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Math 251 - Calculus III - Section 2 - CRN 61285
Fall 2019




Review Material
Lecture NotesSupplemental Material
  • Sections 10.1-3
  • Extra practice vector problems [Goes with 10.2-4. Highly recommended.]
  • Section 10.4
  • Cross Product Parallelogram Theorem [Goes with 10.4, Optional Reading]
  • Section 10.5 Answers
  • Maxima Computer Examples
  • Section 10.6 (Minimal notes)
  • Maple Computer Examples
  • Section 10.7
  • Frenet-Serret formulas and Torsion [Goes with Section 10.8, Optional Reading]
  • Section 10.8 Plot for last example.
  • Curvature Animation of osculating circle for an ellipse.
  • Section 10.9
  • Be A Roller Coaster Designer!
  • 11.1, in progress
  • Section 11.2 Limits
  • Section 11.3 Partial Derivatives
  • Extra Practice Partial Derivative Problems
  • Section 11.4
  • Video on Tangent Planes. (18 min, 16 sec) Text for video. Graphic for video. Video with captions added.
  • Section 11.5
  • Section 11.6
  • Contour and Gradient Vector Plots Example
  • Section 11.7
  • Quadratic Surface Animation
  • Second Derivative Test in n variables, by Brian D. Sittinger [Goes with Section 11.7, Optional Reading]
  • Section 11.8
  • Lagrange Multipliers Extra Example: Notes, Video (8 min, 42 sec), Static Images From Video. Video with captions added.
  • Sections 12.1 & 2 (Rough)
  • Double Integral done by computer example
  • Section 12.3 Double Integrals in Polar Coords
  • Polar Animations - Just For Fun!
  • Section 12.4 Application: Moments
  • Law of the Lever [Goes with 12.4. Optional Reading.]
  • Visual Pattern Recognition by Moment Invariants, Ming-Kuei Hu, IRE Transactions on Information Theory, Volume: 8, Issue: 2, 1962. [Goes with 12.4. Optional reading]
  • Section 12.5 Triple Integrals (revised)
  • Section 12.6 Cylindrical Coords
  • Section 12.7 Spherical Coords
  • Spherical Volume Element Proof [Optional Reading]
  • Section 13.1 Vector Fields
  • Vector Field Examples
  • Escher Stairs
  • Section 13.2 Line Integrals
  • Section 13.3 Path Independence
  • Section 13.4 Green's Theorem
  • Area with Green's Theorem Example [Goes with 13.4. Optional Reading.] (Maple version)
  • Area with Green's Theorem Example [Goes with 13.4. Optional Reading.] (Maxima version)
  • Section 13.6 Surface Area
  • This is a long hard section.
  • Section 13.7 Flux
  • Section 13.5 div & curl
  • Extra Practice Problems [Goes with Section 13.5, Recommended.]
  • Finding Vector Potentials [Goes with Section 13.5, Optional Reading.]
  • Section 13.8 Stokes' Theorem
  • Knots About Stokes' Theorem [Optional Reading]
  • Section 13.9 Divergence Theorem
  • Vector Calculus Differential Identities [Goes with Chapter 13.]
  • Vector Calculus Summary with Examples [Goes with Chapter 13.]
  • Mixed 3D Examples [Goes with Chapters 12 & 13.]
  • Two Good Books

  • Practice Tests

    Test 1 is on 9/18. It covers sections 10.1-11.3.

    Test 2 is on 10/23. It covers sections 11.4-12.4. Test 3 is on 12/4. It covers sections 12.5-13.9 For the final this formula sheet will be included: Formula Sheet.
    Tutoring Links for Math 251 Note: Only a few of the tutors are qualified to tutor Math 251. Check with the Math and Engineering offices to find out if and when a tutor for Math 251 will be on duty.
    Good luck and have a great semester!