Presents the Standard Deviants approach to learning chemistry, focusing on the question of how atoms bond with each other, with instructions for making a Lewis structure, and a look at different types of bonds.
Presents the Standard Deviants approach to learning chemistry, focusing on solutions and dilutions, with discussion of how to change the concentration of a solution, and limiting reagents.
Presents the Standard Deviants approach to learning chemistry, focusing on molecular geometry, with discussion of overlapping orbitals and polarity, and the behaviors of gases.
A simple introduction to various factors involved when substances change form or composition, changes that are reversible or permanent, and the effects of heat, water, acids and more.
A simple introduction to the process of dissolving a substance in some type of solution, the reasons for doing it and the possible usefulness of the resulting new combination.
Chronicles the history of physical chemistry, tracing the development of several scientific concepts and examining the people behind them, from the medieval days of "magick" to the modern study of nanotechnology.
Explains the difference between the physical and chemical properties of substances, and provides scientific descriptions of mixtures, compounds, and solutions, and how they behave.
Focusing on the universal laws, characteristics, and tendencies common to nearly all gases, this book is an excellent primer on how gases behave and react under various typical laboratory and real-world conditions.
