Note: PDF files can be read with Acrobat Reader, which is available for free from Adobe.

- Course Outline [ pdf ]
- Drop in tutorials:

Math/Stat Resource Center, room 3

Mon 3:30-4:30, Wed 12:30-1:30, Thurs 8:30-9:30, Fri 12:30-1:30 - About the computer lab [ pdf ]
- Background for Lab 1 [ pdf ]
- Background for Lab 4 [ pdf ]
- The computer lab home page

- Warnings (updated March 16, 2000) [ pdf ]
- Old Math 256 Final Exams [ April 2000, December 1999 ]
- Solutions to Old Math 256 Final Exams [ April 2000, December 1999 ]

There are some Java applets related to this course here.

- Problem Set I [ pdf ]
- Problem Set II [ pdf ]
- Problem Set III [ pdf ]
- Problem Set IV [ pdf ]
- Problem Set V [ pdf ]
- Problem Set VI [ pdf ]
- Problem Set VII [ pdf ]
- Problem Set VIII [ pdf ]
- Problem Set IX [ pdf ]
- Problem Set X [ pdf ]

- Simple ODE Solvers - Derivation [ pdf ]
- Simple ODE Solvers - Error Behaviour [ pdf ]
- Sample data for Euler, improved Euler and Runge-Kutta [ pdf ]
- Sample graphs for Euler [ pdf ], improved Euler [ pdf ] and Runge-Kutta [ pdf ].
- Richardson Extrapolation [ pdf ]
- Linear Regression [ pdf ]
- Complex Numbers and Exponentials [ pdf ]
- Properties of Exponentials and Logarithms [ pdf ]
- How Systems of First Order ODE's Arise [ pdf ]
- A Lightning Fast Review of Determinants [ pdf ]
- A Lightning Fast Review of Eigenvalues and Eigenvectors [ pdf ]
- Roots of Polynomials [ pdf ]
- Graphs of solutions of X'=AX [ pdf ]
- Resume of Fourier Series Expansions [ pdf ]
- Periodic Extensions [ pdf ]
- Derivation of the Wave Equation [ pdf ]
- Graphs of Solutions of the Wave Equation [ pdf ]
- Graphs of Solutions of the Heat Equation [ pdf ]