Physical Chemistry: Core Concepts

Physical Chemistry: Core Concepts explains why matter behaves the way it does, from the energy released in a galvanic cell to the light absorbed by a molecule in solution. Written for undergraduates, exam candidates, and self-learners, it builds each topic from first principles and keeps the mathematics tied to the chemistry it describes.

The book covers absorption spectroscopy and the Beer-Lambert relationship, electrochemical cells and electrode potentials, the ideal gas equation and its limits, and the laws of thermodynamics. Later chapters extend the picture: synthetic routes in pharmaceutical chemistry, the classical optics and mechanics that spectroscopy depends on, Lewis structures as a visual language for bonding, and a closing look at the quantum and relativistic physics behind chemistry at the atomic scale.

What you will learn

• Interpret absorption spectra for quantitative analysis.
  
• Calculate cell potentials and predict spontaneity.
  
• Apply the ideal gas equation and recognize where real gases depart from it.
  
• Grasp the quantum ideas behind modern chemical theory.
  

Who this book is for
Undergraduate chemistry and chemical engineering students, competitive exam candidates, and anyone returning to physical chemistry for a clear account of its core principles.