We appreciate your contribution to one of our largest educational forums. Thanks to your participation, we have expanded our vision to create the new Wolfram Community, which will bring together members of our entire global family. With the launch of the new Wolfram Community, the Wolfram Faculty Program Forum will be retired on August 6, 2013.
We encourage all members of the Wolfram Faculty Program Forum to join Wolfram Community. Sign in with your Wolfram ID at http://community.wolfram.com to get started.
Wolfram Community features discussion groups for all Wolfram products as well as topic-based groups like education, chemistry, and geometry.
And don't worry: all discussions on the Faculty Forum will be preserved for reference. We're simply switching this site over to read-only mode as we work to bring the entire Wolfram Community together for learning, sharing, and collaborating.
Dao_Trinh wrote:Dear all,
I'm actually an assistant teaching in Univ. Pierre Marie Curie (Paris), for the lecture for student in 2nd years (LC209 - Simulation in chemistry). So this is the 4 lessons with the correction for whom want to use this lessons as a references for his student. The lessons are in French language : Introduction of Mathematica, Simulation Orbitals, Matrix, Solve and Lagrange Method.
Dao_Trinh wrote:Dear Kathy,
I re-up these files so you can take a closer look to them. The language is French, (for the student in second year in Univ. Pierre Marie Curie), the content : Introduction to Mathematica and Application for the Chemistry (Orbital, Fitting, Vectors, pH, Acid, ...). These lectures are designed for about 12h in practicing Mathematica (4 days / 3h each day).
Users browsing this forum: No registered users and 0 guests