This PDF provides
the book Atkin's Physical Chemistry by Peter Atkins and Julio de Paula and
covers the following topics related to Physical Chemistry : Equilibrium, The
properties of gases, The First Law, The Second Law, Physical transformations of
pure substances, Simple mixtures, Phase diagrams, Chemical equilibrium,
Structure, Quantum theory: introduction and principles, Quantum theory:
techniques and applications, Atomic structure and atomic spectra, Molecular
structure, Molecular symmetry, Molecular spectroscopy, Statistical
thermodynamics, Molecular interactions, Change, Molecules in motion, The rates
of chemical reactions, The kinetics of complex reactions, Molecular reaction
dynamics, Processes at solid surfaces.
This PDF
covers the following topics related to Physical Chemistry : Basic
Thermodynamics, Thermodynamics of Systems, Mixtures, Advanced Chemical
Thermodynamics.
This PDF provides
the book Atkin's Physical Chemistry by Peter Atkins and Julio de Paula and
covers the following topics related to Physical Chemistry : Equilibrium, The
properties of gases, The First Law, The Second Law, Physical transformations of
pure substances, Simple mixtures, Phase diagrams, Chemical equilibrium,
Structure, Quantum theory: introduction and principles, Quantum theory:
techniques and applications, Atomic structure and atomic spectra, Molecular
structure, Molecular symmetry, Molecular spectroscopy, Statistical
thermodynamics, Molecular interactions, Change, Molecules in motion, The rates
of chemical reactions, The kinetics of complex reactions, Molecular reaction
dynamics, Processes at solid surfaces.
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
discusses the fundamental microscopic properties of matter and radiation .
Topics covered includes quantum chemistry, atomic and molecular structure and
spectroscopy, non-bonded interactions, and computational chemistry.
This note endeavors to
provide an overview of the physical chemistry concepts and applications that are
most relevant to biological sciences. Topics covered includes: First Law of
Thermodynamics, Second Law of Thermodynamics, Free Energy and Chemical
Equilibria, The Statistical Foundations of Biophysical Chemistry, Physical
Equilibria, Electrochemistry, The Motions of Biological Molecules, Kinetics:
Rates of Chemical Reactions, Enzyme Kinetics, Molecular Structure and
Interaction: Theory and Biomolecules, Optical Spectroscopy, Magnetic Resonance
and Climate Change.
This note explains the
following topics: Kinetic Theory of Gases, Elementary Chemical Kinetics, Complex
Reaction Mechanisms, From Classical to Quantum Mechanics, Quantum Mechanical
Postulates , The Schrodinger Equation, Particle in a box and the real world,
Commutaing and Non-commutating Operators, A Quantum Mechanical Model for
Vibration and Rotation of Molecules, The Hydrogen Atom, Multielectron Atoms and
Chemical Bonding in Diatomic Molecules.
This note
contains advanced Physical Chemistry topics include different spectroscopic
methods as well as theoretical and computational tools to provide atomic-level understanding for
applications such as: nanodevices for bio-detection and receptors, interfacial
chemistry of catalysis and implants, electron and proton transfer, protein
function, photosynthesis and airborne particles in the atmosphere.
This note covers the
following topics: Introduction and The Properties of Gases, The First Law, The
Second Law, Phase Equilibria in Pure Substances, General Theory of Systems with
Variable Composition, Phase Diagrams, Chemical Equilibrium, Chemical Kinetics
and Equilibrium Electrochemistry.