Mathematica for calculus-based physics
Marvin L. De Jong · Medical Entomology and Zoology · 1999
1. Calculations, Formulas, and Equations: A Mathematica Sampler. 2. Functions, Derivatives, and Numerical Integration. 3. Raindrops, Pebbles, and Shuttlecocks: Objects Falling in Air. 4. Vectors, Baseballs, Planets, and Moonshots. 5. Using Mathematica to Do Traditional Physics Problems. 6. Potential Energy and Conservative Forces. 7. Newton's Second Law is a Differential Equation. 8. Topics in Linear Momentum and Gravitation. 9. Oscillatory Motion. 10. Topics in a Wave Motion. 11. Electric Potential Problems. 12. Electrical Circuits. 13. Return to Chaos. 14. Mathematica in the Laboratory. 15. Additional Topics on Waves.