Chemistry Textbooks

• Organic Chemistry with a Biological Emphasis: Volume I
• Analysis of Hydrogen Bonds in Crystals
• Atoms, Molecules and Matter: The Stuff of Chemistry
• CLUE: Chemistry, Life, the Universe and Everything
• Introductory Chemistry
• Analytical Chemistry 2.0
• Introductory Chemistry − 1st Canadian Edition
• Introduction to Chemistry: General, Organic, and Biological v. 1.0
• General Chemistry: Principles, Patterns, and Applications
• Organic Chemistry Laboratory Techniques
• Chemistry 2e
• Chemistry: Atoms First 2e
• Chemistry 432 – Lecture Notes
• Quantum Mechanics Made Simple: Lecture Notes
• Lecture Notes in Quantum Mechanics
• Introductory Quantum Chemistry (Chem 570a: Lecture Notes)
• Professor David Sherrill's Notes on Quantum Chemistry
• Allied Health Chemistry: Foundations of General, Organic, and Biological Chemistry
• Analytical Chemistry Lecture Notes
• Freshman Organic Chemistry I
• Freshman Organic Chemistry II
• The Nature of the Chemical Bond
• Electrons and Chemical Bonding
• Molecular Orbital Theory
• Chemical Dynamics
• Hydrides: Fundamentals and Applications
• Surface Chemistry and Catalysis
• Differential equations in applied chemistry
• A concise history of chemistry
• Bioorganic Chemistry Lecture Notes
• Development of the theory of electrolytic dissociation
• Organometallic chemistry at the threshold of a new millennium Retrospect and prospect
• Electron Counting in Organometallic Chemistry
• Organometallic Catalysis
• The 16 and 18 Electron Rule in Organometallic Chemistry and Homogeneous Catalysis
• Chemical kinetics in the past few decades

General Chemistry I Lecture Notes [Dr. Michael Lufaso]

• Chapter 1 Introduction: Matter and Measurement
• Chapter 2 Atoms, Molecules, and Ions
• Chapter 3 Chemical Reactions and Reaction Stoichiometry
• Chapter 4 Aqueous Reactions and Solution Stoichiometry
• Chapter 5 Thermochemistry
• Chapter 6 Electronic Structure of Atoms
• Chapter 7 Periodic Properties of the Elements
• Chapter 8 Basic Concepts of Chemical Bonding
• Chapter 9 Molecular Geometries and Bonding Theories
• Chapter 10 Gases

Lecture notes:

Combustion Theory and Applications in CFD

Lecturer: Prof. Heinz Pitsch, RWTH Aachen University, Germany

• Lecture 1
• Lecture 2
• Lecture 3
• Lecture 4
• Lecture 5
• Lecture 6
• Lecture 7
• Lecture 8
• Lecture 9
• Lecture 10
• Lecture 11
• Lecture 12

Combustion Chemistry

Lecturer: Prof. Michael J. Pilling, University of Leeds, UK

• Topic 1
• Topic 2
• Topic 3
• Topic 4
• Topic 5
• Topic 6
• Topic 7
• Topic 8

Quantitative Laser Diagnostics for Combustion Chemistry and Propulsion

Lecturer: Prof. Ronald K. Hanson, Stanford University, USA

• Lecture 1
• Lecture 2
• Lecture 3
• Lecture 4
• Lecture 5
• Lecture 6
• Lecture 7
• Lecture 8
• Lecture 9
• Lecture 10
• Lecture 11
• Lecture 12
• Lecture 13
• Lecture 14
• Lecture 15

Internal Combustion Engines

Part I: Fundamentals and Performance Metrics

Lecturer: Prof. Rolf. Reitz, University of Wisconsin at Madison

• Lecture 1
• Lecture 2
• Lecture 3
• Lecture 4
• lecture 5
• Lecture 6
• Lecture 7
• Lecture 8
• Lecture 9

Part II: Perspectives of Future Engines and Fuels

Lecturer: Dr. Gautam Kalghatgi, Saudi Aramco, Saudi Arabia

• Lecture 1 and 2
• Lecture 3
• Lecture 4
• Lecture 5
• lecture 6
• Lecture 7
• Lecture 8

Advanced Topics in Propulsion

Part I: Unsteady Combustor Processes

Lecturer: Timothy C. Lieuwen, Georgia Institute of Technology, USA

• Part 1
• Part 2
• Part 3
• Part 4
• Part 5

Part II: Combustion of Energetic Materials

Lecturer: Prof. Richard A. Yetter, Pennsylvania State University, USA

• Lecture 0
• Lecture 1
• Lecture 2
• Lecture 3
• Lecture 4
• Lecture 5
• Lecture 6
• Lecture 7

Harvard University Lecture Handouts

 Week 7 Schedule -2014.pdf

Blank Lecture Notes:

Annotated Lecture Notes:

2014 Week 1 06-23.pdf 2014 Week 1 06-24.pdf 2014 Week 1 06-25.pdf 2014 Week 1 06-26.pdf 2014 Week 1 06-27.pdf 2014 Week 2 06-30.pdf 2014 Week 2 07-01.pdf 2014 Week 2 07-02.pdf 2014 Week 2 07-03.pdf 2014 Week 3 07-07.pdf 2014 Week 3 07-08.pdf 2014 Week 3 07-09.pdf 2014 Week 3 07-10.pdf 2014 Week 3 07-11.pdf Lecture Slides Wk 4 July 14.pdf Lecture Slides Wk 4 July 15.pdf Lecture Slides Wk 4 July 16.pdf Lecture Slides Wk 4 July 17.pdf Lecture Slides Wk 4 July 18.pdf Lecture Slides Wk 5 July 21.pdf Lecture Slides Wk 5 July 22.pdf Lecture Slides Wk 5 July 23.pdf Lecture Slides Wk 5 July 24.pdf Lecture Slides Wk 5 July 25.pdf Lecture Slides Wk 6 July 28.pdf Lecture Slides Wk 6 July 29.pdf Lecture Slides Wk 6 July 30.pdf Lecture Slides Wk 6 July 31.pdf Lecture Slides Wk 6 August 1 v2.pdf Lecture Slides Wk 7 Exam Review.pdf

2014 Week 1 06-23-annotated.pdf 2014 Week 1 06-24-annotated.pdf 2014 Week 1 06-25-annotated.pdf 2014 Week 1 06-26-annotated.pdf 2014 Week 1 06-27-annotated.pdf 2014 Week 2 06-30-annotated.pdf 2014 Week 2 07-02-annotated.pdf 2014 Week 2 07-03-annotated.pdf 2014 Week 3 07-07-annotated.pdf 2014 Week 3 07-08-annotated.pdf 2014 Week 3 07-09-annotated.pdf 2014 Week 3 07-10-annotated.pdf 2014 Week 3 07-11-annotated.pdf Lecture Slides Wk 4 July 14 - annotated.pdf Lecture Slides Wk 4 July 15 - annotated.pdf Lecture Slides Wk 4 July 16 - annotated.pdf Lecture Slides Wk 4 July 17 - annotated.pdf Lecture Slides Wk 4 July 18 - annotated.pdf Lecture Slides Wk 5 July 21 - annotated.pdf Lecture Slides Wk 5 July 22 - annotated.pdf Lecture Slides Wk 5 July 23 - annotated.pdf Lecture Slides Wk 5 July 24 - annotated.pdf Lecture Slides Wk 5 July 25 - annotated.pdf Lecture Slides Wk 6 July 28 - annotated.pdf Lecture Slides Wk 6 July 29 - annotated.pdf Lecture Slides Wk 6 July 30 - annotated.pdf Lecture Slides Wk 6 July 31 - annotated.pdf Lecture Slides Wk 6 August 1 v2 - annotated.pdf Lecture Slides Wk 7 Exam Review-annotated.pdf

Chemistry 304B: Organic Chemistry II

•  Lecture 1 
•  Lecture 2
•  Lecture 3
•  Lecture 4
•  Lecture 5
•  Lecture 6
•  Lecture 7
•  Lecture 8
•  Lecture 9
•  Lecture 10
•  Lecture 11
•  Lecture 12
•  Lecture 14
•  Lecture 15
•  Lecture 16
•  Lecture 17
•  Lecture 18
•  Lecture 19
•  Lecture 20
•  Lecture 21
•  Lecture 22
•  Lecture 23
•  Lecture 24
•  Lecture 26
•  Lecture 27
•  Lecture 28
•  Lecture 29
•  Lecture 30
•  Lecture 31
•  Lecture 32
•  Lecture 33
•  Lecture 34
•  Lecture 35
•  Lecture 36

Chem 226 Lecture Notes

• Introduction
• Orbitals: Atomic, Hybrid, and Molecular
• Lewis Structures
• Equilibrium Reactions, Acids and Bases
• Alkanes and Cycloalkanes: Structure
• Alkenes-1: Structure.  Reaction Rate and Equilibria
• Alkenes-2: Reactions
• Dienes and Alkynes
• Benzene
• Reactions of Aromatic Compounds
• Stereochemistry-1: Enantiomers
• Stereochemistry-2: Further Adventures in Stereochemistry
• Alkyl Halides: Preparation and Reactions.  S_N1, S_N2, E1 & E2 Mechanisms
• Alcohols, Phenols and Ethers
• Aldehydes and Ketones
• Carboxylic Acids
• Carboxylic Acid Derivatives
• Alpha Substitution Reactions
• Amines
• Amino Acids
• Polypeptides and Proteins
• Carbohydrates

Physical Chemistry Lecture Notes

Quantum Mechanics

Principles

Steps Toward Quantum Theory
Photoelectric Effect
Some Handy Integrals
Complex Waveforms, eix=cos x+isin x
Complex Waveforms- Euler Identity Proof
Classical Harmonic Oscillator
Particle in a Box
Expectation Values-Particle in a Box
Heisenberg Uncertainty Principle: Gaussian Distribution
Heisenberg Uncertainty Principle: Particle in a Box (short version)
Heisenberg Uncertainty Principle: Particle in a Box
Cryptocyanine
Uncertainty and Wave Packets
Particle in a 2-D Box
Particle in a 3-D Box
Quantum Mechanical Tunneling
Fourier Transforms
Fourier Coefficients
Fourier Integration
Postulates of Quantum Mechanics
The Eigenvalues of Quantum Mechanical Operators are Real
The Momentum Operator is Hermitian
Time Dependent Quantum Mechanics
Classical Vibration and Rotation of Diatomics
Rotation In a Plane
Angular Momentum in 3D
Rigid Rotor - Rotation in Three Dimensions
Spherical Polar Coordinates
Harmonic Oscillator
Harmonic Oscillator Excited States
Hermite Equation and Harmonic Oscillator Excited States
Quantum Mechanics Formula Sheet

Atomic Structure

Ground State of the Hydrogen Atom
Hydrogen Atomic Orbitals
Hydrogen Spherical Atomic Orbital Plots
Hydrogen Atom Most Probable and Average Radius
Many Electron Atoms-Independent Electron Approximation-Helium
Perturbation Method-Helium
Variation Method- Helium
Self-Consistent Field Theory (SCF)
Shielding
Self-Consistent Field Atomic Orbital Energies
Atomic Orbital Ionization Energies
Aufbau Principle
Pauli Exclusion Principle
Total Orbital Angular Momentum, L
Atomic Term Symbols
Spin-Orbit Interaction
Atomic Spectroscopy
The Fine Arts and Science

Molecular Structure

Atomic Units
Slater Type Orbitals, STO's
Gaussian Basis Sets
Carbon 2p Gaussian Orbital
H₂⁺ Molecular Orbitals - Variation Treatment
Ab initio Molecular Orbital Treatment for H2
Polarization Functions
Electron Correlation - Configuration Interaction
Atomic Orbital Ionization Energies
H₂ Bond Strength
CNDO Calculations for LiH, Bent, and Linear Water
LiH Molecular Orbitals (CNDO)
LiH Molecular Orbitals (MNDO)
MOPAC Instructions for Diatomics
MOPAC Z-matrix Construction
Molecular Orbitals for Diatomics (color)     Molecular Orbitals for Diatomics (black and white)
Homonuclear Diatomics Bond Strengths
Homonuclear Diatomics Bond Strength Trends
Heteonuclear Diatomics Bond Strength Trends
Self Consistent Field Hartree Fock: Roothaan Equations
Density Functional Theory
Nitrogen Molecular Orbitals (AM1, exp. bond length)
Molecular Orbitals for Polyatomics
Bent and Linear Water (CNDO)
Walsh Diagram for Dihydrides
Walsh Diagram for Methylene Triplet State
Carbon Dioxide Molecular Orbitals (MNDO)
Ozone Molecular Orbitals: Linear and Bent (MNDO)
Ozone: Linear model MOPAC input file
Linear and Bent Triatomics
Walsh Diagram for Ozone (color)     Walsh Diagram for Ozone (black and white)
Ammonia, NH3, 90 and 109 deg bond angles (AM1)
Hybridization
sp Linear hybridization
Huckel Molecular Orbital Theory
How to Calculate Determinants
Kramer's Rule and Butadiene HMO Coefficients
Molecular Structure Formula Sheet

 

Spectroscopy

Rotational Spectroscopy - Diatomics
Rotational Spectroscopy - Symmetric Tops
Vibrational Spectroscopy and Anharmonicity
Classical Normal Mode Analysis
    Classical Normal Mode Analysis (text version)
Formaldehyde Vibrational Analysis (Spartan)
Formaldehyde Vibrational Analysis (Gaussian03)
Vibration- Rotation Spectroscopy
HCl-DCl Infrared Spectra
Diatomic Spectroscopic Constants
IR and Raman Selection Rules
Electronic Spectrscopy SO₂ and N₂-- Gas Phase
Benzene Electronic Absorption Spectrum -- Gas Phase
I₂ and Br₂ Electronic Absorption Spectrum -- Gas Phase
Acrolein Electronic Absorption
Acrolein & Chloro-acrolein Molecular Orbitals
Term Symbols and Molecular Spectroscopy
Refelction Symmetry (+ -) and Molecular Term Symbols
Birge- Sponer Extrapolation
Absorbance and Fluorescence Spectroscopy
Ultraviolet Photoelectron Spectroscopy: H₂, N₂, CO, and H₂O
Ultraviolet Photoelectron Spectroscopy
Spin-Spin Splitting in NMR
Electron Spin Resonance
Electron Spin Resonance Examples
Distance Geometry
Spectroscopy Formula Sheet

 

Diffraction Techniques

Bravais Lattices
Path Length and Phase Difference
Path Length and Phase Difference Power Point version
Systematic Extinctions
Systematic Extinctions Power Point
Reciprocal Lattice Examples
Constructing the Reciprocal Lattice
Ewald Construction

 

Statistical Mechanics

Equipartition Theorem Predictions for Internal Energy and Cv
Averaging and Probability Distributions
Boltzman Distribution and the Most Probable Distribution
Effect of Quantum Size on the Population of States
Canonical Ensemble Partition Functions vs. Molecular Partition Functions
Translational Partition Function and beta
Internal Energy and q
Entropy and the Partition Function (from S = -kΣp_i ln p_i )
Entropy and the Partition Function (from W_max)
Partition Functions
Electronic Partition Functions
Partition Functions and Units, Units, Units
Thermodynamic Functions from Partition Functions
Thermodynamics and Internal Degrees of Freedom
Vibrational Contribution to Internal Energy and Free Energy vs. T
Formaldehyde Vibrational Analysis with Formulas
Ab Initio SCF Atomic Energies Table (.pdf)    SCF Atomic Energies Table (Excel)
Equilibrium Constants and Statistical Mechanics
Equilibrium Constants and Statistical Mechanics Example
Statistical Mechanical Equilibrium Constants- Cl + H₂ -> HCl + H

 

Reaction Dynamics

Average Molecular Speed
Collision Theory
Thermodynamic Transition State Theory- Eyring Equation
Thermodynamic Transition State Theory- Gibbs Free Energy
Energy Demand and PE Surfaces
Energy Disposal and PE Surfaces
Statistical Mechanics and Reaction Dynamics Formulas

Lab Experiments

• Experiment 1 Preparation and Properties of Hexamminechromium(III) Nitrate
• Experiment 2 Synthesis of macrocyclic complexes of nickel(II)
• Experiment 3 Bioinorganic Chemistry: synthesis and properties of an oxygen-carrying cobalt complex which models hemoglobin
• Experiment 4 Crystal Field Theory and the Spectrochemical Series for Cobalt (III) Complexes
• Experiment 5 Tris-bipy complexes of Iron(II) and Ruthenium (II): Synthesis, Spectroscopy and Electrochemistry

BIOCHEMISTRY LECTURE NOTES:

Lecture 1: Introduction

Lectures 2 - 4: Acids, Bases and Buffers               ●  Why soda hurts!               ●  KEY FOR PRACTICE BUFFER PROBLEMS

Lecture 5: Physiological Buffers and Amino Acids I               ●  Andromeda Strain Summary

Lecture 6: Amino Acids II               ●  NY Times Article on Resistance of Weeds to RoundUp               ●  USA Today Article on Resistance of Weeds to RoundUp               ●  Purdue Publication on Glyphosate Resistance               ●  Monsanto Patent Release

Lecture 7 & 8:  Amino Acids III and Peptides

Lecture 9:  Peptides & Proteins                             ●  The Aspartame (NutraSweet) Controversy

Lecture 10 - 12: Protein Structure & Function

Lecture 13 & 14: Introduction to Enzymes

Lecture 15: Enzyme Kinetics

Lecture 16 & 17: Enzyme Inhibition and Coenzymes                ●  Visual Guide to Enzyme Inhibition                ●  Practice Kinetics Problems

●  Practice Kinetics Problems Key

Lecture 18 & 19: Carbohydrates I                ●  Carbohydrate Handout

Lecture 20: Carbohydrates II

Lecture 21: Lipids and Membranes I

Lecture 22: Lipids and Membranes II

Lecture 23: Lipids and Membranes III

Lecture 24 & 25: Introduction to Cellular Metabolism & the Chemistry of Metabolism

Lecture 26:  Thermodynamics of Metabolism

Lecture 27 & 28:  Glycolysis                ●   Glycolysis Handout Input                ●   Glycolysis Handout Payoff                ●   Pyruvate Fermentation

Lecture 29 & 30:  Glycogen & Ethanol Metabolism and Gluconeogenesis

Lecture 32 & 33: Pyruvated Dehydrogenase & the TCA Cycle               ●   TCA Cycle Handout 1 - Biocarta               ●   TCA Cycle Handout 2 - Cycle and Reactions               ●   TCA Cycle Handout 3 - Reaction Schemes               ●   TCA Cycle Handout 4 - Pyruvate Dehydrogenase Complex               ●   Glycolysis and TCA Cycle Summary - Thinkwell

Lecture 34 - 36: Lipid and Fat Catabolism               ●  Beta-Oxidation Handout

Lecture 37 & 38: Electron Transport Chain and Oxidative Phosphorylation               ●  Oxidative Phosphorylation Handout - Thinkwell               ●  Electron Transport Chain Handout - Thinkwell

Exam 1 with Answer Key

Exam 2 with Answer Key

Exam 3 with Answer Key

Final Exam with Answer Key

Problem Set #3

Problem Set #3 Key

 

Review Sheet Exam #1

Review Sheet Exam #2

Review Sheet Exam #3

Review Sheet Exam #4

• Lecture I: Amino acids
• Lecture II: Folding
• Lecture III: Databases
• Lecture IV: X-ray crystallography I
• Lecture V: X-ray crystallography II
• Lecture VI Other methods to determine structure
• Lecture VII: Helices and Sheets
• Lecture VIII: Homology modeling
• Lecture IX: Acetylcholinesterase - Function
• Lecture X: NGF and its receptor

Richard Louie's Chemistry Lectures 

---

Units of Measurement Chemistry Lecture Notes #1
What is Density? Chemistry Lecture Notes #2
Density Calculations  Chemistry Lecture Notes #3
Scientific Notation Chemistry Lecture Notes #4
Dimensional Analysis Chemistry Lecture Notes #5
Accuracy and Precision; Percent Error Chemistry Lecture Notes #6
Significant Figures Chemistry Lecture Notes #7
Rules for Recognizing Significant Figures Chemistry Lecture Notes #8
Addition, Subtraction, Multiplication & Division of Sig. Figs.  Chemistry Lecture Notes #9
Properties of Matter  Chemistry Lecture Notes #10
Changes in Matter  Chemistry Lecture Notes #11
Law of Conservation of Mass  Chemistry Lecture Notes #12
Mixtures of Matter  Chemistry Lecture Notes #13
Elements and Compounds  Chemistry Lecture Notes #14
Law of Definite and Multiple Proportions Chemistry Lecture Notes #15
Dalton's Atomic Theory Chemistry Lecture Notes #16
Electrons, Protons, and Neutrons Chemistry Lecture Notes #17
Rutherford's Gold Foil Experiment Chemistry Lecture Notes #18
Atomic Number, Isotopes, and Mass Number Chemistry Lecture Notes #19
Atomic Mass Unit, Atomic Mass Chemistry Lecture Notes #20
Energy Levels, Energy Sublevels, Orbitals   Chemistry Lecture Notes #21
Electron Configuration Chemistry Lecture Notes #22
Energy, Photons, Frequency, and Wavelength  Chemistry Lecture Notes #23
Demonstration of Emission Spectra  Chemistry Lecture Notes #24
Emission Spectra Chemistry Lecture Notes #25
Shape of the s, p, d, and f orbitals  Chemistry Lecture Notes #26
Electron Dot Structures  Chemistry Lecture Notes #27
History of the Periodic Chart  Chemistry Lecture Notes #28
Sections of the Periodic Chart   Chemistry Lecture Notes #29    
Electron Configuration & the Periodic Chart Chemistry Lecture Notes #30
Periodic Chart, Octet Rule, Valence Electrons & Oxidation Number Chemistry Lecture Notes #31
Atomic & Ionic Radius Chemistry Lecture Notes #32
Ionization Energy, Electron Affinity & Electronegativity  Chemistry Lecture Notes #33  
Ionic Compounds  Chemistry Lecture Notes #34   
Names and Formulas for Ionic Compounds  Chemistry Lecture Notes #35  
Properties of Ionic Compounds and Metals  Chemistry Lecture Notes #36
Covalent Bonding Chemistry Lecture Notes #37    
Naming Covalent Compounds  Chemistry Lecture Notes #38 
Lewis Dot Structures  Chemistry Lecture Notes #39
Lewis Structures of Polyatomic Ions & Octet Rule Exceptions  Chemistry Lecture Notes #40
Shapes of Molecules  Chemistry Lecture Notes #41
Polar and Nonpolar Molecules  Chemistry Lecture Notes #42
Intermolecular Forces  Chemistry Lecture Notes #43
Balancing Chemical Equations Chemistry Lecture Notes #44
Creating Balanced Equations from Sentences Chemistry Lecture Notes #45
Types of Reactions  Chemistry Lecture Notes #46
Predicting the Outcome of Single-replacement Reactions Chemistry Lecture Notes #47
Soluble & Insoluble Ionic Compounds Chemistry Lecture Notes #48
Dissociation of Ionic Compounds Chemistry Lecture Notes #49
Reactions that Form Precipitates  Chemistry Lecture Notes #50
The Mole  Chemistry Lecture Notes #51
Mass and the Mole   Chemistry Lecture Notes #52
Molar Mass of Compounds Chemistry Lecture Notes #53
Percent Composition  Chemistry Lecture Notes #54
Empirical Formulas  Chemistry Lecture Notes #55
Molecular Formulas Chemistry Lecture Notes #56
Formula for a Hydrate Chemistry Lecture Notes #57
Stoichiometric Mass-to-Mass Conversion  Chemistry Lecture Notes #58
Stoichiometric Shortcut, Mass-to-Mass  Chemistry Lecture Notes #59
Limiting Reactants (Mass-to-Mass) Chemistry Lecture Notes #60
Percent Yield Chemistry Lecture Notes #61
States of Matter  Chemistry Lecture Notes #62
Changes of State  Chemistry Lecture Notes #63
Atmospheric Pressure, Boiling Point, & Phase Diagrams Chemistry Lecture Notes #64
Specific Heat, Heat of Fusion, and Heat of Vaporization Chemistry Lecture Notes #65
Kinetic Theory, Introduction to Boyle's and  Charles's Law Chemistry Lecture Notes #66
Demonstration of Boyle's Law and Charles's Law  Chemistry Lecture Notes #67
Boyle's Law and Charles's Law  Chemistry Lecture Notes #68
Gay-Lussac's Law & the Combined Gas Law  Chemistry Lecture Notes #69
Dalton's Law of Partial Pressures  Chemistry Lecture notes #70
Ideal Gas Law  Chemistry Lecture Notes #71
Avogadro's Principle Chemistry Lecture Notes #72
Gas Stoichiometry  Chemistry Lecture Notes #73
Gas Stoichiometry Short Cuts   Chemistry Lecture Notes #74
Graham's Law    Chemistry Lecture Notes #75
Solutions, Percent by Mass & Volume   Chemistry Lecture Notes #76
Molarity  Chemistry Lecture Notes #77
Molarity - Preparations from Stock Solutions  Chemistry Lecture Notes #78
Molality Chemistry Lecture Notes #79
Boiling Point Elevation and Freezing Point Depression, Pt. 1  Chemistry Lecture Notes #80
Boiling Point Elevation and Freezing Point Depression, Pt. 2  Chemistry Lecture Notes #81
Reaction Rate and Collision Theory  Chemistry Lecture Notes #82
Demonstration of Chemical Reaction Rates  Chemistry Lecture Notes #83
Factors Affecting Reaction Rate     Chemistry Lecture Notes #84
Calculation of Reaction Rate and the Rate Law  Chemistry Lecture Notes #85
Reaction Mechanism and Rate Law    Chemistry Lecture Notes #86
Chemical Equilibrium and the Equilibrium Constant Chemistry Lecture Notes #87 
Le Chatelier's Principle    Chemistry Lecture Notes #88
Acids and Bases     Chemistry Lecture Notes #89
Arrhenius, Bronsted-Lowry, & Lewis Theories of Acids & Bases   Chemistry Lecture Notes #90  
Naming Acids     Chemistry Lecture Notes #91
Strengths of Acids and Bases   Chemistry Lecture Notes #92
Acid and Base Ionization Constants   Chemistry Lecture Notes #93
Common Ion Effect    Chemistry Lecture Notes #94
Ion Product Constant for Water and pH    Chemistry Lecture Notes #95
pH and pOH    Chemistry Lecture Notes #96
Neutralization Reactions & Titration    Chemistry Lecture Notes #97
Acid-Base Titration Problems  Chemistry Lecture Notes #98
Change in Enthalpy Chemistry Lecture Notes #99
Hess's Law  Chemistry Lecture Notes #100
What Is Entropy?     Chemistry Lecture Notes #101
Factors Affecting the Spontaneity of a Reaction Chemistry Lecture Notes #102
Gibbs Free Energy  Chemistry Lecture Notes #103
Oxidation - Reduction   Chemistry Lecture Notes #104

Periodic Table

Group	1	2	3		4	5	6	7	8	9	10	11	12	13	14	15	16	17	18
	Hydrogen and alkali metals	Alkaline earth metals														Pnicto­gens	Chal­co­gens	Halo­gens	Noble gases
Period 1	Hydro­gen 1 H 1.008																		He­lium 2 He 4.0026
2	Lith­ium 3 Li 6.94	Beryl­lium 4 Be 9.0122												Boron 5 B 10.81	Carbon 6 C 12.011	Nitro­gen 7 N 14.007	Oxy­gen 8 O 15.999	Fluor­ine 9 F 18.998	Neon 10 Ne 20.180
3	So­dium 11 Na 22.990	Magne­sium 12 Mg 24.305												Alumin­ium 13 Al 26.982	Sili­con 14 Si 28.085	Phos­phorus 15 P 30.974	Sulfur 16 S 32.06	Chlor­ine 17 Cl 35.45	Argon 18 Ar 39.95
4	Potas­sium 19 K 39.098	Cal­cium 20 Ca 40.078	Scan­dium 21 Sc 44.956		Tita­nium 22 Ti 47.867	Vana­dium 23 V 50.942	Chrom­ium 24 Cr 51.996	Manga­nese 25 Mn 54.938	Iron 26 Fe 55.845	Cobalt 27 Co 58.933	Nickel 28 Ni 58.693	Copper 29 Cu 63.546	Zinc 30 Zn 65.38	Gallium 31 Ga 69.723	Germa­nium 32 Ge 72.630	Arsenic 33 As 74.922	Sele­nium 34 Se 78.971	Bromine 35 Br 79.904	Kryp­ton 36 Kr 83.798
5	Rubid­ium 37 Rb 85.468	Stront­ium 38 Sr 87.62	Yttrium 39 Y 88.906		Zirco­nium 40 Zr 91.224	Nio­bium 41 Nb 92.906	Molyb­denum 42 Mo 95.95	Tech­netium 43 Tc	Ruthe­nium 44 Ru 101.07	Rho­dium 45 Rh 102.91	Pallad­ium 46 Pd 106.42	Silver 47 Ag 107.87	Cad­mium 48 Cd 112.41	Indium 49 In 114.82	Tin 50 Sn 118.71	Anti­mony 51 Sb 121.76	Tellur­ium 52 Te 127.60	Iodine 53 I 126.90	Xenon 54 Xe 131.29
6	Cae­sium 55 Cs 132.91	Ba­rium 56 Ba 137.33	Lan­thanum 57 La 138.91		Haf­nium 72 Hf 178.49	Tanta­lum 73 Ta 180.95	Tung­sten 74 W 183.84	Rhe­nium 75 Re 186.21	Os­mium 76 Os 190.23	Iridium 77 Ir 192.22	Plat­inum 78 Pt 195.08	Gold 79 Au 196.97	Mer­cury 80 Hg 200.59	Thallium 81 Tl 204.38	Lead 82 Pb 207.2	Bis­muth 83 Bi 208.98	Polo­nium 84 Po	Asta­tine 85 At	Radon 86 Rn
7	Fran­cium 87 Fr	Ra­dium 88 Ra	Actin­ium 89 Ac		Ruther­fordium 104 Rf	Dub­nium 105 Db	Sea­borgium 106 Sg	Bohr­ium 107 Bh	Has­sium 108 Hs	Meit­nerium 109 Mt	Darm­stadtium 110 Ds	Roent­genium 111 Rg	Coper­nicium 112 Cn	Nihon­ium 113 Nh	Flerov­ium 114 Fl	Moscov­ium 115 Mc	Liver­morium 116 Lv	Tenness­ine 117 Ts	Oga­nesson 118 Og
					Cerium 58 Ce 140.12	Praseo­dymium 59 Pr 140.91	Neo­dymium 60 Nd 144.24	Prome­thium 61 Pm	Sama­rium 62 Sm 150.36	Europ­ium 63 Eu 151.96	Gadolin­ium 64 Gd 157.25	Ter­bium 65 Tb 158.93	Dyspro­sium 66 Dy 162.50	Hol­mium 67 Ho 164.93	Erbium 68 Er 167.26	Thulium 69 Tm 168.93	Ytter­bium 70 Yb 173.05	Lute­tium 71 Lu 174.97
					Thor­ium 90 Th 232.04	Protac­tinium 91 Pa 231.04	Ura­nium 92 U 238.03	Neptu­nium 93 Np	Pluto­nium 94 Pu	Ameri­cium 95 Am	Curium 96 Cm	Berkel­ium 97 Bk	Califor­nium 98 Cf	Einstei­nium 99 Es	Fer­mium 100 Fm	Mende­levium 101 Md	Nobel­ium 102 No	Lawren­cium 103 Lr

Marine Chemistry Lecture Notes

Lecture 1 

Introduction

lecture_01.pdf (390 KB)

Lecture 2 

Properties of Water and Seawater

lecture_02.pdf (360 KB)

lecture 2: questions & answers

Lecture 3 

Temperature; Salinity; Density; General Ocean Circulation

lecture_03.pdf (1.1 MB)

lecture 3: questions & answers

Lecture 4 

Major Elements in the Ocean

lecture_04.pdf (450 KB)

lecture 4: questions & answers

Lecture 5 

Trace Elements in the Ocean

lecture_05.pdf (710 KB)

lecture 5: questions & answers

Field Trip 

Cruise Monterey Bay

No reading

Lecture 6 

Marine Chemical Mass Balance (Box and Transport Reaction Models)

lecture_06.pdf (250 KB)

lecture 6: questions & answers

Lecture 7 

Life in the Oceans: The Chemical Connection

lecture_07.pdf (680 KB)

lecture 7: questions & answers

Lecture 8 

The Biological Pump; Particle Flux

lecture_08.pdf (370 KB)

lecture 8: questions & answers

Lecture 9 

Chemical Equilibrium; Ion Complexes; Speciation

lecture_09.pdf (180 KB)

lecture 9: questions & answers

Lecture 10

Remineralization Acid-Base Reactions; Carbonate Chemistry (Alkalinity, DIC)

lecture_10.pdf (830 KB)

lecture 10: questions & answers

Lecture 11 

REDOX Chemistry

lecture_11.pdf (340 KB)

lecture 11: questions & answers

Lecture 12 

Seawater Composition Changes (global cycles)

lecture_12.pdf (680 KB)

lecture 12: questions & answers

Lecture 13 

MHydrothermal Processes

lecture_13.pdf (1.3 MB)

lecture 13: questions & answers

Lecture 14 

Marine Sediments

lecture_15.pdf (460 KB)

lecture 15: questions & answers

Lecture 15/16 

Radioactive Tracers

lecture_15.pdf (460 KB)

lecture 15: questions & answers

Stable Isotopes

lecture_16.pdf (300 KB)

lecture 16: questions & answers

Lecture 17 

Paleoceanography

lecture_17.pdf (680 KB)

Prof. Fogler's Lecture Notes

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Lecture 1 - Chapter 1 (Mole Balances)

• PDF Slides

Lecture 2 - Chapter 2 (Conversion and Reactor Sizing)

• PDF Slides

Lecture 3 - Chapter 3 (Rate Laws)

• PDF Slides

Lecture 4 - Chapter 4 (Stoichiometry - Liquid systems)

• PDF Slides

Lecture 5 - Chapter 4 (Stoichiometry - Gas systems)

• PDF Slides

Lecture 6 - Chapter 5 (CRE Algorithm)

• PDF Slides

Lecture 7 - Chapter 5 (California Exam Problems)

• PDF Slides

Lecture 8 - Chapter 5 (Pressure Drop)

• PDF Slides

Lecture 9 - Chapter 6 (Membrane Reactors)

• PDF Slides

Lecture 10 - Chapter 6 (Semibatch)

• PDF Slides

Lecture 11 - Chapter 7 (Analysis of Rate)

• PDF Slides

Lecture 12 - Chapter 8 (Series Reactions)

• PDF Slides

Lecture 13 - Chapter 8 (Complex Reactions)

• PDF Slides

Lecture 14 - Chapter 9 (Non-elementary Rate Laws)

• PDF Slides

Lecture 15 - Chapter 9 (Bioreactors)

• PDF Slides

Lecture 16 - Chapter 9 (Biogrowth)

• PDF Slides

Lecture 17 - Chapter 10 (Steps in a Catalytic Reaction)

• PDF Slides

Lecture 18 - Chapter 10 (Reaction Mechanism - Chemical Vapor Deposition)

• PDF Slides

Lecture 19 - Chapter 11 (Energy Balance, Adiabatic Reactors)

• PDF Slides

Lecture 20 - Chapter 11 (Adiabatic CSTR), Chapter 12 (Heat Exchange in a PFR, Reversible Reactions)

• PDF Slides

Lecture 21 - Chapter 12 (Reversible Gas Phase Reaction with Heat Effects, Reactor Staging)

• PDF Slides

Lecture 22 - Chapter 12 (Multiple Steady States)

• PDF Slides

Lecture 23 - Chapter 12 (Multiple Reactions with Heat Effects)

• PDF Slides

Lecture 24 - Chapter 13 (Unsteady State Energy Balance, Multiple Steady States)

• PDF Slides

Lecture 25 - Chapter 13 (Safety in Chemical Reactors)

• PDF Slides

Lecture 26 - Chapter 14 (Mass Transfer limitations)

• PDF Slides

Lecture 27 - Chapter 14 (Diffusion and Reaction)

• PDF Slides

Lecture 28 - Chapter 15 (Diffusion and Reaction)

• PDF Slides

Lecture 29 - Chapter 15 (Diffusion and Reaction)

• PDF Slides

Lecture 30 - Chapter 16 (Distribution of Residence Time)

• PDF Slides

Lecture 31 - Chapter 17 (Models for Nonideal Reactors)

• PDF Slides

Lecture 32 - Chapter 18 (Predicting Conversion)

• PDF Slides

Spectroscopy Lecture Notes

Week #1: Electronic structure of atoms
         Lecture Notes (PDF 1.35MB)
Week #2: Atoms and radiation, Selection rules
         Lecture Notes (PDF 449kB)
Week #3: Collisional excitation/de-excitation of atoms
         Lecture Notes (PDF 223kB)
Week #4: Atomic applications
         Lecture Notes (PDF 802kB)
Week #5: Rotational spectroscopy
         Lecture Eleven, Twelve (PDF 201kB), Lecture Thirteen (08Feb04 PDF 312kB)
Week #6: Vibrational spectroscopy
         Lecture Notes (PDF 751kB)
Week #7: Electronic spectroscopy
         Lecture Notes (PDF 359 kB)
Week #8: Molecular processes
         Lecture Notes (PDF 860kB)
Week #9: Molecular applications
         Lecture Twenty-Two, Twenty-Three, Twenty-Four (PDF 4.1 MB)
         Supplemental notes on hydrogen formation on grains.
Week #10: Molecular applications (concluded)
         Lecture Twenty-Five, Lecture Twenty-Six (PDF 529kB)