Thomas Calculus 13th [Solutions]

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Section 11.1 Parametrizations of Plane Curves 807 d 2 2 dt D 2 the point 5 9 3 2 relative minimum. Therefore both t and t 5 give points on the ellipse closest to 3 3 3 3 , 0 1, and 4 2 3 1, are the desired points. 2 41. (a) (b) (c) 42. (a) (b) (c) 43. 44. (a) (b) (c) Copyright 2014 Pearson Education, Inc.
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1 Functions 1 TABLE OF CONTENTS 1.1
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8.3 Trigonometric Integrals 569 8.4
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2 Chapter 1 Functions 15. The domai
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4 Chapter 1 Functions 3 0 0 ( 1) 1
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6 Chapter 1 Functions 43. Symmetric
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8 Chapter 1 Functions 68. (a) From
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10 Chapter 1 Functions The complete
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12 Chapter 1 Functions 35. 36. 37.
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14 Chapter 1 Functions (c) domain:
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16 Chapter 1 Functions 69. 3 y f (
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18 Chapter 1 Functions (c) (d) 80.
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20 Chapter 1 Functions 21. 22. peri
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22 Chapter 1 Functions 40. sin(2 x)
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24 Chapter 1 Functions 65. A 2, B 2
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26 Chapter 1 Functions 1.4 GRAPHING
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28 Chapter 1 Functions 17. [ 5, 1]
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30 Chapter 1 Functions 35. 36. 37.
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32 Chapter 1 Functions 9. 10. 11. 2
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34 Chapter 1 Functions 35. After t
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36 Chapter 1 Functions 24. Step 1:
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38 Chapter 1 Functions y 1 36. y =
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40 Chapter 1 Functions 56. (a) (b)
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42 Chapter 1 Functions 1 50 50 50 (
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44 Chapter 1 Functions 10. 5 3 5 y(
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46 Chapter 1 Functions 37. (a) ( f
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48 Chapter 1 Functions 50. (a) Shif
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50 Chapter 1 Functions 65. Let h he
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52 Chapter 1 Functions 81. (a) No (
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54 Chapter 1 Functions 11. If f is
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56 Chapter 1 Functions 21. (a) y =
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58 Chapter 1 Functions Copyright 20
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60 Chapter 2 Limits and Continuity
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116 Chapter 3 Derivatives 9. m 3 3
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118 Chapter 3 Derivatives 32. (2 )
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120 Chapter 3 Derivatives 45. (a) T
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122 Chapter 3 Derivatives 2. 2 2 F(
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124 Chapter 3 Derivatives 18. 19. (
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126 Chapter 3 Derivatives (b) The t
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128 Chapter 3 Derivatives 48. (a) f
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130 Chapter 3 Derivatives 59. The g
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132 Chapter 3 Derivatives 6. y 3 2
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134 Chapter 3 Derivatives 33. 34. 3
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136 Chapter 3 Derivatives 56. (a) 3
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138 Chapter 3 Derivatives 74. (a) W
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140 Chapter 3 Derivatives 10 . (a)
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142 Chapter 3 Derivatives 25. 6 4 3
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144 Chapter 3 Derivatives 36. (a) v
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146 Chapter 3 Derivatives 25. r sec
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148 Chapter 3 Derivatives 44. We wa
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150 Chapter 3 Derivatives 64. cos(
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152 Chapter 3 Derivatives 3.6 THE C
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154 Chapter 3 Derivatives y 1 6 1 1
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156 Chapter 3 Derivatives 58. sin(
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158 Chapter 3 Derivatives 82. g( x)
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160 Chapter 3 Derivatives (b) y sin
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162 Chapter 3 Derivatives (c) df dt
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168 Chapter 3 Derivatives 47. 2 2 x
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170 Chapter 3 Derivatives Mathemati
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172 Chapter 3 Derivatives 13. y 2 l
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174 Chapter 3 Derivatives 44. 1 1/2
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178 Chapter 3 Derivatives 100. Supp
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180 Chapter 3 Derivatives 3.9 INVER
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184 Chapter 3 Derivatives 60. (a) D
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186 Chapter 3 Derivatives 65. The v
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188 Chapter 3 Derivatives 2 2 2 2 2
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190 Chapter 3 Derivatives 35. 1 dy
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192 Chapter 3 Derivatives 3.11 LINE
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194 Chapter 3 Derivatives x x x x 3
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196 Chapter 3 Derivatives 2 dA dt d
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198 Chapter 3 Derivatives As one zo
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200 Chapter 3 Derivatives 12. y 1 2
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202 Chapter 3 Derivatives 43. 1 4x
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204 Chapter 3 Derivatives 72. 2 1/2
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206 Chapter 3 Derivatives 90. 2 t 2
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208 Chapter 3 Derivatives 104. y si
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210 Chapter 3 Derivatives 124. rabb
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212 Chapter 3 Derivatives 147. Give
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214 Chapter 3 Derivatives CHAPTER 3
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216 Chapter 3 Derivatives 2 (b) On
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218 Chapter 3 Derivatives k k k k d
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220 Chapter 4 Applications of Deriv
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344 Chapter 5 Integration 3. f ( x
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346 Chapter 5 Integration 13. (a) B
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348 Chapter 5 Integration for n in
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350 Chapter 5 Integration n n 17. (
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352 Chapter 5 Integration 34. (a) (
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354 Chapter 5 Integration 45. 3 f (
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356 Chapter 5 Integration 2 2 17. T
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358 Chapter 5 Integration 33. 3 3 3
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360 Chapter 5 Integration b b 54. L
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362 Chapter 5 Integration 62. (a) 1
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364 Chapter 5 Integration 3 1 2 1 n
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366 Chapter 5 Integration (c) av( f
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368 Chapter 5 Integration 95-102. E
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370 Chapter 5 Integration 10. (1 co
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372 Chapter 5 Integration 34. 0 x 1
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374 Chapter 5 Integration 57. 2 x 2
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376 Chapter 5 Integration 71. Area
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378 Chapter 5 Integration 85 88. Ex
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380 Chapter 5 Integration 2 1 2 2 4
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382 Chapter 5 Integration 3 2 2 27.
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384 Chapter 5 Integration x 53. Let
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386 Chapter 5 Integration 72. csc x
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388 Chapter 5 Integration (b) Use t
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390 Chapter 5 Integration 17. Let u
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394 Chapter 5 Integration 2 3 54. F
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396 Chapter 5 Integration 65. a 0,
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398 Chapter 5 Integration 73. Limit
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400 Chapter 5 Integration 2 4 81. L
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402 Chapter 5 Integration 91. c 0,
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404 Chapter 5 Integration (c) 2 c f
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406 Chapter 5 Integration 116. Let
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408 Chapter 5 Integration 3. (a) (b
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410 Chapter 5 Integration 15. f ( x
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412 Chapter 5 Integration 27. f ( y
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416 Chapter 5 Integration 68. dx du
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418 Chapter 5 Integration 90. 3 /4
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420 Chapter 5 Integration 110. 8 8
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422 Chapter 5 Integration 130. The
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424 Chapter 5 Integration 8. The de
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426 Chapter 5 Integration 3 24. Let
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428 Chapter 5 Integration 36. y 3 x
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430 Chapter 5 Integration Copyright
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432 Chapter 6 Applications of Defin
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508 Chapter 7 Integrals and Transce
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536 Chapter 7 Transcendental Functi
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544 Chapter 8 Techniques of Integra
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662 Chapter 9 First-Order Different
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702 Chapter 10 Infinite Sequences a
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Page 1577: 782 Chapter 10 Infinite Sequences a
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9. r 2cos and r 2sin 2cos 2sin cos
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17. r sec and A r 2 4cos 4cos sec c
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Section 11.5 Areas and Lengths in P
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Section 11.6 Conic Sections 839 9.
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Section 11.7 Conics in Polar Coordi
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75. (a) Perihelion a ae a(1 e ), Ap
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Chapter 11 Practice Exercises 861 1
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CHAPTER 11 ADDITIONAL AND ADVANCED
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Chapter 11 Additional and Advanced
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CHAPTER 12 VECTORS AND THE GEOMETRY
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Section 12.1 Three-Dimensional Coor
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Section 12.2 Vectors 881 66. 2 2 2
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Section 12.2 Vectors 883 25. length
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Section 12.2 Vectors 885 F 1 sin 40
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Section 12.3 The Dot Product 887 11
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Section 12.4 The Cross Product 893
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23. (a) u v 6, u w 81, v w 18 none
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Section 12.4 The Cross Product 897
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Section 12.5 Lines and Planes in Sp
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L1 & L3: x 3 2t 3 2r 2t 2r 0 t r 0
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Section 12.6 Cylinders and Quadric
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i j k Chapter 12 Practice Exercises
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Chapter 12 Practice Exercises 919 (
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CHAPTER 13 VECTOR-VALUED FUNCTIONS
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Section 13.1 Curves in Space and Th
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Section 13.1 Curves in Space and Th
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Section 13.2 Integrals of Vector Fu
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dr dt Section 13.2 Integrals of Vec
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t Section 13.3 Arc Length in Space
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Section 13.3 Arc Length in Space 94
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Section 13.4 Curvature and Normal V
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8. (a) Section 13.4 Curvature and N
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Section 13.5 Tangential and Normal
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Section 13.6 Velocity and Accelerat
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13. Assuming Earth has a circular o
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Chapter 13 Practice Exercises 963 i
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i j k 9. (a) ur u cos sin 0 k a rig
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CHAPTER 14 PARTIAL DERIVATIVES 14.1
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17. (a) Domain: all points in the x
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Section 14.1 Functions of Several V
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44. (a) (b) Section 14.1 Functions
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Section 14.2 Limits and Continuity
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Section 14.3 Partial Derivatives 99
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Section 14.4 The Chain Rule 999 92.
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Section 14.4 The Chain Rule 1001 w
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Section 14.4 The Chain Rule 1003 18
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Section 14.4 The Chain Rule 1005 y
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Section 14.4 The Chain Rule 1007 46
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Section 14.5 Directional Derivative
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Section 14.6 Tangent Planes and Dif
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Section 14.7 Extreme Values and Sad
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2 33. (i) On OA, f ( x, y) f (0, y)
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38. (i) On OA, f ( x, y) f (0, y) 2
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5. We optimize Section 14.8 Lagrang
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15. T (8x 4 y) i ( 4x 2 y) j and Se
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Section 14.8 Lagrange Multipliers 1
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34. Q( p, q, r) 2( pq pr qr ) and G
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Section 14.8 Lagrange Multipliers 1
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49-54. Example CAS commands: Maple:
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Section 14.9 Taylors Formula for Tw
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Section 14.10 Partial Derivatives w
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Section 14.10 Partial Derivatives w
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Chapter 14 Practice Exercises 1059
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74. (i) On OA, 2 f ( x, y) f (0, y)
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(iii) On CD, 3 f ( x, y) f (1, y) y
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96. Let Chapter 14 Practice Exercis
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21. (a) k is a vector normal to wil
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CHAPTER 15 MULTIPLE INTEGRALS 15.1
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Section 15.1 Double and Iterated In
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7. 8. Section 15.2 Double Integrals
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Section 15.2 Double Integrals Over
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Section 15.3 Area by Double Integra
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Section 15.3 Area by Double Integra
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Section 15.4 Double Integrals in Po
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6. The projection of D onto the xy
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Section 15.5 Triple Integrals in Re
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Section 15.5 Triple Integrals in Re
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Section 15.6 Moments and Centers of
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Section 15.7 Triple Integrals in Cy
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66. average 1 2 3 Section 15.7 Trip
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Section 15.8 Substitutions in Multi
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53. x u y and y v x u v and y v 1 1
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CHAPTER 16 INTEGRALS AND VECTOR FIE
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Section 16.1 Line Integrals 1157 1
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Section 16.1 Line Integrals 1159 34
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Section 16.2 Vector Fields and Line
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(b) Section 16.2 Vector Fields and
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11. 2 2 Section 16.3 Path Independe
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Section 16.3 Path Independence, Pot
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Section 16.3 Path Independence, Pot
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Section 16.4 Greens Theorem in the
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Section 16.5 Surfaces and Area 1185
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(b) In a fashion similar to cylindr
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Section 16.6 Surface Integrals 1197
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Section 16.7 Stokes Theorem 1207 i
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Section 16.7 Stokes Theorem 1209 2
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Section 16.7 Stokes Theorem 1211 C
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Section 16.8 The Divergence Theorem
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30. By Exercise 29, 2 f g d f g f g
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CHAPTER 17 SECOND-ORDER DIFFERENTIA
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ww w w 2 2 Section 17.1 Second-Orde
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Section 17.1 Second-Order Linear Eq
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Section 17.2 Nonhomogeneous Linear
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Section 17.2 Nonhomogeneous Linear
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2 dy dx dy dx Section 17.2 Nonhomog
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dy w dx œc1sin x c2cos x cos xlnks
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Section 17.3 Applications 1017 ! !
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5 10 5È 2 2 5 dy 5È2 dy 1 16 $ È
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Section 17.4 Euler Equations 1021 "
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Section 17.5 Power-Series Soutions
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∞ ∞ ∞ # ww w # 5. x y 2xy 2
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# ww # 11. x 1y 6y 0 x 1 n2 nn 1c x
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∞ ∞ ∞ ww w 17. y xy 3y œ 0
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Thomas Calculus 13th [Solutions]

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