Fall 2006
Mathematics Math21a
Fall 2006
Multivariable Calculus
Course Head:
Oliver Knill
Office: SciCtr 434
Email:
knill@math.harvard.edu
Harvard Mathematics
Weekly checklists: "Somewhere, over the rainbow ..."
Week1
Week2
Week3
Week4
Week5
Week6
Week7
Week8
Week9
Week10
Week11
Week12
News
Syllabus
Calendar
Homework
Exams
Sections
Handouts
Mathematica
Book errata
Exhibits
Faq
Links
Course wide Supplements
Distance Formulas
PDE's I
PDE's II
Section handouts by Janet Chen
Section Handouts Janet Chen (external page)
Section handouts by Sug Woo Shin
Oct 2
Distance formulas
Oct 11
Oct 13
Oct 25
Nov 8
Nov 20
Nov 22
Section handouts by Ilia Zharkov
Problems 1
Problems 2
Problems 3
Problems 4
Problems 5
Problems 6
Problems 7
Problems 8
Problems 9
Problems 10
Problems 11
Problems 12
Problems 13
Problems 14
Problems 15
Problems 16
Problems 17
Section handouts by Oliver Knill
Completion
Distance
Vectors
Cross product
Lines and Planes
Arc length
Spherical coordinates
Chain rule
Tangent line
Linearization
Critical points
The Gauss problem
On double integrals
Spherical coordinates (Olivers haircut)
Fundamental theorem of line integrals
To 1. Week
Coordinates
Vectors and dot product
Cross product
To 2. Week
Coordinates
Curves
Arc length
To 3. Week
Curvature
Functions of two variables
To 4. Week
Other coordinates
Parametrisation of surfaces
To 5. Week
Partial derivatives
Chain rule
To 6. Week
The gradient
Tangent lines and planes
The skull surface (Halloween)
Linearization
To 7. Week
Critical points
Lagrange multipliers
To 8. Week
Polar integration
2D integrals
2d integrals II
To 9. Week
3D integrals
Cylindrical integrals
To 10. Week
Spherical integrals
To 11. Week
Fundamental theorem of line integrals
Greens theorem
Curl and Div
To 12. Week
Flux integrals
Please send comments to
math21a@fas.harvard.edu
Math21a, Multivariable Calculus, Fall 2006,
Department of Mathematics
,
Faculty of Art and Sciences
,
Harvard University
Thu Jan 25 21:36:37 EST 2007