Description: VOLUME I: Introduction. 1. Calculus Review. 2. Straight-Line Motion (One Dimension): Position and Velocity. 3. Straight-Line Motion (One Dimension): Position, Velocity, and Acceleration. 4. Motion in a Plane (Two Dimensions): Projectiles. 5. Motion in a Plane (Two Dimensions): Projectiles, Relative Motion, and More. 6. Forces and Newton's Laws: The Main Ideas. 7. Forces and Newton's Laws: More Core Concepts. 8. Forces and Newton's Laws: Applications, with Introduction to Multi-block Problems. 9. Forces, Newton's Laws, and Particle Dynamics: Everything, with Friction. 10. Forces, Newton's Laws, and Particle Dynamics: Circular Motion. 11. Work and Energy: With Core Concepts of Potential Energy and Energy Conservation. 12. Energy and Momentum Conservation, Collisions, Center of Mass: Systems of Particles. 13. More Energy and Momentum Conservation: Collisions and Systems of Particles. 14. Rotation: Kinematics and Basic Dynamics of Rigid Bodies. 15. Rotational Dynamics: Multi-block Problems, Rolling, and More. 16. Rotation: Everything, with Angular Momentum. 17. Statics: Rigid Bodies in Equilibrium. 18. Gravitation: Part I. 19. Gravitation: Part II. 20. Oscillations: Simple Harmonic Motion. 21. Waves: Traveling Waves, Standing Waves, Superposition, Interference. 22. Fluids: Statics and Dynamics. 23. Review Problem Set Number One (Chapters 2-9). 24. Review Problem Set Number Two (Chapters 10-16). 25. Review Problem Set Number Three (Chapters 1-22). 26. Exam Preparation: Study Tips, Cheat Sheet Tips, and Test-taking Tips. 27. Practice Midterm One A (Chapters 2-9). 28. Practice Midterm One B (Chapters 2-9). 29. Practice Midterm Two A (Chapters 10-16). 30. Practice Midterm Two B (Chapters 10-16). 31. Practice Final Exam Number One (Chapters 1-22). 32. Practice Final Exam Number Two (Chapters 1-22).

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