Teacher(s)
Language
French
Content
This teaching unit covers the following subjects: electrostatics and electrokinetics, elements of magnetism, optics (with application to vision), and elements of modern physics and their applications in medicine.
Teaching methods
Teaching activities include the theoretical course, tutorials in an auditorium, devoted to problems that students must prepare in advance, laboratory sessions and tutorials.
Evaluation methods
The exam is a written exam which consists of several questions, including multiple choice. The questions will include, on the one hand, problems similar to those solved at the tutorial sessions, during the practical work or during the lecture, and, on the other hand, questions which aim to verify that the concepts and developments presented during the course have been assimilated (questions of comprehension or possibly demonstrations made during the lecture, ...).
It is also essential to bring a simple scientific calculator to the exam. The terms mentioned above are valid regardless of the session.
It is also essential to bring a simple scientific calculator to the exam. The terms mentioned above are valid regardless of the session.
Other information
Following the sanitary conditions, the modalities of the teaching AND the examination could be reassessed according to the situation and the rules in force.
Online resources
The exercise syllabus, the "slides" presented during the course and a form can be found on the Moodle space of the course.
On this same Moodle space there is also access to didactic applications including a lexicon which describes all the notions of physics seen in the course as well as a series of problems, presented in the form of multiple-choice questions. The student who has difficulty solving these problems also has clues to help him discover by himself the procedure to follow in order to arrive at the solution.
On this same Moodle space there is also access to didactic applications including a lexicon which describes all the notions of physics seen in the course as well as a series of problems, presented in the form of multiple-choice questions. The student who has difficulty solving these problems also has clues to help him discover by himself the procedure to follow in order to arrive at the solution.
Bibliography
Le cours s'appuie sur certains chapitres des volumes 2 et 3 des livres de phyique聽"Benson":聽si possible la 5猫me edition) Edition de boeck
Le volume 2 "Electricit茅 & Magn茅tisme" pour la partie聽茅lectromagn茅tisme (incluant E dans la mati猫re)
Le Volume 3 "Ondes, optique et phyique moderne " pour les parties聽oscillations,聽ondes m茅caniques,聽ondes 茅lectromagn茅tiques et optique g茅om茅trique.
Le livre de J. Kane et M. Sternheim intitul茅 芦聽PHYSIQUE聽禄 茅dit茅 par Dunod, est un bon livre de r茅f茅rence.
Le volume 2 "Electricit茅 & Magn茅tisme" pour la partie聽茅lectromagn茅tisme (incluant E dans la mati猫re)
Le Volume 3 "Ondes, optique et phyique moderne " pour les parties聽oscillations,聽ondes m茅caniques,聽ondes 茅lectromagn茅tiques et optique g茅om茅trique.
Le livre de J. Kane et M. Sternheim intitul茅 芦聽PHYSIQUE聽禄 茅dit茅 par Dunod, est un bon livre de r茅f茅rence.
Teaching materials
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Faculty or entity
