- Page 2 and 3: Copyright 2010 Cengage Learning. Al
- Page 4 and 5: College Physics, Ninth Edition Serw
- Page 6 and 7: ■ Contents Overview PART 1 | Mech
- Page 8 and 9: vi | Contents CHAPTER 12 The Laws o
- Page 10 and 11: ■ About the Authors Raymond A. Se
- Page 12 and 13: x | Preface Integration with Enhanc
- Page 14 and 15: xii | Preface ■ ■ ■ ■ Chapt
- Page 16 and 17: xiv | Preface Multiple-Choice Quest
- Page 18 and 19: xvi | Preface Quick Quizzes All the
- Page 20 and 21: xviii | Preface Appendices and Endp
- Page 24 and 25: xxii | Preface PowerLecture DVD-ROM
- Page 26 and 27: ■ Engaging Applications Although
- Page 28 and 29: ■ To The Student xxvi As a studen
- Page 30 and 31: xxviii | To The Student up the righ
- Page 32 and 33: Welcome to Your MCAT Test Preparati
- Page 34 and 35: Light Skill Objectives: To understa
- Page 36 and 37: 2 CHAPTER 1 | Introduction Definiti
- Page 38 and 39: 4 CHAPTER 1 | Introduction equivale
- Page 40 and 41: 6 CHAPTER 1 | Introduction Here it
- Page 42 and 43: 8 CHAPTER 1 | Introduction Tip 1.2
- Page 44 and 45: 10 CHAPTER 1 | Introduction (d) Cal
- Page 46 and 47: 12 CHAPTER 1 | Introduction 1.6 Est
- Page 48 and 49: 14 CHAPTER 1 | Introduction REMARKS
- Page 50 and 51: 16 CHAPTER 1 | Introduction SOLUTIO
- Page 52 and 53: 18 CHAPTER 1 | Introduction Tip 1.4
- Page 54 and 55: 20 CHAPTER 1 | Introduction 5. The
- Page 56 and 57: 22 CHAPTER 1 | Introduction deepest
- Page 58 and 59: 24 CHAPTER 1 | Introduction consume
- Page 60 and 61: 26 CHAPTER 2 | Motion in One Dimens
- Page 62 and 63: 28 CHAPTER 2 | Motion in One Dimens
- Page 64 and 65: 30 CHAPTER 2 | Motion in One Dimens
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38 CHAPTER 2 | Motion in One Dimens
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40 CHAPTER 2 | Motion in One Dimens
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42 CHAPTER 2 | Motion in One Dimens
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44 CHAPTER 2 | Motion in One Dimens
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46 CHAPTER 2 | Motion in One Dimens
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48 CHAPTER 2 | Motion in One Dimens
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50 CHAPTER 2 | Motion in One Dimens
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52 CHAPTER 2 | Motion in One Dimens
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54 CHAPTER 2 | Motion in One Dimens
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Dave “Human Cannonball” Smith h
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58 CHAPTER 3 | Vectors and Two-Dime
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60 CHAPTER 3 | Vectors and Two-Dime
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62 CHAPTER 3 | Vectors and Two-Dime
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64 CHAPTER 3 | Vectors and Two-Dime
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66 CHAPTER 3 | Vectors and Two-Dime
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68 CHAPTER 3 | Vectors and Two-Dime
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70 CHAPTER 3 | Vectors and Two-Dime
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72 CHAPTER 3 | Vectors and Two-Dime
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74 CHAPTER 3 | Vectors and Two-Dime
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76 CHAPTER 3 | Vectors and Two-Dime
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78 CHAPTER 3 | Vectors and Two-Dime
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80 CHAPTER 3 | Vectors and Two-Dime
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82 CHAPTER 3 | Vectors and Two-Dime
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84 CHAPTER 3 | Vectors and Two-Dime
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By intuitively applying Newton’s
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88 CHAPTER 4 | The Laws of Motion F
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90 CHAPTER 4 | The Laws of Motion F
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92 CHAPTER 4 | The Laws of Motion t
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94 CHAPTER 4 | The Laws of Motion
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96 CHAPTER 4 | The Laws of Motion F
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98 CHAPTER 4 | The Laws of Motion E
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100 CHAPTER 4 | The Laws of Motion
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102 CHAPTER 4 | The Laws of Motion
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104 CHAPTER 4 | The Laws of Motion
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106 CHAPTER 4 | The Laws of Motion
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108 CHAPTER 4 | The Laws of Motion
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110 CHAPTER 4 | The Laws of Motion
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112 CHAPTER 4 | The Laws of Motion
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114 CHAPTER 4 | The Laws of Motion
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116 CHAPTER 4 | The Laws of Motion
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118 CHAPTER 4 | The Laws of Motion
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120 CHAPTER 4 | The Laws of Motion
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122 CHAPTER 4 | The Laws of Motion
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By timing his jumps, a student does
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126 CHAPTER 5 | Energy u S F F cos
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128 CHAPTER 5 | Energy redmal/iStoc
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130 CHAPTER 5 | Energy Kinetic ener
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132 CHAPTER 5 | Energy Figure 5.10
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134 CHAPTER 5 | Energy Tip 5.3 Pote
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136 CHAPTER 5 | Energy forces like
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138 CHAPTER 5 | Energy SOLUTION Use
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140 CHAPTER 5 | Energy (b) Find the
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142 CHAPTER 5 | Energy Problems inv
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144 CHAPTER 5 | Energy spring’s c
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146 CHAPTER 5 | Energy environment.
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148 CHAPTER 5 | Energy Tip 5.6 Watt
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150 CHAPTER 5 | Energy ■ EXAMPLE
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152 CHAPTER 5 | Energy Table 5.1 Ma
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154 CHAPTER 5 | Energy REMARKS Only
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156 CHAPTER 5 | Energy climber’s
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158 CHAPTER 5 | Energy 5.1 Work 1.
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160 CHAPTER 5 | Energy and then hel
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162 CHAPTER 5 | Energy horizontal.
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164 CHAPTER 5 | Energy the barrel o
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166 CHAPTER 5 | Energy that the ini
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168 CHAPTER 6 | Momentum and Collis
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170 CHAPTER 6 | Momentum and Collis
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172 CHAPTER 6 | Momentum and Collis
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174 CHAPTER 6 | Momentum and Collis
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176 CHAPTER 6 | Momentum and Collis
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178 CHAPTER 6 | Momentum and Collis
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180 CHAPTER 6 | Momentum and Collis
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182 CHAPTER 6 | Momentum and Collis
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184 CHAPTER 6 | Momentum and Collis
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186 CHAPTER 6 | Momentum and Collis
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188 CHAPTER 6 | Momentum and Collis
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190 CHAPTER 6 | Momentum and Collis
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192 CHAPTER 6 | Momentum and Collis
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194 CHAPTER 6 | Momentum and Collis
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196 CHAPTER 6 | Momentum and Collis
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The International Space Station fal
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200 CHAPTER 7 | Rotational Motion a
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202 CHAPTER 7 | Rotational Motion a
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204 CHAPTER 7 | Rotational Motion a
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206 CHAPTER 7 | Rotational Motion a
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208 CHAPTER 7 | Rotational Motion a
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210 CHAPTER 7 | Rotational Motion a
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212 CHAPTER 7 | Rotational Motion a
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214 CHAPTER 7 | Rotational Motion a
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216 CHAPTER 7 | Rotational Motion a
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218 CHAPTER 7 | Rotational Motion a
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220 CHAPTER 7 | Rotational Motion a
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222 CHAPTER 7 | Rotational Motion a
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224 CHAPTER 7 | Rotational Motion a
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226 CHAPTER 7 | Rotational Motion a
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228 CHAPTER 7 | Rotational Motion a
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230 CHAPTER 7 | Rotational Motion a
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232 CHAPTER 7 | Rotational Motion a
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234 CHAPTER 7 | Rotational Motion a
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236 CHAPTER 8 | Rotational Equilibr
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238 CHAPTER 8 | Rotational Equilibr
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240 CHAPTER 8 | Rotational Equilibr
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242 CHAPTER 8 | Rotational Equilibr
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244 CHAPTER 8 | Rotational Equilibr
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246 CHAPTER 8 | Rotational Equilibr
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248 CHAPTER 8 | Rotational Equilibr
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250 CHAPTER 8 | Rotational Equilibr
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252 CHAPTER 8 | Rotational Equilibr
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254 CHAPTER 8 | Rotational Equilibr
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256 CHAPTER 8 | Rotational Equilibr
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258 CHAPTER 8 | Rotational Equilibr
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260 CHAPTER 8 | Rotational Equilibr
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262 CHAPTER 8 | Rotational Equilibr
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264 CHAPTER 8 | Rotational Equilibr
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266 CHAPTER 8 | Rotational Equilibr
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268 CHAPTER 8 | Rotational Equilibr
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270 CHAPTER 8 | Rotational Equilibr
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272 CHAPTER 8 | Rotational Equilibr
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274 CHAPTER 8 | Rotational Equilibr
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276 CHAPTER 8 | Rotational Equilibr
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278 CHAPTER 9 | Solids and Fluids .
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280 CHAPTER 9 | Solids and Fluids F
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282 CHAPTER 9 | Solids and Fluids (
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284 CHAPTER 9 | Solids and Fluids A
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286 CHAPTER 9 | Solids and Fluids t
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288 CHAPTER 9 | Solids and Fluids b
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290 CHAPTER 9 | Solids and Fluids
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292 CHAPTER 9 | Solids and Fluids Q
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294 CHAPTER 9 | Solids and Fluids .
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296 CHAPTER 9 | Solids and Fluids A
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298 CHAPTER 9 | Solids and Fluids T
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300 CHAPTER 9 | Solids and Fluids F
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302 CHAPTER 9 | Solids and Fluids R
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304 CHAPTER 9 | Solids and Fluids t
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306 CHAPTER 9 | Solids and Fluids T
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308 CHAPTER 9 | Solids and Fluids n
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310 CHAPTER 9 | Solids and Fluids S
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312 CHAPTER 9 | Solids and Fluids S
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314 CHAPTER 9 | Solids and Fluids A
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316 CHAPTER 9 | Solids and Fluids T
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318 CHAPTER 9 | Solids and Fluids B
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320 CHAPTER 9 | Solids and Fluids 9
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322 CHAPTER 9 | Solids and Fluids c
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324 CHAPTER 9 | Solids and Fluids o
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326 CHAPTER 9 | Solids and Fluids 9
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328 CHAPTER 9 | Solids and Fluids 6
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330 CHAPTER 9 | Solids and Fluids h
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332 CHAPTER 10 | Thermal Physics 10
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334 CHAPTER 10 | Thermal Physics Th
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336 CHAPTER 10 | Thermal Physics Fi
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338 CHAPTER 10 | Thermal Physics .
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340 CHAPTER 10 | Thermal Physics Fi
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342 CHAPTER 10 | Thermal Physics
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344 CHAPTER 10 | Thermal Physics Av
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346 CHAPTER 10 | Thermal Physics Ca
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348 CHAPTER 10 | Thermal Physics (c
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350 CHAPTER 10 | Thermal Physics .
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352 CHAPTER 10 | Thermal Physics So
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354 CHAPTER 10 | Thermal Physics RE
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356 CHAPTER 10 | Thermal Physics
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358 CHAPTER 10 | Thermal Physics 20
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360 CHAPTER 10 | Thermal Physics le
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Energy transferred to water through
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364 CHAPTER 11 | Energy in Thermal
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366 CHAPTER 11 | Energy in Thermal
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368 CHAPTER 11 | Energy in Thermal
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370 CHAPTER 11 | Energy in Thermal
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372 CHAPTER 11 | Energy in Thermal
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374 CHAPTER 11 | Energy in Thermal
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376 CHAPTER 11 | Energy in Thermal
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378 CHAPTER 11 | Energy in Thermal
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380 CHAPTER 11 | Energy in Thermal
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382 CHAPTER 11 | Energy in Thermal
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384 CHAPTER 11 | Energy in Thermal
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386 CHAPTER 11 | Energy in Thermal
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388 CHAPTER 11 | Energy in Thermal
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390 CHAPTER 11 | Energy in Thermal
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392 CHAPTER 11 | Energy in Thermal
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394 CHAPTER 11 | Energy in Thermal
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396 CHAPTER 12 | The Laws of Thermo
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398 CHAPTER 12 | The Laws of Thermo
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400 CHAPTER 12 | The Laws of Thermo
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402 CHAPTER 12 | The Laws of Thermo
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404 CHAPTER 12 | The Laws of Thermo
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406 CHAPTER 12 | The Laws of Thermo
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408 CHAPTER 12 | The Laws of Thermo
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410 CHAPTER 12 | The Laws of Thermo
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412 CHAPTER 12 | The Laws of Thermo
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414 CHAPTER 12 | The Laws of Thermo
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416 CHAPTER 12 | The Laws of Thermo
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418 CHAPTER 12 | The Laws of Thermo
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420 CHAPTER 12 | The Laws of Thermo
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422 CHAPTER 12 | The Laws of Thermo
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424 CHAPTER 12 | The Laws of Thermo
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426 CHAPTER 12 | The Laws of Thermo
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428 CHAPTER 12 | The Laws of Thermo
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430 CHAPTER 12 | The Laws of Thermo
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432 CHAPTER 12 | The Laws of Thermo
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434 CHAPTER 12 | The Laws of Thermo
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436 CHAPTER 12 | The Laws of Thermo
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438 CHAPTER 13 | Vibrations and Wav
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440 CHAPTER 13 | Vibrations and Wav
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442 CHAPTER 13 | Vibrations and Wav
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444 CHAPTER 13 | Vibrations and Wav
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446 CHAPTER 13 | Vibrations and Wav
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448 CHAPTER 13 | Vibrations and Wav
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450 CHAPTER 13 | Vibrations and Wav
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452 CHAPTER 13 | Vibrations and Wav
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454 CHAPTER 13 | Vibrations and Wav
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456 CHAPTER 13 | Vibrations and Wav
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458 CHAPTER 13 | Vibrations and Wav
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460 CHAPTER 13 | Vibrations and Wav
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462 CHAPTER 13 | Vibrations and Wav
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464 CHAPTER 13 | Vibrations and Wav
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466 CHAPTER 13 | Vibrations and Wav
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468 CHAPTER 13 | Vibrations and Wav
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470 CHAPTER 13 | Vibrations and Wav
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472 CHAPTER 13 | Vibrations and Wav
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474 CHAPTER 14 | Sound a High-densi
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476 CHAPTER 14 | Sound APPLICATION
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478 CHAPTER 14 | Sound Compute the
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480 CHAPTER 14 | Sound certain numb
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482 CHAPTER 14 | Sound x-direction
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484 CHAPTER 14 | Sound Tip 14.2 Dop
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486 CHAPTER 14 | Sound ■ EXAMPLE
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488 CHAPTER 14 | Sound A sound wave
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490 CHAPTER 14 | Sound a N t = 0 N
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492 CHAPTER 14 | Sound ■ EXAMPLE
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494 CHAPTER 14 | Sound QUESTION 14.
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496 CHAPTER 14 | Sound Tip 14.4 Sou
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498 CHAPTER 14 | Sound QUESTION 14.
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500 CHAPTER 14 | Sound (b) Suppose
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502 CHAPTER 14 | Sound 14.13 The Ea
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504 CHAPTER 14 | Sound 14.3 The Spe
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506 CHAPTER 14 | Sound 2. A crude m
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508 CHAPTER 14 | Sound what distanc
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510 CHAPTER 14 | Sound 41. A stretc
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512 CHAPTER 14 | Sound reports hear