Inorganic Chemistry

The objective is to introduce the essential models and theories for understanding the stereochemistry and reactivity of compounds belonging to the elements of the main groups. This includes analyzing and discussing the periodic trends in chemical properties. Additionally, we aim to construct a conceptual framework facilitating the memorization and organization of facts pertaining to the chemistry of both the main group elements and transition metals, specifically focusing on their binary compounds with nonmetals.

The student will be able to recognize the symmetry of simple molecules and apply the group theory to identify the molecular vibrations that are IR and Raman active. They will also apply the qualitative theory of the molecular orbital (QTMO) to construct interaction diagrams. Additionally, they will learn to identify the main structural types of solid-state compounds, not only according to sphere packing models but also using the concept of underlying nets. A broader understanding of Acid-Base theories, including Hard-Soft acid-base models, will be attained. In electrochemistry, students will be capable of drawing Frost diagrams and discussing Pourbaix and Ellingham diagrams. Periodic trends in chemical properties and reactivity of compounds of the main group elements and transition metals (limited to their binary compounds with nonmetals) will be discussed according to the most up-to-date perspectives in inorganic chemistry.