Physics for Scientists and Engineers: A Strategic Approach with Modern Physics 4th Edition

Physics for Scientists and Engineers: A Strategic Approach with Modern Physics (4th Edition)

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Physics for Scientists and Engineers: A Strategic Approach with Modern Physics (4th Edition)

Book Edition4th Edition
Author(s)Knight
ISBN9780133942651
Alternate ISBN(s)9780134092508, 9781292157429
PublisherPearson Higher Education
SubjectPhysics

Course Hero-verified solutions and explanations

  1. Chapter 1Concepts of Motion

  2. Chapter 2Kinematics in One Dimension

  3. Chapter 3Vectors and Coordinate Systems

  4. Chapter 4Kinematics in Two Dimensions

  5. Chapter 5Force and Motion

  6. Chapter 6Dynamics I: Motion Along a Line

  7. Chapter 7Newton's Third Law

  8. Chapter 8Dynamics II: Motion in a Plane

  9. Chapter 9Work and Kinetic Energy

  10. Chapter 10Interactions and Potential Energy

  11. Chapter 11Impulse and Momentum

  12. Chapter 12Rotation of a Rigid Body

  13. Chapter 13Newton's Theory of Gravity

  14. Chapter 14Fluids and Elasticity

  15. Chapter 15Oscillations

  16. Chapter 16Traveling Waves

  17. Chapter 17Superposition

  18. Chapter 18A Macroscopic Description of Matter

  19. Chapter 19Work, Heat, and the First Law of Thermodynamics

  20. Chapter 20The Micro/Macro Connection

  21. Chapter 21Heat Engines and Refrigerators

  22. Chapter 22Electric Charges and Forces

  23. Chapter 23The Electric Field

  24. Chapter 24Gauss's Law

  25. Chapter 25The Electric Potential

  26. Chapter 26Potential and Field

  27. Chapter 27Current and Resistance

  28. Chapter 28Fundamentals of Circuits

  29. Chapter 29The Magnetic Field

  30. Chapter 30Electromagnetic Induction

  31. Chapter 31Electromagnetic Fields and Waves

  32. Chapter 32AC Circuits

  33. Chapter 33Wave Optics

  34. Chapter 34Ray Optics

  35. Chapter 35Optical Instruments

  36. Chapter 36Relativity

  • Solutions
  • Book Info

  1. Chapter 1Concepts of Motion

  2. Chapter 2Kinematics in One Dimension

  3. Chapter 3Vectors and Coordinate Systems

  4. Chapter 4Kinematics in Two Dimensions

  5. Chapter 5Force and Motion

  6. Chapter 6Dynamics I: Motion Along a Line

  7. Chapter 7Newton's Third Law

  8. Chapter 8Dynamics II: Motion in a Plane

  9. Chapter 9Work and Kinetic Energy

  10. Chapter 10Interactions and Potential Energy

  11. Chapter 11Impulse and Momentum

  12. Chapter 12Rotation of a Rigid Body

  13. Chapter 13Newton's Theory of Gravity

  14. Chapter 14Fluids and Elasticity

  15. Chapter 15Oscillations

  16. Chapter 16Traveling Waves

  17. Chapter 17Superposition

  18. Chapter 18A Macroscopic Description of Matter

  19. Chapter 19Work, Heat, and the First Law of Thermodynamics

  20. Chapter 20The Micro/Macro Connection

  21. Chapter 21Heat Engines and Refrigerators

  22. Chapter 22Electric Charges and Forces

  23. Chapter 23The Electric Field

  24. Chapter 24Gauss's Law

  25. Chapter 25The Electric Potential

  26. Chapter 26Potential and Field

  27. Chapter 27Current and Resistance

  28. Chapter 28Fundamentals of Circuits

  29. Chapter 29The Magnetic Field

  30. Chapter 30Electromagnetic Induction

  31. Chapter 31Electromagnetic Fields and Waves

  32. Chapter 32AC Circuits

  33. Chapter 33Wave Optics

  34. Chapter 34Ray Optics

  35. Chapter 35Optical Instruments

  36. Chapter 36Relativity