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University physics : [electronic book] /

By: Ling, Samuel J [author.].
Contributor(s): Sanny, Jeff, 1952- [author.] | Moebs, William [author.] | OpenStax (Nonprofit organization).
Publisher: Houston, Texas : OpenStax, Rice University, 2016Description: 1 online resource (3 volumes) : color illustrations.Content type: text Media type: computer Carrier type: online resourceISBN: 1947172204; 9781947172203; 1947172212; 9781947172210; 1947172220; 9781947172227.Subject(s): Physics -- Textbooks | Electricity | Magnetism | Waves | Physical optics | Sound | Thermodynamics | Mechanics -- TextbooksOnline resources: Access ebook here Volume 1 | Volume 2 | Volume 3
Contents:
Unit 1. Mechanics. Chapter 1: Units and measurement -- Chapter 2: Vectors -- Chapter 3: Motion along a straight line -- Chapter 4: Motion in two and three dimensions -- Chapter 5: Newton's Laws of Motion -- Chapter 6: Applications of Newton's Laws -- Chapter 7: Work and kinetic energy -- Chapter 8: Potential energy and conservation of energy -- Chapter 9: Linear momentum and collisions -- Chapter 10: Fixed-axis rotation -- Chapter 11: Angular momentum -- Chapter 12: Static equilibrium and elasticity -- Chapter 13: Gravitation -- Chapter 14: Fluid mechanics -- Unit 2. Waves and Acoustics. Chapter 15: Oscillations -- Chapter 16: Waves -- Chapter 17: Sound -- Appendix A: Units -- Appendix B: Conversion factors -- Appendix C: Fundamental constants -- Appendix D: Astronomical data -- Appendix E: Mathematical formulas -- Appendix F: Chemistry -- Appendix G: The Greek alphabet.
Unit 1. Thermodynamics. Chapter 1: Temperature and heat -- Chapter 2: The kinetic theory of gases -- Chapter 3: The first law of thermodynamics -- Chapter 4: The second law of thermodynamics -- Unit 2. Electricity and magnetism. Chapter 5: Electric charges and fields -- Chapter 6: Gauss's law -- Chapter 7: Electric potential -- Chapter 8: Capacitance -- Chapter 9: Current and resistance -- Chapter 10: Direct-current circuits -- Chapter 11: Magnetic forces and fields -- Chapter 12: Sources of magnetic fields -- Chapter 13: Electromagnetic induction -- Chapter 14: Inductance -- Chapter 15: Alternating-current circuits -- Chapter 16: Electromagnetic waves -- Appendix A: Units -- Appendix B: Conversion factors -- Appendix C: Fundamental constants -- Appendix D: Astronomical data -- Appendix E: Mathematical formulas -- Appendix F: Chemistry -- Appendix G: The Greek alphabet.
Unit 1. Optics. Chapter 1: The nature of light -- Chapter 2: Geometric optics and image formation -- Chapter 3: Interference -- Chapter 4: Diffraction -- Unit 2. Modern physics. Chapter 5: Relativity -- Chapter 6: Photons and matter waves -- Chapter 7: Quantum mechanics -- Chapter 8: Atomic structure -- Chapter 9: Condensed matter physics -- Chapter 10: Nuclear physics -- Chapter 11: Particle physics and cosmology -- Appendix A: Units -- Appendix B: Conversion factors -- Appendix C: Fundamental constants -- Appendix D: Astronomical data -- Appendix E: Mathematical formulas -- Appendix F: Chemistry -- Appendix G: The Greek alphabet.
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Holdings
Item type Current library Call number Status Date due Barcode Item holds
Ebook Ebook ATU Sligo Yeats Library Electronic Resource Available Online
Total holds: 0

Includes appendices and index. Revision UP1-2016-000(09/16)-BW--Volume 1 title page verso; Revision UP2-2016-001(10/16)-BW--Volume 2 title page verso; Revision UP3-2016-000(09/16)-BW--Volume 3 title page verso.

Unit 1. Mechanics. Chapter 1: Units and measurement -- Chapter 2: Vectors -- Chapter 3: Motion along a straight line -- Chapter 4: Motion in two and three dimensions -- Chapter 5: Newton's Laws of Motion -- Chapter 6: Applications of Newton's Laws -- Chapter 7: Work and kinetic energy -- Chapter 8: Potential energy and conservation of energy -- Chapter 9: Linear momentum and collisions -- Chapter 10: Fixed-axis rotation -- Chapter 11: Angular momentum -- Chapter 12: Static equilibrium and elasticity -- Chapter 13: Gravitation -- Chapter 14: Fluid mechanics -- Unit 2. Waves and Acoustics. Chapter 15: Oscillations -- Chapter 16: Waves -- Chapter 17: Sound -- Appendix A: Units -- Appendix B: Conversion factors -- Appendix C: Fundamental constants -- Appendix D: Astronomical data -- Appendix E: Mathematical formulas -- Appendix F: Chemistry -- Appendix G: The Greek alphabet.

Unit 1. Thermodynamics. Chapter 1: Temperature and heat -- Chapter 2: The kinetic theory of gases -- Chapter 3: The first law of thermodynamics -- Chapter 4: The second law of thermodynamics -- Unit 2. Electricity and magnetism. Chapter 5: Electric charges and fields -- Chapter 6: Gauss's law -- Chapter 7: Electric potential -- Chapter 8: Capacitance -- Chapter 9: Current and resistance -- Chapter 10: Direct-current circuits -- Chapter 11: Magnetic forces and fields -- Chapter 12: Sources of magnetic fields -- Chapter 13: Electromagnetic induction -- Chapter 14: Inductance -- Chapter 15: Alternating-current circuits -- Chapter 16: Electromagnetic waves -- Appendix A: Units -- Appendix B: Conversion factors -- Appendix C: Fundamental constants -- Appendix D: Astronomical data -- Appendix E: Mathematical formulas -- Appendix F: Chemistry -- Appendix G: The Greek alphabet.

Unit 1. Optics. Chapter 1: The nature of light -- Chapter 2: Geometric optics and image formation -- Chapter 3: Interference -- Chapter 4: Diffraction -- Unit 2. Modern physics. Chapter 5: Relativity -- Chapter 6: Photons and matter waves -- Chapter 7: Quantum mechanics -- Chapter 8: Atomic structure -- Chapter 9: Condensed matter physics -- Chapter 10: Nuclear physics -- Chapter 11: Particle physics and cosmology -- Appendix A: Units -- Appendix B: Conversion factors -- Appendix C: Fundamental constants -- Appendix D: Astronomical data -- Appendix E: Mathematical formulas -- Appendix F: Chemistry -- Appendix G: The Greek alphabet.

Textbook content produced by OpenStax is licensed under a Creative Commons Attribution 4.0 International License.

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