Calculus and Vectors Nelson

ISBN:
0176374434 / 978176374433

Chapter 1 Introduction to Calculus

1.1 Radical Expressions Rationalizing Denominators

32

p.6

1.2 The Slope of a Tangent

51

p.10

1.3 Rates of Change

25

p.22

Mid Chapter Review Rates of Change

1.4 Limit of a Function

34

p.34

1.5 Properties of Limits

41

p.40

1.6 Continuity

29

p.48

Chapter Review Limits and Continuity

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43

Chapter Test

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14

Chapter 2 Derivatives

Chapter 3 Derivatives and their Applications

Chapter 4 Curve Sketching

4.1 Increasing and Decreasing Functions

31

p.165

4.2 Critical Points, Local Maxima, Local Minima

46

p.172

4.3 Vertical and Horizontal Asymptotes

43

p.181

Graphing Mid Chapter Review

28

4.4 Concavity and Points of Inflection

28

p.198

4.5 An Algorithm for Curve Sketching

25

p.207

Chapter Review Curve Sketching

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39

Chapter 5 Derivatives of Exponential and Trigonometric Functions

5.1 Derivatives of Exponential Functions, y=e^x

47

p.227

5.2 Derivative of y =b^x

15

p.235

5.3 Optimization Problems Involving Exponential Functions

21

p.241

5.4 The Derivatives of sinx and cosx

48

p.250

5.5 Derivative of tan(x)

26

p.258

5.6 Chapter Review Log and Trig Functions

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56

Cumulative Calculus Review

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76

Chapter 6 Introduction to Vectors

6.0 Chapter Pre Req. Review of Trig

10

6.1 An Introduction to Vectors

25

p.275

6.2 Vector Addition

40

p.282

6.3 Multiplication of a Vector by a Scalar

45

p.293

6.4 Properties of Vectors

20

p.302

6.5 Vectors in 2D and 3D

48

p.310

6.6 Operations with Algebraic Vectors in 2D

33

p.319

6.7 Operation with Vectors in 3D

34

p.327

6.8 Linear Combination and Spanning Sets

27

p.334

Introduction to Vectors Chapter Review

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38

Chapter 7 Applications of Vectors

7.1 Vectors as Forces

27

p.352

7.2 Vectors as Velocity

22

p.365

7.3 The Dot Product of Two Geometric Vectors

28

p.371

7.4 The Dot Product of Algebraic Vectors

41

p.379

Mid Chapter Review

14

7.5 Scalar and Vector Projections

29

p.390

7.6 The Cross Product of Two Vectors

31

p.401

7.7 Applications of Dot and Cross Product

22

p.409

Applications of Vectors Chapter Review

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70

Chapter 8 Equations of Lines and Planes

8.1 Vector and Parametric Equations of a Line in 2D

23

p.427

8.2 Cartesian equation of a Line

30

p.435

8.3 Vector, Parametric and Symmetric Equations of a line in 3D

24

p.445

8.4 Vector and Parametric Equations as Plane

22

p.453

8.5 The Cartesian Equation of a Plane

23

p.461

8.6 Sketching Planes in 3D

15

p.470

8.7 Mid Chapter Review

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Chapter Review

39

Chapter Test

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Chapter 9 Relations between Points, Lines and Planes

9.1 The intersection of a Line with a Plane and the Intersection of Two Lines

24

p.489

9.2 System of Equations

22

p.499

9.3 The Intersection of Two Planes

25

p.510

9.4 The Intersection of Three Planes

43

p.520

9.5 The Distance from a Point to a Line in R2

30

p.534

9.6 The Distance from a Point to a Plane

21

p.542

Relations between Points, Lines and Planes Chapter Review

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24

Relations between Points, Lines and Planes Test

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7

Vectors Cumulative Review

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67