David Tong: Vector Calculus

David Tong: Lectures on Vector Calculus

These lectures are aimed at first year undergraduates. They describe the basics of div, grad and curl and various integral theorems. The lecture notes are around 115 pages. Please do email me if you find any typos or mistakes.


PDF


Content


  • 1. Grad, Div and Curl:   PDF
    The gradient, div, curl; conservative, irrotational and solenoidal fields; the Laplacian.
  • 2. Curves:   PDF
    Tangent vectors and arc lengths, curvature and torsion; Line integrals.
  • 3. Surfaces (and Volumes):   PDF
    Area integrals and volume integrals, Jacobians, spherical and cylindrical polar coordinates. Flux. The Gauss-Bonnet theorem.
  • 4. The Integral Theorems:   PDF
    The divergence theorem, conservation laws. Green's theorem in the plane. Stokes' theorem.
  • 5. Changing Coordinates:   PDF
    Orthogonal curvilinear coordinates, spherical polar coordinats, cylindrical polar coordinates.
  • 6. Some Vector Calculus Equations:   PDF
    Gravity and electrostatics, Gauss' law and potentials. The Poisson equation and the Laplace equation. Special solutions and the Green's function.
  • 7. Tensors:   PDF
    Transformation law, maps, and invariant tensors. Tensor fields. A unification of integral theorems.

Problem Sheets

  • Problem Sheet 1:   PDF    Grad, div and curl. Line and area integrals.

  • Problem Sheet 2:   PDF    Volume integals and integral theorems.

  • Problem Sheet 3:   PDF    Changing coordinates. Solving vector calculus equations.   

  • Problem Sheet 4:   PDF    Feeling tenser.

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Other Lecture Notes on the Web

  • Vector Calculus   previous lecture notes by Ben Allanach and Jonathan Evans   

  • Vector Calculus   yet earlier lecture notes by Stephen Cowley. Be prepared to draw your own figures!

  • Vector Calculus   by Matthias Dorrzapf.