This
note on Fundamentals of general and physical chemistry covers matter and its
particulate nature, Atoms and molecules, Chemical bonding, Gases, Chemical
equilibrium, Acids and bases, Chemical thermodynamics, Oxidation Reduction
Reactions, Chemical Kinetics, Phase Equilibria, Transport and Thermodynamic
Properties of Electrolytic Solution, Thermochemistry and Chromatography.
This PDF
covers the following topics related to Practical Chemistry : First Law of
Thermodynamics, Second Law of Thermodynamic, Gibbs free energy, Phase equilibria,
Mixtures, Chemical equilibrium, Electrolyte solutions, Quantum chemistry, Three
dimensional systems, Time dependent Schrodinger equation, Statistical mechanics,
Complex dynamics.
This note provides the students
a thorough knowledge about different terminologies in thermodynamics and the
continuity between different states of matter. It will explain impart an idea
behind basic principles of electrochemistry.
This note explains the following topics: Dilute Solutions, Homogenous Equilibrium, Chemical Kinetics, Thermodynamic
Concept, Thermochemistry, 2nd law of Thermodynamics.
This book gives insight
into different aspects of chemical reactions both at the bulk and nanoscale
level and covers topics from basic to high class. This book has been divided
into three sections: Kinetics Modeling and Mechanism, Kinetics of Nanomaterials
and Kinetics Techniques.
The objective of this note is to
learn under what conditions the matter changes and to formulate the change in
terms of thermodynamic variables, and also learn the basic principles of
statistical thermodynamics for understanding the molecular motion, chemical
reactions, and kinetics. In this lecture, we first understand the core concepts
of physical chemistry, and apply them to various situations with physical
interpretation.
This note
explains the following topics: The Development of Quantum Mechanics, Postulates
and Principles of Quantum Mechanics, Applications of Quantum Theory, Quantum
Mechanical Treatment of the Hydrogen Atom, Approximation Methods in Quantum
Mechanics, Multielectron Atoms, Diatomic Molecules, Bonding in Polyatomic
Molecules, Molecular Symmetry and Group Theory, Molecular Spectroscopy,
Statistical Thermodynamics, Gas-Phase Dynamics.