This page is archived

This page is archived

GRADES

GENERAL INFORMATION

• I obtained a special price for the textbook from the publisher, $79.95 instead of $106!
• Detailed description of this new course which contain far more topics than we will have time to discuss.
• Syllabus.
• Laurent O. Jay's homepage.

ABOUT THE INDIVIDUAL PROJECTS

• A minimal constraint on each project is that it must include Runge-Kutta methods as the methods used and/or analyzed.
• Each student must work on her/his own project. If two persons work together on a bigger project, each report and presentation has to be different.

FORTRAN

• Type "man f90" on Unix workstations for information on how to compile
• Introduction to Fortran. A Fortran 90 for the Fortran 77 programmer. A list of Fortran tutorials. Another list of Fortran tutorials.

COMPUTER LABORATORY

• Divisional Studio Classroom and HP Computer Lab
• Getting Started in the Division of Mathematical Sciences

UNIX CLASS ACCOUNTS

• Class directory: /group/class/22m32101.
• Class submit directory: /group/submit/22m32101.
• Group you belong to and class mailing list: 22m32101.
• If you do not know your password go to 303A MLH.
• Accounts for students who are not majoring in Computer Science, Mathematics, or Statistics and Actuarial Science will be deleted after the term has ended! Note the expiration date at the top of your Unix Account Information form.
• The directory for this class will be removed before the beginning of the next term! If there is anything in this directory that you would like to save, you must archive it to your own home directory.

ASSIGNMENTS/HOMEWORK

1. 01/24/2001: Derive all trees for z'' of semi-explicit index 2 DAEs
2. 01/26/2001: ex. VII.5.3 p.518
3. 02/02/2001: work out the details of the proof for q=2 on pp. 510-511 of the book
4. 03/21/2001: check the formula for the time-derivative of the energy of a Lagrangian system
5. 03/28/2001: check the equivalence relations between Hamiltonian and Lagrangian systems
6. 04/02/2001: ex. VII.1.7 p.467
7. 04/04/2001: Find Hamilton equations for the pendulum in Cartesian coordinates

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