The importance of problem-solving in understanding the principles and applications of quantum mechanics cannot be over-emphasized. As such, the book will be a valuable tool for the students of quantum mechanics. The book is divided into two parts. The first part is composed of 8 chapters entitled: Linear Vector Spaces, Quantum Dynamics, Theory of Angular Momentum, Symmetry and Conservation Laws, Scattering Theory, Approximation Methods, Identical Particles, and Relativistic Wave Equations. Each chapter consists of a list of problems preceded by a brief write-up on the topic of the chapter. The detailed solutions to the problems are given in the second part (chapter 9) which is divided into sections, each section corresponding to a chapter of the same title. Such a physical separation of the solutions from the problems is intended to encourage students to attempt their own solutions before looking up the solutions given in the book.

Table of Contents:
• Linear Vector Spaces • Quantum Dynamics • Theory of Angular Momentum • Symmetry and Conservation Laws • Scattering Theory • Approximation Methods • Identical Particles • Relativistic Wave Equations • Solution to Problems