
Principles & Practice of Physics
by Eric Mazur
2nd Edition
Publisher: Pearson
Book Details
| Print ISBN | 9780135610862 |
| eText ISBN | 9780135610534 |
| Publisher | Pearson |
| Publishing Year | 2021 |
| Edition | 2nd Edition |
| Language | English |
Principles & Practice of Physics, 2nd Edition, by Eric Mazur, is a calculus-based physics textbook published by Pearson for university science and engineering students. The text aims to develop systematic quantitative problem-solving skills alongside deep conceptual understanding in introductory physics sequences.
Grounded in findings from physics education research, the material presents physical phenomena through a structured two-stage approach. Each chapter introduces foundational principles using descriptive language and visual models before introducing formal mathematical equations. Coverage spans foundational topics including one-dimensional motion, conservation laws, and special relativity, moving through fluids, thermal degradation, electrostatics, electric circuits, and optics.
By separating qualitative conceptualization from mathematical formalism in every topic, the text assists learners in developing physical intuition prior to executing complex symbolic derivations. This edition serves introductory calculus-based physics courses by establishing clear connections between conceptual reasoning and quantitative application.
Table of Contents
Chapter 1: Foundations
Chapter 2: Motion in One Dimension
Chapter 3: Acceleration
Chapter 4: Momentum
Chapter 5: Energy
Chapter 6: Principle of Relativity
Chapter 7: Interactions
Chapter 8: Force
Chapter 9: Work
Chapter 10: Motion in a Plane
Chapter 11: Motion in a Circle
Chapter 12: Torque
Chapter 13: Gravity
Chapter 14: Special Relativity
Chapter 15: Periodic Motion
Chapter 16: Waves in One Dimension
Chapter 17: Waves in Two and Three Dimensions
Chapter 18: Fluids
Chapter 19: Entropy
Chapter 20: Energy Transferred Thermally
Chapter 21: Degradation of Energy
Chapter 22: Electric Interactions
Chapter 23: The Electric Field
Chapter 24: Gauss’s Law
Chapter 25: Work and Energy in Electrostatics
Chapter 26: Charge Separation and Storage
Chapter 27: Magnetic Interactions
Chapter 28: Magnetic Fields of Charged Particles in Motion
Chapter 29: Changing Magnetic Fields
Chapter 30: Changing Electric Fields
Chapter 31: Electric Circuits
Chapter 32: Electronics
Chapter 33: Optics
Chapter 34: Wave and Particle Optics
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