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An Introduction to Chemical Science
This note covers the following topics: The Metric System, Divisibility Of Matter, Molecules and Atoms, Elements And Binaries, Manipulation, Oxygen, Nitrogen, Hydrogen, Union By Weight, Carbon, Electro-chemical Relation Of Elements, Electrolysis, Acids And Bases, Chlorhydric Acid, Ammonium Hydrate, Oxides Of Nitrogen, Carbon Dioxide, Chemistry of the Atmosphere, Vapor Density And Molecular Weight, Atomic Weight, Diffusion And Condensation Of Gases.
Author(s): Rufus P. Williams
NA Pages 
An Introduction to Chemistry by Mark Bishop
This note is just right for one beginning to embark on his journey in chemistry. The coverage includes such wide-ranging topics as structure of matter, chemical elements, and chemical compounds. Major areas include introduction to chemical reactions, acids and bases, oxidation-reduction reactions, and energy changes in the reactions. Further explained, the note is to define unit conversions, chemical calculations, and modern atomic theory through molecular structure and solution dynamics, besides introducing organic chemistry, biochemistry, and nuclear chemistry for a broad basis. The note is helpful because it provides a foundational outline for students taking up the general chemistry courses.
Author(s): Mark Bishop
776 Pages
This all-inclusive PDF covers all the areas that a student of chemistry would be taught at secondary school, ranging from the very basic atomic theory to very advanced concepts such as electrochemical reactions and global biogeochemical cycles. The paper starts with classification of matter, atomic structure, and intermolecular forces before moving on to organic chemistry, chemical change, and reaction rates. The document covers discussion about ideal gas law, change in energy during reactions, and quantitative aspects of chemical change. One of the great features of this resource is that it has been explored environmental chemistry such as water cycle and the nitrogen cycle; it shows an all-rounded view of how chemistry plays out in nature.
Author(s): FHSST Authors
486 Pages