Read online · Bachelor Year 1
University Physics — Year 1
A first university year: geometrical optics, circuits and filters, point mechanics and central forces, thermodynamics, electrostatics, magnetostatics and induction, and a first look at quantum physics.
Sync your reading across devicesBachelor Year 1 (Age 18–19)
- 1 Units, Dimensions, and Measurement 12 solved exercises
- 2 Geometric Optics: Rays, Reflection, Refraction 12 solved exercises
- 3 Mirrors and Thin Lenses 12 solved exercises
- 4 Optical Instruments and the Eye 12 solved exercises
- 5 Signal Propagation: Travelling and Standing Waves 12 solved exercises
- 6 DC Circuits: Kirchhoff’s Laws and Theorems 12 solved exercises
- 7 Transient Regimes: First and Second Order 12 solved exercises
- 8 Sinusoidal Steady State and Impedance 12 solved exercises
- 9 Filters and Transfer Functions 12 solved exercises
- 10 The Operational Amplifier 12 solved exercises
- 11 Kinematics of a Point 12 solved exercises
- 12 Newton’s Laws of Dynamics 12 solved exercises
- 13 Work, Energy, and Potential Energy 12 solved exercises
- 14 Mechanical Oscillators: Damping and Resonance 12 solved exercises
- 15 Angular Momentum 12 solved exercises
- 16 Central Forces: Planets and Satellites 12 solved exercises
- 17 Charged Particles in E and B Fields 12 solved exercises
- 18 Non-Inertial Frames; Dynamics on Earth 12 solved exercises
- 19 Systems of Points; Introduction to Rigid Bodies 12 solved exercises
- 20 Kinetic Theory and the Perfect Gas 12 solved exercises
- 21 Fluid Statics 12 solved exercises
- 22 The First Law of Thermodynamics 12 solved exercises
- 23 The Second Law: Entropy 12 solved exercises
- 24 Heat Engines and Machines 12 solved exercises
- 25 Phase Changes of a Pure Substance 12 solved exercises
- 26 Electrostatics: Field and Gauss’s Law 12 solved exercises
- 27 Electric Potential; Conductors and Capacitors 12 solved exercises
- 28 Magnetostatics: Field, Forces, and Dipoles 12 solved exercises
- 29 Electromagnetic Induction and Applications 12 solved exercises
- 30 Introduction to Quantum Physics 12 solved exercises
30 chapters — 30 online so far, and more publishing regularly. The complete book is already available as a free PDF you can read online.