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Textbooks, references and open learning resources.
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CH104: Allied Health Chemisty I (2nd Edition)
Michael J. Mackel · Portland Community College
CH103 is a general chemistry course introducing atomic structure, the mole concept, chemical reactions, stoichiometry, and gas laws tailored for health science and veterinary technology programs.
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Introductory Chemical Thermodynamics
Chuck Pearson · Tusculum University
In the contents: 1.1: The language of measurement in physical chemistry
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Instrument Facilities for CHEM401L at Duke
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Text
LibreTexts
This is a textbook map of Raymond Chang's Physical Chemistry for the Biosciences textbook, not the actual book.
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CH275 Foundations of Inorganic
Amanda Bowman · Colorado College
CH275: Foundations of Inorganic Chemistry at Colorado College is a key second-year course covering atomic structure, chemical bonding models, and the structure/properties of inorganic materials like metals and semiconductors. It acts as a bridge to upper-level chemistry
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Chem 231A: Methods of Organic Synthesis
Jared Shaw · University of California, Davis
In the contents: 4.02: Dicarbonyl Chemistry
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Widener Chem 145 Fall 2022
Scott Van Bramer · Widener University
In the contents: 01: Essential Ideas of Chemistry · 1.01: Introduction to Chemistry · 1.02: Chemistry in Context
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Chem 210: Southwestern
Craig Cavanaugh, Kathryn Mayer & Rebekah Stassinopoulos · Southwestern College
The OER textbook supports General Chemistry II. The book synthesizes various OER texts to create a high-quality OER resource that supports the content covered in Chem 201. The course covers intermolecular forces, solutions and colloids, kinetics, chemical equilibria in various contexts, thermodynamics, electrochemistry, coordination chemistry, and nuclear chemistry.
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CHE 131: Modern Methods of Organic Synthesis
LibreTexts
In the contents: 04: Aromatic Chemistry and Compounds · 12: Introduction to Stereochemistry
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Cañada College
Sol Parajon Puenzo · Cañada College
This textbook is designed for the one-semester General, Organic, and Biological Chemistry course. Content. General Chemistry: This section covers foundational concepts like atomic structure, chemical bonding, stoichiometry, and basic chemical reactions. Organic Chemistry: This part introduces the chemistry of carbon compounds, including functional groups, basic organic reactions, and the structures of important biological molecules. Biological Chemistry: This section focuses on the chemistry of
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Logic of Organic Synthesis
R. Balaji Rao · Banaras Hindu University
In the contents: 14: Green Chemistry - Protection-Free Organic Synthesis
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Time Dependent Quantum Mechanics and Spectroscopy
Andrei Tokmakoff · University of Chicago
These notes are meant as a resource for chemists that study the time-dependent quantum mechanics, dynamics, and spectroscopy of molecular systems.
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Advanced Statistical Mechanics
Mark Tuckerman · New York University
Statistical Mechanics provides the connection between microscopic motion of individual atoms of matter and macroscopically observable properties such as temperature, pressure, entropy, free energy, heat capacity, chemical potential, viscosity, spectra, reaction rates, etc.
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Chemical Principles
Ta-Wei Li · National Yang Ming Chiao Tung University
In the contents: 06: Fundamentals of Thermochemistry (Heat and Enthalpy) · 6.E: Fundamentals of Thermochemistry (Exercises) · 09: Electrochemistry
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Organic I Techniques
Jessica Thorpe · Meredith College
LibreTexts
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CHEM-UA 652: Thermodynamics and Kinetics
Mark E. Tuckerman · New York University
In the contents: 1.16: Thermochemistry
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Soils Laboratory Manual
Colby Moorberg & David Crouse · Kansas State University
In the contents: 01.2: Chemistry and Math Review · 05: Soil Chemistry
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Symmetry
Claire Vallance · University of Oxford
Group Theory is a branch of the mathematical field of algebra. One important application, the theory of symmetry groups, is a powerful tool for the prediction of physical properties of molecules and crystals. It is for example possible to determine whether a molecule can have a dipole moment. Many important predictions of spectroscopic experiments (optical, IR or Raman) can be made purely by group theoretical considerations.
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Statistical Thermodynamics: A Primer for Chemistst
Deborah Crittenden · University of Canterbury
An introduction to statistical thermodynamics for chemists: from fundamental principles of statistical energy distribution amongst vibrating diatomic gases immobilised on a surface through to applications such as predicting intensities of spectroscopic transitions and reaction rate constants from first principles.
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AUCHE 230 - Structure and Bonding
LibreTexts
LibreTexts