Chemistry: atomistics and chemical bonding

Know the electronic configuration of an atom (using Klechkovski's, Hund's and Pauli's rules)
Be able to calculate ionization energies (using Slater's approximation if necessary)
Relate the position of elements in the classification with their chemical and physical properties (ionic radius, ionization energy, electron affinity and electronegativity)
Draw up molecular orbital diagrams of diatomic molecules.

Part I: Atomistics
A-Constitution of the atom

Introduction
Elementary particles
Atomic number, mass number, isotopes

B-Structure of the atom

The hydrogen atom
Quantum numbers (n, l, m, s)
Atomic orbitals
Hydrogenoids
Polyelectronic atoms (Slater approximation, electronic configuration, Pauli exclusion principle, Hund's rule)
Periodic classification of the elements (general description of the blocks (s, p, d, f), physical and chemical properties of the elements)

Part II: Chemical bonding
A- Introduction (briefly recalling the different types of bond and their characteristics)
B- The covalent bond

Lewis theory (octet rule, construction of Lewis representations from quantum bins, limitations of the model)
Wave mechanics (notion of molecular orbital, linear combination of LCAO atomic orbitals)

C- Metallic bonding

The simplistic model
Band theory

D- Molecular bonding

Van der Waals forces
Hydrogen bonding

Physical and Analytical Chemistry