What is included with this book?
Preface | |
Table of Contents | |
A World View | |
How Many Digits? | p. 1 |
Units | p. 2 |
Changing Units | p. 3 |
Problem Solving | p. 4 |
Problems | p. 5 |
Describing Motion | |
Images of Speed | p. 7 |
Average Speed | p. 9 |
Instantaneous Speed | p. 11 |
Velocity-Time Graphs | p. 13 |
Speed with Direction | p. 13 |
Acceleration | p. 14 |
Free Fall: Making a Rule of Nature | p. 16 |
Starting With an Initial Velocity | p. 17 |
Problems | p. 18 |
Explaining Motion | |
Adding Vectors | p. 21 |
The Second Law | p. 22 |
Weight | p. 24 |
Drawing Free-Body Diagrams | p. 25 |
Friction | p. 26 |
Using Free-Body Diagrams | p. 27 |
Newton's Third Law | p. 28 |
Problems | p. 29 |
Motions in Space | |
Acceleration Revisited | p. 32 |
Acceleration in Circular Motion | p. 34 |
Projectile Motion | p. 36 |
Problems | p. 38 |
Gravity | |
Newton's Gravity | p. 40 |
The Law of Universal Gravitation | p. 40 |
The Value of G | p. 41 |
Gravity near Earth's Surface | p. 41 |
Satellites | p. 41 |
The Field Concept | p. 44 |
Problems | p. 45 |
Momentum | |
Changing an Object's Momentum | p. 47 |
Conservation of Linear Momentum | p. 48 |
Investigating Accidents | p. 50 |
Two-Dimensional Collisions | p. 51 |
Problems | p. 52 |
Energy | |
Energy of Motion | p. 55 |
Conservation of Kinetic Energy | p. 55 |
Changing Kinetic Energy | p. 57 |
Gravitational Potential Energy | p. 59 |
Conservation of Mechanical Energy | p. 60 |
Power | p. 62 |
Problems | p. 62 |
Rotation | |
Torque | p. 65 |
Rotational Inertia | p. 67 |
Conservation of Angular Momentum | p. 68 |
Problems | p. 71 |
Classical Relativity | |
Comparing Velocities | p. 73 |
Realistic Inertial Forces | p. 74 |
Centrifugal Forces | p. 76 |
Earth: A Nearly Inertial System | p. 77 |
Problems | p. 78 |
Einstein's Relativity | |
Searching for the Medium of Light | p. 80 |
Experimental Evidence for Time Dilation | p. 81 |
Comparing Velocities | p. 83 |
Length Contraction | p. 83 |
Relativistic Laws of Motion | p. 84 |
Gravity and Acceleration | p. 85 |
Gravity and Light | p. 86 |
Problems | p. 87 |
Structure of Matter | |
Masses and Sizes of Atoms | p. 89 |
Pressure | p. 91 |
Temperature | p. 92 |
The Ideal Gas Law: A Microscopic View | p. 94 |
The Ideal Gas Law: A Macroscopic View | p. 94 |
Problems | p. 96 |
States of Matter | |
Density | p. 98 |
Elasticity | p. 99 |
Pressure | p. 100 |
Sink and Float | p. 101 |
Problems | p. 103 |
Thermal Energy | |
Mechanical Work and Heat | p. 105 |
Specific Heat | p. 106 |
Change of State | p. 107 |
Conduction | p. 108 |
Radiation | p. 109 |
Thermal Expansion | p. 110 |
Problems | p. 111 |
Available Energy | |
Real Engines | p. 114 |
Refrigerators | p. 115 |
Entropy | p. 116 |
Problems | p. 117 |
Vibrations and Waves | |
Simple Vibrations | p. 119 |
Mass on a Spring | p. 119 |
The Pendulum | p. 122 |
One-Dimensional Waves | p. 124 |
Periodic Waves | p. 125 |
Standing Waves | p. 126 |
Interference | p. 127 |
Diffraction | p. 127 |
Problems | p. 128 |
Sound and Music | |
Speed of Sound | p. 131 |
Hearing Sounds | p. 131 |
Stringed Instruments | p. 132 |
Wind Instruments | p. 133 |
Beats | p. 134 |
Doppler Effect | p. 135 |
Problems | p. 137 |
Light | |
Pinhole Cameras | p. 139 |
Flat Mirrors | p. 139 |
Locating the Images | p. 140 |
Speed of Light | p. 143 |
Problems | p. 144 |
Refraction of Light | |
Index of Refraction | p. 146 |
Images Produced by Lenses | p. 147 |
Cameras | p. 149 |
Our Eyes | p. 149 |
Magnifiers | p. 150 |
Problems | p. 150 |
A Model For Light | |
Refraction | p. 153 |
Interference | p. 154 |
Diffraction | p. 155 |
Thin Films | p. 156 |
Problems | p. 158 |
Electricity | |
The Electric Force | p. 160 |
Electricity and Gravity | p. 161 |
The Electric Field | p. 162 |
Electric Potential | p. 164 |
Problems | p. 166 |
Electric Current | |
Resistance | p. 168 |
Ohm's Law | p. 170 |
Batteries and Bulbs | p. 171 |
Electric Power | p. 173 |
Problems | p. 175 |
Electromagnetism | |
Charged Particles in Magnetic Fields | p. 178 |
Fraday's Law | p. 179 |
Transformers | p. 181 |
Making Waves | p. 181 |
Problems | p. 182 |
The Early Atom | |
The Discovery of the Electron | p. 184 |
Radiating Objects | p. 185 |
The Photoelectric Effect | p. 186 |
Bohr's Model | p. 187 |
Atomic Spectra Explained | p. 188 |
Problems | p. 189 |
The Modern Atom | |
De Broglie's Waves | p. 190 |
A Particle in a Box | p. 191 |
The Uncertainty Principle | p. 192 |
Problems | p. 194 |
The Nucleus | |
Radioactive Decay | p. 196 |
Radioactive Clocks | p. 197 |
Radiation and Matter | p. 198 |
Problems | p. 199 |
Nuclear Energy | |
Nuclear Binding Energy | p. 201 |
Nuclear Fission | p. 202 |
Nuclear Reactors | p. 203 |
Fusion Reactors | p. 204 |
Solar Power | p. 205 |
Problems | p. 205 |
Elementary Particles | |
Antimatter | p. 207 |
Exchange Particles | p. 208 |
Problems | p. 210 |
Answers to Odd-Numbered Problems | p. 211 |
Appendix | |
Physical Constants and Data | p. 217 |
Geometry | p. 217 |
Standard Abbreviations | p. 218 |
Prefixes for Powers of Ten | p. 218 |
Conversion Factors | p. 219 |
The Greek Alphabet | p. 220 |
Solar System Data | p. 220 |
Table of Contents provided by Ingram. All Rights Reserved. |
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