This note explains the following topics:
Atoms, Nuclear reactions and radiation, Nuclear stability, Kinetics of
radioactive decay, Light, Quantum mechanics and spectroscopy, Hydrogenic
orbitals, Multielectron atoms, Periodic trends, Metals and crystal structures,
Chemistry of the alkali metals, Ionic compounds, The alkaline earth metals, The
group metals, Covalent bonding and Lewis structures, Molecular shape,
Intermolecular forces, Kinetic molecular theory of gases, Hydrogen, Lewis acids
and bases, The halogens, The chalcogens, Crystal field theory .
Dr.
Monalisa Mohapatra's notes deal with advanced topics of chemistry, such as
dilute solutions, homogeneous equilibrium, chemical kinetics, and
thermodynamics. The notes also discuss the second law of thermodynamics and help
the students understand the fundamental principles that govern energy exchanges
in chemical reactions. The resource further introduces the students to
thermochemistry, where it discusses the flow of heat and energy during chemical
reactions. It is excellent for intermediate to advanced students, making it
clear how different chemical processes relate to one another and the
thermodynamic principles underlying them. This makes this the solid backbone for
those pursuing more in-depth studies in chemistry.
Legal Chemistry by Alfred
Naquet gives a specialist work on application of chemistry in the legal setting,
especially forensic science. The text on chemical processes in cases of
poisoning is addressed with great detail and methods for detecting poisons or
analyzing organic substances that could be part of criminal investigations.
Naquet covers techniques on the identification of toxins of those cases where
little or no clue can be had of their nature, including many methods for testing
and examining substances under suspicion. The text will be useful to whoever
works in legal chemistry, forensic science, or toxicology: the practical
knowledge of chemical substances in the law and justice context.