APEX Calculus - Vectors

APEX Calculus - Vectors

Sean Fitzpatrick via YouTube Direct link

Vectors: Space Coordinates - 01. Cartesian coordinates in 3D

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1 of 60

Vectors: Space Coordinates - 01. Cartesian coordinates in 3D

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APEX Calculus - Vectors

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  1. 1 Vectors: Space Coordinates - 01. Cartesian coordinates in 3D
  2. 2 Vectors: Space Coordinates - 02. Distance
  3. 3 Vectors: Space Coordinates - 03. Length of a line segment
  4. 4 Vectors: Space Coordinates - 04. Spheres
  5. 5 Vectors: Space Coordinates - 05. Example: Sphere
  6. 6 Vectors: Space Coordinates - 06. Planes
  7. 7 Vectors: Space Coordinates - 07. Example: Planes
  8. 8 Vectors: Space Coordinates - 08. Cylinders
  9. 9 Vectors: Space Coordinates - 09. Example: Cylinders
  10. 10 Vectors: Space Coordinates - 10. Surfaces of Revolution
  11. 11 Vectors: Space Coordinates - 11. Example: Surfaces of Revolution
  12. 12 Vectors: Space Coordinates - 12. Quadric Surfaces
  13. 13 Vectors: Space Coordinates - 13. Example: Quadric Surfaces
  14. 14 Vectors: Introduction - 01. Introduction
  15. 15 Vectors: Introduction - 02. Example: Sketch
  16. 16 Vectors: Introduction - 03. Algebraic Addition
  17. 17 Vectors: Introduction - 04. Algebraic Scalar Multiplication
  18. 18 Vectors: Introduction - 05. Example: Addition
  19. 19 Vectors: Introduction - 06. Example: Subtraction
  20. 20 Vectors: Introduction - 07. Example: Scalar Multiplication
  21. 21 Vectors: Introduction - 08. Scalar Multiplication and Magnitude
  22. 22 Vectors: Introduction - 09. Unit Vectors
  23. 23 Vectors: Introduction - 10. Example: Unit Vectors
  24. 24 Vectors: Introduction - 11. Parallel Vectors
  25. 25 Vectors: Introduction - 12. Example: Weight hanging from two chains
  26. 26 Vectors: Dot Products - 01. Introduction
  27. 27 Vectors: Dot Products - 02. Example
  28. 28 Vectors: Dot Products - 03. Properties
  29. 29 Vectors: Dot Products - 04. Geometric Formula
  30. 30 Vectors: Dot Products - 05. Example: Angles
  31. 31 Vectors: Dot Products - 06. Orthogonality
  32. 32 Vectors: Dot Products - 07. Orthogonal Projection
  33. 33 Vectors: Dot Products - 08. Example: Projection
  34. 34 Vectors: Dot Products - 09. Orthogonal Decomposition
  35. 35 Vectors: Dot Products - 10. Work
  36. 36 Vectors: Cross Products - 01. Introduction
  37. 37 Vectors: Cross Products - 02. Example
  38. 38 Vectors: Cross Products - 03. Determinant Formula
  39. 39 Vectors: Cross Products - 04. Example
  40. 40 Vectors: Cross Products - 05. Properties
  41. 41 Vectors: Cross Products - 06. Angles
  42. 42 Vectors: Cross Products - 07. Application: Area of a Parallelogram
  43. 43 Vectors: Cross Products - 08. Application: Area of a Triangle
  44. 44 Vectors: Cross Products - 09. Application: Volume of a Parallelepiped
  45. 45 Vectors: Lines - 01. Introduction
  46. 46 Vectors: Lines - 02. Example
  47. 47 Vectors: Lines - 03. Example
  48. 48 Vectors: Lines - 04. Comparing lines
  49. 49 Vectors: Lines - 05. Distance from a Point to a Line
  50. 50 Vectors: Lines - 06. Example: Distance (point to line)
  51. 51 Vectors: Lines - 07. Distance Between Skew Lines
  52. 52 Vectors: Lines - 08. Example: Distance (Between Skew Lines)
  53. 53 Vectors: Planes - 01. Introduction
  54. 54 Vectors: Planes - 02. Example: Plane Through 3 Points
  55. 55 Vectors: Planes - 03. Example: Plane Orthogonal to Line
  56. 56 Vectors: Planes - 04. Example: Intersection of two Planes
  57. 57 Vectors: Planes - 05. Example: Intersection of two planes (algebraic solution)
  58. 58 Vectors: Planes - 06. Example: Intersection of a Line and Plane
  59. 59 Vectors: Planes - 07. Distance
  60. 60 Vectors: Planes - 08. Example: Distance

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