Chemistry, as the science of materials, forms a central foundation for a variety of additional scientific disciplines such as mathematics and physics, biology, medicine, and pharmacy. The reason for this lies in the fundamental fact that the entire physical universe surrounding us, from infinite distances to the smallest particles, is composed of diverse materials.

This course will provide a thorough understanding of the world of materials and the theoretical tools and principles required to study it. We will begin by defining the basic concepts – elements, mixtures, and compounds – and characterize the differences between them. We will continue with the exploration of the particulate model to understand the nature of the atom – the building particle of all matter. Subsequently, we will focus on the different states of matter and examine how substances transition from one state to another.

We will proceed to study the unique characteristics of metallic and non-metallic elements, observe their specific organization in the periodic table, and familiarize ourselves with important families and representations within it. We will emphasize their significant importance to human life and their diverse applications. Furthermore, we will reveal the characteristics and formation processes of molecules.

We will conclude with an examination of the combustion reaction mechanism – an important arena for demonstrating interactions between materials, while highlighting the benefits and risks associated with them.

This comprehensive course will equip learners with theoretical knowledge and practical tools for understanding the world of materials and chemistry with their fascinating mechanisms, in a multidisciplinary integration of topics from physics, chemistry, and life sciences in a literally inorganic manner.

* The course material will be tailored to the age of the learners.