This note
explains the following topics: Structure of the Atom, UD Closed for Snow,
Electronic Configurations, Rationalizing Periodic Trends, Simple Bonding Models,
Symmetry Operations and Point Groups, Point Groups and Character Tables, Group
Theory and Molecular Vibrations, Molecular Orbital Theory, Acid-Base Chemistry,
Coordination Chemistry, CFT and Magnetism, Ligand Field Theory, Metal Carbonyl
Chemistry, Dissociative Reaction Mechanisms, Organometallic Reaction
Mechanisms.
In this critical approach at ozone, the two take a
critical approach but is seen at the same time that it has this duality of
protecting the stratosphere, while polluting the ground level. Through this
book, one should expect a detailed analysis concerning environmental protection,
efforts to protect the ozone layer, and avoidance of ground-level formation of
ozone contributing to air pollution. Interests covered by the authors are
topics: strong oxidizing properties of ozone, applications in water and
wastewater treatment and medicine for disinfection and therapeutic treatment.
The book will become a useful source for environmental scientists and engineers,
health professionals interested in ecological and practical implications of
ozone, and those focused on its technological applications.
This
online Wikibook from Penn State University provides an in-depth introduction to
inorganic chemistry, including synthesis, reactions, and properties of inorganic
compounds. It contains many areas of study, from molecular orbital theory and
acid-base chemistry to more advanced topics: redox stability, coordination
chemistry, crystal field theory, and so on. The book also describes the
properties of metals and alloys, including the structure, bonding, and
electronic characteristics. Discussions regarding superconductors,
semiconductors, and nanomaterials make this tool ideal for students and teachers
seeking a comprehensive yet accessible guide to inorganic chemistry.