Contents: Vol. I. Mechanics, Relativity, and Electrodynamics: I. Problems: 1. Mechanics. 2. Relativity. 3. Electrodynamics. II. Solutions: 1. Mechanics. 2. Relativity. 3. Electrodynamics. III. Appendixes. Bibliography. 

Vol. II. Thermodynamics, Statistical Physics, and Quantum Mechanics: I. Problems: 1. Thermodynamics and statistical physics: i. Introductory thermodynamics. ii. Heat and work. iii. Ideal gas and classical statistics. iv. Nonideal gas. v. Mixtures and phase separation. vi. Quantum statistics. vii. Fluctuations. viii. Applications to solid state. 2. Quantum mechanics: i. One-dimensional potentials. ii. Harmonic oscillator. iii. Angular Momentum and spin. iv. Variational calculations. v. Perturbation Theory. vi. WKB. vii. Scattering Theory. viii. General. II. Solutions: 1. Thermodynamics and statistical physics: i. Introductory thermodynamics. ii. Heat and work. iii. Ideal gas and classical statistics. iv. Nonideal gas. v. Mixtures and phase separation. vi. Quantum statistics. vii. Fluctuations. viii. Applications to solid state. 2. Quantum mechanics: i. One-dimensional potentials. ii. Harmonic oscillator. iii. Angular Momentum and spin. iv. Variational calculations. v. Perturbation Theory. vi. WKB. vii. Scattering Theory. viii. General. III. Appendixes. Bibliography.