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Full Description
Classical Physics: Concepts, Applications, and Interpretations makes classical physics and its applications accessible and engaging, fostering a deeper understanding of fundamental physics concepts. Accessibly written, this book helps students understand and put core classical physics principles into practice, from classical mechanics to astrophysics to the basics of atomic, molecular, and chemical physics. Additionally, the book provides easy-to-understand methods for explaining orbital motion using the concept of jerk, and similarly explores negative pressure and its applications in various fields, tying in new interpretations of negative pressure as a fifth force in the universe.
The book bridges the gap between classical physics and its applications in different disciplines, providing students and researchers with a more intuitive and accurate understanding of fundamental concepts. It includes structured content and corresponding applications and figures, complemented by simple experiments to bolster students' understanding. From an explanation of orbital motion to navigating the thermodynamics of negative pressure to diving into artificial lunar motion, the book provides novel insights into these phenomena. Ideal for courses in physics, mathematics, and related subjects, this helpful first edition delivers engaging explanations and additions to the role and importance of classical physics in our modern understanding of the field.
Contents
1. Opening Remarks and Guide to the Readers, Instructor and Faculties
2. Units in Physics
3. Recapitulation of Coordinate Systems
4. Know Vectors Know Physics
5. Newton's Laws of Motion
6. Planetary Motion and Newton's Laws of Gravitation
7. Thermodynamics and Radiation
8. Work, Energy and Exergy
9. Elasticity and Material Strength
10. Surface Tension and Fluid Mechanics
11. Electricity and Magnetism
12. Classical Electrodynamics
13. Classical Optics
14. Basics Atomic, Molecular and Chemical Physics
15. Basics of Nuclear Physics
16. Health and Medical Physics
17. Special Relativity and High Energy Physics
18. Classical Statistical Physics and Extensions
