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Analytical Chemistry Notes
The major objective of this lecture note is to provide a rigorous background in analytical chemistry. The secondary goal is to develop in you the student an appreciation of the difficult task of judging the accuracy and precision of experimental data and to show how these judgments can be sharpened by the application of statistical methods. Major topics covered are: Basic Tools and Operations of Analytical Chemistry, Data Handling and Statistics, Good Laboratory Practices, Stoichiometric Calculations, General Concepts of Equilibrium, Acid-Base Equilibria and Titrations, Complex Formation Titrations, Gravimetric Analysis, Electrochemistry, Potentiometric Electrodes and Titrations, Redox Titrimetry and Potentiometry, Analytical Voltammetry.
Author(s): Dale I. Scoggin
NA Pages 
Analytical Chemistry Notes by Alagappa University
This comprehensive PDF delves exhaustively into various aspects of analytical chemistry, maintaining its focus both on the conceptual as well as the practical aspects. It first begins with errors in chemical analysis, pointing out the differences between precision and accuracy of results in experimental work. It further leads the reader into various tools for data analysis, comparison of results, and more importantly, electrochemical methods like polarography and cyclic voltammetry. Among these are chromatographic techniques that involve gas chromatography, high-pressure liquid chromatography, and ion chromatography. These illustrate the power of these techniques for chemical substance separation and analysis. The discussion on purification techniques and ionic separations makes this paper an invaluable resource for students and professionals wishing to advance their knowledge on analytical methodologies.
Author(s): Alagappa University
196 Pages
Fundamental Calculations in Analytical Chemistry
Authored by Alatzne Carlosena Zubieta and Jose Manuel Andrade Garda, this concise PDF serves as a must-read in formulating the conceptual calculations carried out in analytical chemistry. Units and terms of concentration relevant to the pdf will help obtain clarity in defining concentrations of solutions. The procedures given for the preparation of solutions from both solids and liquids also list what happens before analysis, such as drying, dissolution, digestion, and extraction. It addresses concepts like dilution and concentration, which test solutions contain, useful to discuss and clarify with students or even the practicing personnel who might want to refresh their math in chemical analysis.
Author(s): Alatzne Carlosena Zubieta and Jose Manuel Andrade Garda
41 Pages
An Introductory Course of Quantitative Chemical Analysis
The web resource by Henry Paul Talbot is a framed introduction to quantitative chemical analysis, which is very useful for students about to undergo graduate study in analytical chemistry. The module starts with the general introduction of the domain-the sections, and briefly describes its importance. The detail of volumetric analysis methods was also in the discussion, such as neutralization, oxidation, precipitation, and gravimetric analysis. Stoichiometry is also included so students can learn the quantitative relationships between reactants and products within chemical reactions. This resource is good for beginners as it systematically builds the knowledge that is required to perform quantitative analyses and to develop practical laboratory skills.
Author(s): Henry Paul Talbot
NA Pages
Analytical Chemistry 2.1 by David Harvey
More precisely speaking, David Harvey's Analytical Chemistry 2.1 is more an introduction textbook, which gives concise notions and methodologies of the field of analytical chemistry. It deals with all foundational questions, topics like basic tools and vocabulary used by discipline. It centres attention on the evaluation of analytical data and standardizing the methods so that one can rely on the reproducibility of results. Several analytical techniques are discussed, such as gravimetric, titrimetric, spectroscopic, and chromatographic methods, and electrochemical approaches. In discussing quality assurance and development of standard methods, it is a very important source for students and professionals providing a comprehensive understanding of analytical practice.
Author(s): David Harvey
NA Pages
Analytical Chemistry 2.1 Solutions Manual
The Analytical Chemistry 2.1 - Solutions Manual from David Harvey is the solution companion to the main textbook, providing the reader with solutions in detail to problems and exercises part of analytical chemistry. The book includes the most fundamental topics, such as an introduction to analytical chemistry and basic tools and vocabulary of the discipline and is considered a very valuable asset for the students. The manual details the evaluation of analytical data and the standardizing of analytical methods, bringing home the all-importance of the rigors of methodology in accepting results. Equilibrium chemistry is also an important part of the discussion, along with critical processes in sample collection and preparation for analyses. Divided into sections on gravimetric and titrimetric methods, as well as spectroscopic measurements, this solutions manual holds special appeal for students looking to solidify their understanding and application of analytical techniques in the laboratory.
Author(s): David Harve
250 Pages
Asoka Marasinghe's Analytical Chemistry Handouts give a concise yet adequate introduction to the above Analytical Separation Techniques. The handouts also discuss gas chromatography, high-performance liquid chromatography, and capillary electrophoresis. Electro-analytical chemistry is covered in the content, which explains electrodes, along with potentiometry, as major approaches applied in analytical measurements. This handout covers mass spectrometry and nuclear magnetic resonance as some of the tools that are available for chemical analysis; therefore, it covers a broad spectrum. This particular resource will thus be very useful for students wanting to gain a good understanding of the basic principles governing analytical methods, including their application in the real laboratory setting.
Author(s): Asoka Marasinghe
NA Pages