Search 6,000+ CA Community College Courses
APEX Calculus - Sequences and Series

APEX Calculus - Sequences and Series

Sean Fitzpatrick via YouTube Direct link

Derivative Applications: Taylor polynomials - 07. Taylor's Theorem

49 of 70
Previous
Next

49 of 70

Derivative Applications: Taylor polynomials - 07. Taylor's Theorem

Class Central Classrooms beta

YouTube videos curated by Class Central.

Classroom Contents

APEX Calculus - Sequences and Series

Automatically move to the next video in the Classroom when playback concludes
  1. 1 Sequences and Series: Sequences - 01. Intro
  2. 2 Sequences and Series: Sequences - 02. Example: Listing Terms
  3. 3 Sequences and Series: Sequences - 03. Example: Finding Formulas
  4. 4 Sequences and Series: Sequences - 04. Limits
  5. 5 Sequences and Series: Sequences - 05. Example: Limits
  6. 6 Sequences and Series: Sequences - 06. Limit Properties
  7. 7 Sequences and Series: Sequences - 07. Example: Limit Properties
  8. 8 Sequences and Series: Sequences - 08. Bounded Sequences
  9. 9 Sequences and Series: Sequences - 09. Convergent Sequences are Bounded
  10. 10 Sequences and Series: Sequences - 10. Monotone Sequences
  11. 11 Sequences and Series: Sequences - 11. Example: Monotone sequences
  12. 12 Sequences and Series: Sequences - 12. Example: Limit of a bounded monotone sequence
  13. 13 Sequences and Series: Introduction to Series - 01. Intro
  14. 14 Sequences and Series: Introduction to Series - 02. Example: Divergent series
  15. 15 Sequences and Series: Introduction to Series - 03. Geometric series
  16. 16 Sequences and Series: Introduction to Series - 04. Example: Geometric series
  17. 17 Sequences and Series: Introduction to Series - 05. p-Series
  18. 18 Sequences and Series: Introduction to Series - 06. Telescoping series
  19. 19 Sequences and Series: Introduction to Series - 07. Example: Telescoping series
  20. 20 Sequences and Series: Introduction to Series - 08. Example: Evaluate using properties
  21. 21 Sequences and Series: Integral and Comparison Tests - 01. Integral Test
  22. 22 Sequences and Series: Integral and Comparison Tests - 02. Example - Integral Test 1
  23. 23 Sequences and Series: Integral and Comparison Tests - 03. Example - proving the p-Test
  24. 24 Sequences and Series: Integral and Comparison Tests - 04. Comparison Test
  25. 25 Sequences and Series: Integral and Comparison Tests - 05. Example - Comparison
  26. 26 Sequences and Series: Integral and Comparison Tests - 06. Example - Comparison Test 2
  27. 27 Sequences and Series: Integral and Comparison Tests - 07. Example - Motivating Limit Comparison
  28. 28 Sequences and Series: Integral and Comparison Tests - 08. Limit Comparison
  29. 29 Sequences and Series: Integral and Comparison Tests - 09. Example: Limit Comparison 1
  30. 30 Sequences and Series: Integral and Comparison Tests - 10. Example - Limit Comparison 2
  31. 31 Sequences and Series: Integral and Comparison Tests - 11. Example: Limit Comparison 3
  32. 32 Sequences and Series: Ratio and Root Tests - 01. Ratio Test
  33. 33 Sequences and Series: Ratio and Root Tests - 02. Example
  34. 34 Sequences and Series: Ratio and Root Tests - 03. Example 2
  35. 35 Sequences and Series: Ratio and Root Tests - 04. Root Test
  36. 36 Sequences and Series: Ratio and Root Tests - 05. Examples
  37. 37 Sequences and Series: Alternating Series - 01. Definition and Theorem
  38. 38 Sequences and Series: Alternating Series - 02. Examples
  39. 39 Sequences and Series: Alternating Series - 03. Approximation Theorem
  40. 40 Sequences and Series: Alternating Series - 04. Example
  41. 41 Sequences and Series: Alternating Series - 05. Absolute Convergence
  42. 42 Sequences and Series: Alternating Series - 06. Examples
  43. 43 Derivative Applications: Taylor polynomials - 01. Intro
  44. 44 Derivative Applications: Taylor polynomials - 02. Determining Coefficients
  45. 45 Derivative Applications: Taylor polynomials - 03. Definition
  46. 46 Derivative Applications: Taylor polynomials - 04. Example
  47. 47 Derivative Applications: Taylor polynomials - 05. Example
  48. 48 Derivative Applications: Taylor polynomials - 06. Example
  49. 49 Derivative Applications: Taylor polynomials - 07. Taylor's Theorem
  50. 50 Derivative Applications: Taylor polynomials - 08. Error Estimate Example
  51. 51 Derivative Applications: Taylor polynomials - 09. Example
  52. 52 Sequences and Series: Power Series - 01. Introduction
  53. 53 Sequences and Series: Power Series - 02. Examples
  54. 54 Sequences and Series: Power Series - 03. Radius of Convergence
  55. 55 Sequences and Series: Power Series - 05. Derivatives and Integrals
  56. 56 Sequences and Series: Power Series - 04. Example: Radius of Convergence
  57. 57 Sequences and Series: Power Series - 06. Example
  58. 58 Sequences and Series: Power Series - 07. Example: Exponential function
  59. 59 Sequences and Series: Taylor Series - 01. Introduction
  60. 60 Sequences and Series: Taylor Series - 02. Example: Maclaurin series for cosine
  61. 61 Sequences and Series: Taylor Series - 03: Example: natural log
  62. 62 Sequences and Series: Taylor Series - 04. Equality of series and function
  63. 63 Sequences and Series: Taylor Series - 05. Binomial Series - Introduction
  64. 64 Sequences and Series: Taylor Series - 06. Binomial Series
  65. 65 Sequences and Series: Taylor Series - 07. Binomial Series - Convergence and Examples
  66. 66 Sequences and Series: Taylor Series - 08. Manipulating known series - Intro
  67. 67 Sequences and Series: Taylor Series - 09. Manipulating known series - Product
  68. 68 Sequences and Series: Taylor Series - 10. Manipulating known series - Composition
  69. 69 Sequences and Series: Taylor Series - 11. Integration
  70. 70 Sequences and Series: Taylor Series - 12. Solving an Initial Value Problem

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Sign up for free
Someone learning on their laptop while sitting on the floor.