Beginning students will benefit from the large number of student aids and the reduced math content. Professors will appreciate the organization of the material and the wealth of pedagogical tools.
Physics of Everyday Phenomena
by Griffith, W. Thomas; Brosing, Juliet-
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Summary
Table of Contents
Chapter 1 - Physics, the Fundamental ScienceUnit One - The Newtonian Revolution Chapter 2 - Describing Motion Chapter 3 - Falling Objects and Projectile Motion Chapter 4 - Newton's Laws: Explaining Motion Chapter 5 - Circular Motion, the Planets, and Gravity Chapter 6 - Energy and Oscillations Chapter 7 - Momentum and Impulse Chapter 8 - Rotational Motion of Solid ObjectsUnit Two - Fluids and Heat Chapter 9 - The Behavior of Fluids Chapter 10 - Temperature and Heat Chapter 11 - Heat Engines and the Second Law of ThermodynamicsUnit Three - Electricity and Magnetism Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 2 - Describing Motion Chapter 3 - Falling Objects and Projectile Motion Chapter 4 - Newton's Laws: Explaining Motion Chapter 5 - Circular Motion, the Planets, and Gravity Chapter 6 - Energy and Oscillations Chapter 7 - Momentum and Impulse Chapter 8 - Rotational Motion of Solid ObjectsUnit Two - Fluids and Heat Chapter 9 - The Behavior of Fluids Chapter 10 - Temperature and Heat Chapter 11 - Heat Engines and the Second Law of ThermodynamicsUnit Three - Electricity and Magnetism Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 4 - Newton's Laws: Explaining Motion Chapter 5 - Circular Motion, the Planets, and Gravity Chapter 6 - Energy and Oscillations Chapter 7 - Momentum and Impulse Chapter 8 - Rotational Motion of Solid ObjectsUnit Two - Fluids and Heat Chapter 9 - The Behavior of Fluids Chapter 10 - Temperature and Heat Chapter 11 - Heat Engines and the Second Law of ThermodynamicsUnit Three - Electricity and Magnetism Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 6 - Energy and Oscillations Chapter 7 - Momentum and Impulse Chapter 8 - Rotational Motion of Solid ObjectsUnit Two - Fluids and Heat Chapter 9 - The Behavior of Fluids Chapter 10 - Temperature and Heat Chapter 11 - Heat Engines and the Second Law of ThermodynamicsUnit Three - Electricity and Magnetism Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 8 - Rotational Motion of Solid ObjectsUnit Two - Fluids and Heat Chapter 9 - The Behavior of Fluids Chapter 10 - Temperature and Heat Chapter 11 - Heat Engines and the Second Law of ThermodynamicsUnit Three - Electricity and Magnetism Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 9 - The Behavior of Fluids Chapter 10 - Temperature and Heat Chapter 11 - Heat Engines and the Second Law of ThermodynamicsUnit Three - Electricity and Magnetism Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 11 - Heat Engines and the Second Law of ThermodynamicsUnit Three - Electricity and Magnetism Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 12 - Electrostatic Phenomena Chapter 13 - Electric Circuits Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 14 - Magnets and ElectromagnetismUnit Four - Wave Motion and Optics Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 15 - Making Waves Chapter 16 - Light Waves and Color Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 17 - Light and Image FormationUnit Five - The Atom and Its Nucleus Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 18 - The Structure of the Atom Chapter 19 - The Nucleus and Nuclear EnergyUnit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Unit Six - Relativity and Beyond Chapter 20 - Relativity Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Chapter 21 - Beyond Everyday Phenomena Appendix A - Using Simple Algebra Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Appendix B - Decimal Fractions, Percentages, and Scientific Notation Appendix C - Vectors and Vector Addition Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Appendix D - Answers to Odd-Numbered Exercises and Challenge Problems Photo Credits Glossary Index
Glossary Index
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