MATHEMATICAL ACTIVITIES IN CAEN, FRANCE

Université de Caen Basse-Normandie
Unité de Formation et de Recherche (UFR)
Département de Mathématiques et Mécanique

March 7. - 19, 2011

For mathematics & computer science students
Tutored by Martti E. Pesonen (Joensuu, Finland, Erasmus teacher exchange)
and some helpful local teachers
Link to exercises in 2010
Link to exercises in 2009
Link to exercises in 2007
Link to exercises in 2006
Link to exercises in 2005
Link to exercises in 2004
Link to exercises in 2003
Link to exercises in 2002

Test your system for Javasketchpad applets

Analysis and Algebra for 1st year, 2nd semester (11 h)

`Tuesday 8 March` `13:00-15:30 computer lab S1-126` `with Andre Sesboüe`	Linear Space and Basis in R² (www-form - approximately 90 min) 1. Span of a vector set = espace engendré par un ensemble des vecteurs 2. Linear independence (libre) 3. Basis 4. Towards change of basis Lines in the plane - Gauss elimination visualized (www-form - approximately 30 min) A series of 4 dynamic figures with questions about the intersection of two lines (suggested to do only 3 first figure questions, the fourth does not bring any essential avail)
`Thursday 10 March` `13:00-15:00 computer lab S1-126` `with Nicolas Chevalier`	Linear Space and Basis in R² (www-form - approximately 90 min) (see above) If time left: Linear Functions (www-form - approximately 90 min) Projections, reflections etc. Identification and puzzles
`Monday 14 March` `13:15-15:45 computer lab S1-126` `with Andre Sesboüe`	Linear Functions (www-form - approximately 90 min) (see above) If time left, the matrix representation part II in Linear Functions 2 (www-form - approximately 45 min)
`Wednesday 16 March` `08:45-11:15 computer lab S1-128` `with Francoise Lambert`	Linear Space and Basis in R² (www-form - approximately 90 min) (see above) If time left: Linear Functions (www-form - approximately 90 min) (see above)
`Thursday 17 March` `08:30-10:00 computer lab S1-126` `with Pierre Casevitz`	Linear Space and Basis in R² (www-form - approximately 90 min) (see above) If time left: Linear Functions (www-form - approximately 90 min) (see above)

If time left, or later or voluntarily:
Lines in the plane - Gauss elimination visualized (www-form - 30 min)
A series of 4 dynamic figures with questions
(suggested to do only 3 first figure questions, the fourth does not bring any essential avail)

Updated February 28, 2012 (MEP)