Embedded Files
Chapter 13 Video # 1: Introduction to Vector Valued Functions(9:44)
Chapter 13 Video # 2: Domain of a Vector Valued Function(5:34)
Chapter 13 Video # 3: Determining the Vector Valued Function from a Rectangular Equation(4:41)
Chapter 13 Video # 4: Limits of Vector Valued Function(6:57)
Chapter 13 Video # 5: Determine a Vector Valued Function from the Intersection of Two Surfaces(9:04)
Chapter 13 Video # 6: (Watch and Learn) Graphs of spacecurves(4:56)
Chapter 13 Homework # 1 Stewart: Page 822-823; # 1, 3, 5, 36, 38
Chapter 13 Video # 7: The Derivative of a Vector Valued Function(7:00)
Chapter 13 Video # 10: Determining the Unit Tangent Vector(9:50)
Chapter 13 Homework # 2 Stewart Page 829; # 11, 13, 15, 19, 23, 30, 32
Chapter 13 Video # 12: Indefinite Integration of a Vector Valued Functions(6:29)
Chapter 13 Video # 14: Definite Integration of a Vector Valued Functions(6:13)
Chapter 13 Homework # 3 Stewart Page 829; # 34, 35, 39, 45
Chapter 13 Video # 15: Ex: Determine Arc Length of a Spiral Given by Parametric Equations(10:50)
Chapter 13 Video # 17: Parametrize a Curve with Respect to Arc Length(11:24)
Chapter 13 Homework # 4 Stewart Page 836; # 4, 6, 9, 13
Chapter 13 Video # 18: Determining Curvature of a Curve by a Vector Valued Function(11:10)
Chapter 13 Video # 20: (Watch and Learn) Proving the Unit Normal Vector Formula(4:02)
Chapter 13 Video # 21: Determining the Unit Normal Vector(10:05)
Chapter 13 Homework # 5 Stewart Page 836-837; # 17, 23
Chapter 13 Video # 22: The Curvature of a Function-Examples(watch the first 6:29)
Chapter 13 Homework # 6 Stewart Page 837; # 25, 31,
Chapter 13 Video # 23: Determining the Binormal Vector(8:05)
Chapter 13 Homework # 7 Stewart Page 837; # 43
Chapter 13 Video # 24: Normal, Osculating and Rectifying Planes(11:03)
Chapter 13 Homework # 8 Stewart Page 837; # 46
Chapter 13 Quiz # 1
Chapter 13 Video # 27: Motion and Vectors(12:35)
Chapter 13 Homework # 10 Stewart Page 846-847; # 1a(first average velocity only), 10, 11, 18a
Chapter 13 Video # 28: Introduction to tangential and normal components of acceleration(7:03)
Chapter 13 Video # 29: Finding tangential and normal components of accelerations(4:39)
Chapter 13 Homework # 11 Stewart Page 847; # 36
Chapter 13 Video # 30: (First 5:37 ONLY)12.7 Motion in Space Part 2(10:22)
Chapter 13 Homework # 12 Stewart Page 847; # 25, 28, 30*
*Change 4N to m/s^2
*initial position of the origin
Chapter 13 Quiz # 2
Chapter 13 Practice Problems and Quiz Review and Answers.pdfStewart Calculus Book.pdfGoogle Sites
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