Mastering Atomic Models: Explain the evolution of atomic models (from Bohr to quantum description) and identify their respective limits and contributions. * **Understanding Quantum Description:** Using and interpreting the four quantum numbers to describe the state of an electron and the shape of atomic orbitals. * **Determine Electronic Configurations:** Apply the filling rules (Aufbau principle, Hund's rule, Pauli exclusion principle) to establish the electronic configuration of atoms and ions. * **Relate Structure and Properties:** Analyze the periodic trends of the elements (atomic radius, ionization energy, electronegativity) and correlate them directly to their electronic structure. **Format and Organization** The course is structured around **theoretical sessions** (lectures) supplemented by intensive **tutorials**. The tutorials are essential for the practical application of concepts and the resolution of complex problems. * **Typical duration:** 40 hours of contact (lectures and tutorials) spread over a period of theoretical presentations, application exercises, case studies and self-assessment.

General Introduction to Thermodynamics Definition: all isothermal, isochoric, isobaric, and adiabatic transformations Thermal machines: Heat pump Refrigerated With the exams Tutorial with solutions General summary...

Hi The lesson will be a presentation in physics from primary to university, and we will try to get to know each other and then schedule lessons in case the student wants to follow up with us. We can also teach mathematics and chemistry. Hello everyone.

How to determine position vector, velocity, and acceleration. Part of Cenimatics and Dynamics with studies of forces. Central forces. With an introductory exercise on mechanics and a complete exercise on dynamic kinematics and central forces.