
General Course Information
Topic 1: Vector Algebra (Lang Ch.1)
Topic 2: Lines and Planes (Lang Ch.1)
Topic 3 . Curves and Paths (Lang Ch. 2 §1)
Topic 4 Arclength and Curvature (Lang Ch. 2 §2)
Topic 5. Functions of Several Variables (Lang Ch. 3)
Topic 6. The Derivative (Lang, Chapters 4 and 9.1)
- Reformulations of the Notion of Derivative
- Chain Rule for Curves.
- Orthogonal Families
- The Derivative of Vector Valued Functions
- The Chain Rule for Vector Valued Functions.
Topic 7. Curve Integrals
- Notes and Exercises on Line Integrals and Conservative Fields
- Article: “How to determine if a vector field is conservative”
Topic 8. Higher Derivatives. (Lang Ch. 6 §1-3)
Topic 9. Optimization. (Lang Ch. 7.1 – 7.3 )
Topic 10. Constrained Optimization. (Lang Ch. 7.4 )
Topic 11. Double and Triple Integrals.(Lang Ch. 12 )
- Review Calculus I Notes on Definite Integrals.
- The Double Integral.
- Iterated Integrals and Charge Density
- The Mean Value Theorem for Integrals
Topic 12. The Change of Variable Formula. (Lang §11.2, §13.1-13.3 )
Topic 13. Parametrized Surfaces. (Lang Ch. 15.1-15.3 )
Topic 15. Stokes’s Type Theorems (Lang Ch. 15 )
- Physical Applications of Stokes’ Theorem (Reading for Physicists)
Practice Questions for Exams
Old Exams with Solutions
Practice Problems with Solutions
- Vector Geometry
- Parametrized Curves
- Derivative Problems
- Unconstrained Optimization
- Lagrange Multipliers
- Integration
- Line Integrals
- Surface Integrals
- Green’s Theorem
- Divergence Theorem
- Stokes Theorem