (Solutions) Lecture 15 (5/2) Readings 4.6: The Heisenberg Uncertainty Principle Homework Homework 12 (Due 5/4/16) Solutions 12 Exercises (Problems) Exercises (Solutions) Lecture 16 (5/4) Readings 4.7: The Schrödinger Wave Equation The Schrödinger Equation is an Eigenvalue Problem (optional and slightly more advanced) Homework Homework 13 Solutions 13 Exercises (Problems) Exercises (Solutions) Lecture 17 (5/6) Readings 4.8: Particle in a One-Dimensional Box The Energy of a Particle in a Box is Quantized (optional and slightly more advanced discussion ) Homework Exercises (Problems) Exercises (Solutions) Lecture 18 (5/9) Readings 4.9: Quantum-Mechanical Tunneling Homework Homework 14 (Due 5/11) Solutions 14 Exercises (Problems) Exercises (Solutions) Lecture 19 (5/11) Readings 4.10: The Schrödinger Wave Equation for the Hydrogen Atom Homework Homework 15 (Due 5/13) Solutions 15 Exercises (Problems) Exercises (Solutions) Lecture 20 (5/13) Readings 4.11: Many-Electron Atoms & the Periodic Table Where is the electron? (optional if you having problems with radial probabilities; ignore orthonormality) Homework Homework 16 (Due 5/18) Solutions 16 MIDTERM II (5/16) Homework Midterm 2 Expectations Homework no homework assigned or due (study for midterm) Lecture 21 (5/18) Readings 12.1: Lewis Structures 12.2: Valence Bond Theory Homework Homework 17 (Due 5/20/2016) Solutions 17 Lecture 22 (5/20) Readings 12.3: Hybridization of Atomic Orbitals 12.4: Electronegativity and Dipole Moment Dipole Moments (Optional) Homework Homework 18 (5/20/2016) Solutions 18 Lecture 23 (5/23) Readings 12.5: Molecular Orbital Theory Homework Homework 19 (5/25/2016) Solutions 19 Lecture 24 (5/25) Readings 12.6: Diatomic Molecules 12.7: Resonance and Electron Delocalization Homework Homework 20 (5/27/2016) Solutions 20 Lecture 25 (5/27) Readings 14.1: Vocabulary of Spectroscopy Homework Homework 21 (6/1/2016) Solutions 21 Lecture 26 (6/1) Readings 14.4: Electronic Spectroscopy 14.7: Fluorescence and Phosphorescence Visible and Ultraviolet Spectroscopy (optional) Homework Homework 22 (Not Due) Solutions 22 Final Exam (6/7): 1:00-3:00 1:00—3:00 p.m.