Digital library
Textbooks, references and open learning resources.
External
CHEM 342: Physical Chemistry II
Kathryn Davis · Manchester University
Principles of chemical thermodynamics and statistical thermodynamics, with application to pure substances and mixtures. It also applies the principles of chemical kinetics and dynamic equilibrium theory to a variety of chemical applications, including electrochemistry and spectroscopy.
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Quantitative NMR
Cynthia K. Larive & Albert K. Korir · University of California, Riverside & Drury University
Quantitative nuclear magnetic resonance (Q-NMR) measurements are especially useful for analysis of complex samples where high specificity is needed or when a pure standard of the analyte is not available. This text provides a brief overview of basic NMR theory, a tutorial discussing the practical aspects of Q-NMR, a virtual experiment utilizing an NMR simulator, an exercise that makes use of real NMR data you can download and analyze, and a Q-NMR lab experiments.
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Plant Breeding Methods
Walter R. Fehr and Walter P. Suza · Iowa State University
This text has been compiled to provide an overview of how plant breeders develop cultivars of plant species. The methods that breeders use depend directly on the type of cultivar used to produce a commercial crop. he four most common types of cultivars are (a) clonal cultivars (b) synthetic cultivars (c) pure-line cultivars and (d) hybrid cultivars. These types of cultivars will be discussed throughout the book, alongside review questions for self-study.
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Principles of Cultivar Development (Fehr and Suza)
Walter R. Fehr and Walter P. Suza · Iowa State University
In the contents: 1.05: Pure-Line Cultivars
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Thermodynamics and Introduction to Quantum Mechanics
Cathrine Southern · DePaul University
In the contents: 5.03: The Chemical Potentials of a Pure Substance in Two Phases in Equilibrium
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Physical Science for Educators Volume 1
Timothy Evans, Kylee Ford, Kenneth Henry, Yogita Kumari, Claude Mona & Suzanne Wakim · Coalinga College
In the contents: 4.03: Pure Substances and Mixtures
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Chem 51
LibreTexts
In the contents: 3.05: Pure Substances and Mixtures
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Concepts of Physical Science
Jamie MacArthur · Madera Community College
In the contents: 1.5.01: Pure and Applied Science
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MKBN211: Introductory Microbiology
Jaco Bezuidenhout · Northwest University
In the contents: 1.1.04: Koch and Pure Culture · 6.4.02: Pure Culture
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Spiral Physics: Algebra Based
Paul D'Alessandris · Monroe Community College
In the contents: 02. Pure Rotation
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CHEM 2141: Survey of Physical Chemistry
LibreTexts
In the contents: 10.04: Unequal Spacings in Pure Rotational Spectra
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Bio 221Lab: Introduction to Microbiology
Kelly C. Burke · College of the Canyons
In the contents: 08: Pure Cultures- Aseptic Transfer Techniques and Streak Plates for Isolation
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CHEM 110
Alaka Pradhan · South Puget Sound Community College
In the contents: 3.03: Classification of Matter (Pure Substances and Mixtures)
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Introductory Chemistry
CK-12 · CK12
In the contents: 1.05: Pure and Applied Chemistry · 2.02: Pure Substances
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BSC 3271: Microbiology for Health Sciences
Jeanne Kagle · Mansfield University of Pennsylvania
In the contents: 1.1.3.02: Koch's Postulates and Pure Culture
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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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Thermodynamics and Chemistry
Howard DeVoe · University of Maryland
In the contents: 07: Pure Substances in Single Phases · 7.07: Standard States of Pure Substances · 08: Phase Transitions and Equilibria of Pure Substances
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Structure & Reactivity I: Chemical Structure and Properties
Chris Schaller · College of Saint Benedict/Saint John's University
In the contents: 5.19: Chiral Catalysts for Production of Enantiomerically Pure Compounds
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Thermodynamics and Chemical Equilibrium
Paul Ellgen · Oklahoma School of Science Mathematics
In the contents: 15.04: Standard States for the Fugacity and Activity of a Pure Solid · 15.05: The Chemical Potential Fugacity and Activity of a Pure Solid
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CH 332 Physical Chemistry II
Bethune-Cookman University
In the contents: 13-04. The Lines in a Pure Rotational Spectrum Are Not Equally Spaced