Table of Contents

1. Introduction to Vectors • 2. Uniformly Accelerated Motion • 3. Newton's Laws • 4. Equilibrium Under the Action of Concurrent Forces • 5. Equilibrium of a Rigid Body Under Coplanar Forces • 6. Work, Energy, and Power • 7. Simple Machines • 8. Impulse and Momentum • 9. Angular Motion in a Plane • 10. Rigid-Body Rotation • 11. Simple Harmonic Motion and Springs • 12. Density: Elasticity • 13. Fluids at Rest • 14. Fluids in Motion • 15. Thermal Expansion • 16. Ideal Gases • 17. Kinetic Theory • 18. Heat Quantities • 19. Transfer of Thermal Energy • 20. First Law of Thermodynamics • 21. Entropy and the Second Law • 22. Wave Motion • 23. Sound • 24. Coulomb's Law and Electric Fields • 25. Electric Potential; Capacitance • 26. Current, Resistance, and Ohm's Law • 27. Electrical Power • 28. Equivalent Resistance; Simple Circuits 29. Kirchhoff's Laws • 30. Forces in Magnetic Fields • 31. Sources of Magnetic Fields • 32. Induced EMF; Magnetic Flux 33. Electric Generators and Motors • 34. Inductance; R-C and R-L Time Constants • 35. Alternating Current • 36. Reflection of Light • 37. Refraction of Light • 38. Thin Lenses • 39. Optical Instruments • 40. Interference and Diffraction of Light • 41. Relativity • 42. Quantum Physics and Wave Mechanics • 43. The Hydrogen Atom • 44. Multielectron Atoms • 45. Nuclei and Radioactivity • 46. Applied Nuclear Physics

About the Author

Distinguished Professor At Large, University of Dayton, received his Ph.D. in physics from Cornell University. Eugene Hecht is a member of the Physics Department of Adelphi Unversity in New York. He has authored eight books.