1CHAPTER 1 Introduction to Physics
296.1 Electric Charge and Fields:
21.1 Definition and Scope of Physics
306.2 Electric Potential and Capacitance:
31.2 Branches of Physics
316.3 Electric Current and Circuits:
41.3 Applications and Relevance
326.4 Magnetism and Magnetic Fields:
51.4 Historical Development of Physics
336.5 Electromagnetic Induction:
6CHAPTER 2 Mathematical Tools for Physics
34CHAPTER 7 Modern Physics
72.1 Fundamental Mathematical Concepts
357.1 Special Theory of Relativity:
82.2 Algebra and Trigonometry
367.2 Quantum Mechanics:
92.3 Calculus in Physics
377.3 Atomic and Nuclear Physics:
10conclusion
387.4 Particle Physics:
11CHAPTER 3 Mechanics
397.6 Higgs Boson:
123.1 Kinematics
40CHAPTER 8 Applications of Physics
133.2 Dynamics
418.1 Physics in Medicine:
143.4 Conservation of Momentum
428.2 Physics in Technology:
153.5 Circular Motion and Gravitation
438.3 Environmental Physics:
163.6 Conclusion
44CHAPTER 9 Frontiers in Physics
17CHAPTER 4 Thermodynamics
459.1 Dark Matter and Dark Energy:
184.1 Basic Concepts and Definitions
469.2 String Theory and Beyond:
194.2 Laws of Thermodynamics
479.3 Quest for Unified Theories:
204.3 Heat and Temperature
48CHAPTER 10 Conclusion
214.4 Thermal Expansion and Heat Transfer
4910.1 Recapitulation of Key Principles:
22CHAPTER 5 Wave and Optics
5010.2 The Future of Physics:
235.1 Wave Properties:
51CHAPTER 11 Appendices
245.2 Sound Waves:
5211.1 Mathematical Formulas:
255.3 Electromagnetic Waves:
5311.2 Physical Constants:
265.4 Geometric Optics:
54Glossary
275.5 Wave Optics:
55Index
28CHAPTER 6 Electricity and Magnetism
