Learning Physics

PART I: MECHANICS



Introduction



1. One Dimensional Motion: Basic Concepts and Graphs



2. One Dimensional Motion: Equations and Problem Solving



3. Introduction to Dynamics: Forces in One Dimension



4. Newton's third law and interacting objects



5. Motion in two dimensions



6. Newton's Laws in Two Dimensions;

Kinetic and Static Friction



7. Circular motion



8. Conservation of energy



9. Linear Momentum I: Conservation of Momentum in One Dimension



10. Linear Momentum II: Conservation of Momentum in Two Dimensions, Impulse, and Center of Mass



11. Rotational Kinematics and Dynamics



12. Rotational Energy and Angular Momentum



13. Oscillations



14. Gravitation



15. Waves



(15a. Supplemental chapter on fluids available)



PART II: THERMODYNAMICS



16. Ideal gases; kinetic theory



17. The First Law of Thermodynamics;

Thermodynamic Cycles and Efficiency



18. Entropy and the Second Law of Thermodynamics



PART III: ELECTRICITY & MAGNETISM



20. Electric fields



21. Gauss' Law



22. Electric potential



23. Capacitors



24. Current, resistance, and DC circuits



25. Magnetism



26. Creating magnetic fields



27. Electromagnetic Induction and Faraday's Law



28. Inductance & motors



29. Time dependent DC circuits



30. AC Circuits



31. Maxwell's equations and EM Waves

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