In this post, we will see a series of books Problems in Undergraduate Physics. 

About the series

We do not have the first volume, the rest of the three volumes are given below. If you know the links to the first volume please post in the comments.

Edit: (just a few hours after posting we received the first volume of mechanics from Raghu N. Many thanks Raghu for the pdf!

Volume 1: Mechanics

Volume 2: Electricity and Magnetism

by S. P Streklov, I. A. El’stin and S. E. Khaikin

Volume 3: Optics

by V. L. Ginzburg, L. M. Levin, D. V. Sivukhin and E. S. Chetverikova

Volume 4: Molecular Physics, Thermodynamics, Atomic and Nuclear Physics

by by V. L. Ginzburg, L. M. Levin, M. S. Rabinovich and D. V. Sivukhin

Table of Contents

Volume I

PROBLEMS

§ 1. Kinematics 3
§ 2. Dynamics of particle motion 14
§ 3. Statics 26
§ 4. Work, Power, Energy 32
§ 5. Laws of conservation of momentum and energy 34
§ 6. Dynamics of a point particle in circular motion 38
§ 7. Dynamics of a rotating rigid body 45
§ 8. Gravity 59
§ 9. Elastic Deformations 63
§ 10. Vibrations 69
§ 11. Hydrostatics and Aerostatics 78
§ 12. Hydrodynamics and Aerodynamics 82
§ 13. Acoustics 89

ANSWERS AND SOLUTIONS

§ 1. Kinematics 97
§ 2. Dynamics of particle motion 109
§ 3. Statics 120
§ 4. Work, Power, Energy 122
§ 5. Laws of conservation of momentum and energy 124
§ 6. Dynamics of a point particle in circular motion 130
§ 7. Dynamics of a rotating rigid body 140
§ 8. Gravity 155
§ 9. Elastic Deformations 162
§ 10. Vibrations 171
§ 11. Hydrostatics and Aerostatics 178
§ 12. Hydrodynamics and Aerodynamics 181
§ 13. Acoustics 185

Volume II

Preface vii
PROBLEMS
§ 1. Electrostatics 3
§ 2. Direct current laws 18
§ 3. Permanent magnets 33
§ 4. The magnetic field of a current 36
§ 5. Electromagnetic induction 49
§ 6. Alternating currents 64
§ 7. Electric currents in liquids 89
§ 8. Thermoelectricity 92
§ 9. Electronics 93
§ 10. Electromagnetic waves 99

ANSWERS AND SOLUTIONS
§ 1. Electrostatics 111
§ 2. Direct current laws 131
§3. Permanent magnets 141
§4. The magnetic field of a current 144
§ 5. Electromagnetic induction 153
§ 6. Alternating currents 167
§ 7. Electric currents in liquids 179
§ 8. Thermoelectricity 181
§9. Electronics 181
§ 10. Electromagnetic waves 186

Volume III

CONTENTS

PROBLEMS

§ 1. Geometrical optics 3
§ 2.Photometry 33
§ 3. Interference and diffraction of light 38
§ 4. Polarisation of light. Fresnel’s formulae 63
§ 5. Crystal optics 70
§ 6. Velocity of light. Optics of moving media and sources. Some problems of the theory of relativity 83
§ 7. Radiation pressure 92
§ 8. Molecular optics 95

ANSWERS AND SOLUTIONS
§ 1. Geometrical optics 117
§ 2. Photometry 156
§ 3. Interference and diffraction of light 161
§ 4. Polarisation of light. Fresnel’s formulae 196
§ 5. Crystal optics 209
§ 6. Velocity of light. Optics of moving media and sources. Some problems of the theory of relativity 233
§ 7. Radiation pressure 251
§ 8. Molecular optics 255

Volume IV

CONTENTS
Preface vii
PROBLEMS
Chapter I. Molecular physics and thermodynamics

§ 1. Thermometry. Calorimetry. Thermal expansion 3
§ 2. Thermal conductivity 9
§ 3. Gas laws. The equation of state 14
§ 4. First and second laws of thermodynamics and their applications 19
§ 5. Properties of liquids. Surface tension. Solutions 36
§ 6. Kinetic theory of matter 45
§ 7. Heat radiation 56

Chapter II. Atomic and nuclear physics

§ 8. Structure of the atom and spectra 61
§ 9. X-Rays 69
§ 10. The quantum nature of light. The wave properties of particles 72
§ 11. Nuclear physics 80

ANSWERS AND SOLUTIONS

Chapter I. Molecular physics and thermodynamics

§ 1. Thermometry. Calorimetry. Thermal expansion 115
§ 2. Thermal conductivity 117
§ 3. Gas laws. The equation of state 120
§ 4. Firstand second laws of thermodynamics and their applications 124
§ 5. Properties of liquids. Surface tension. Solutions 143
§ 6. Kinetic theory of matter 157
§ 7. Heat radiation 172

Chapter II. Atomic and nuclear physics

§ 8. Structure of the atom and spectra 177
§9. X-Rays 186
§ 10. The quantum nature of light. The wave properties of particles 189
§ 11. Nuclear Physics 202

Tables 234