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Laboratory Course by UOU
Designed for students of diverse educational backgrounds, this laboratory course covers a broad spectrum of chemical techniques essential for practical work in chemistry. It includes inorganic chemistry techniques such as the identification of anions and cations, as well as organic chemistry methods like separation techniques and qualitative analysis. The course also features physical chemistry experiments that teach students about surface tension, viscosity, pH measurement, and thermochemistry. Emphasizing hands-on experience, the manual provides detailed instructions for conducting titrimetric and spectrophotometric analyses, as well as the proper use and calibration of equipment like microscopes and centrifuges. This course aims to build competence in fundamental laboratory skills across multiple branches of chemistry.
Author(s): School of Sciences, Department of Chemistry, Uttarakhand Open University
126 Pages 
Laboratory Chemistry in Natural Science
This source supplies a systematic process for teaching laboratory chemistry in the context of natural sciences education. The source touches on the basic ingredients of scientific writing, which range from literature review, problem statement, methods, results, discussion, and conclusions. In addition to this, the source focuses on the role of the teacher when guiding students through the process of scientific inquiry. The text offers a structure for teaching the way procedures are conducted in a laboratory, drawing conclusions based on the results gotten in a laboratory, and critically reading data. It is very useful to instructors as well because it gives them insight to develop effective teaching strategies for chemistry laboratory experiments and the enhancement of students' learning experience.
Author(s): Malin Larsson
166 Pages
Chemistry Laboratory Techniquesby MIT
This text from MIT provides the student with in-depth explanations of the following essential laboratory techniques in chemistry. These include transfer and extraction techniques, purification of both solids (recrystallization) and liquids (distillation), advanced methods including flash column chromatography and protein assays. The book also addresses issues on the design of experiments and the importance of error analysis and reproducibility. It is designed with both students and professionals in mind and guides on the setup of experiments, handling equipment, and result analysis. It puts so much emphasis on acquiring a sound laboratory practice through safe and accurate techniques. This book is very beneficial to any person who aims at sharpening their practice of the laboratory and skills on chemical techniques.
Author(s): Katherine J. Franz and Kevin M. Shea
106 Pages