SUMMARY
This discussion focuses on the derivation of physics equations from Newton's foundational principles, specifically the equations F=ma and Fg=GMm/r^2. Participants recommend several resources for understanding these derivations, including Feynman's Lectures and Alonso and Finn's classical mechanics texts. It is noted that Newton's original work in "Principia" lacks detailed explanations, and that subsequent scientists built upon his ideas. Arnold Arons' "Development of Concepts of Physics" is highlighted as a valuable resource for understanding the evolution of these concepts.
PREREQUISITES
- Understanding of Newton's Laws of Motion
- Familiarity with classical mechanics principles
- Basic knowledge of mathematical derivations in physics
- Access to classical physics literature, such as Newton's "Principia"
NEXT STEPS
- Read Feynman's Lectures on Physics for conceptual clarity
- Study Alonso and Finn's classical mechanics for detailed derivations
- Explore Arnold Arons' "Development of Concepts of Physics" for historical context
- Access Newton's "Principia" via Google Books for original insights
USEFUL FOR
This discussion is beneficial for physics students, educators, and anyone interested in the historical development of classical mechanics and the derivation of fundamental physics equations.