• to know the basic facts, conceptions, principles and theories that refers to chemistry, theoretical bases of technologies of production of inorganics substances;
• be able to apply the knowledge and understanding of chemistry to resolve of quality and quantitative problems on chemical production, to estimate influence of technological factors on composition of finish product;
• to have conception about mechanisms and principles of chemical transformation of substances and transformation of energy in them.

• Physics,
• Higher mathematics.

Dissemination of elements is in nature. Prevalence of elements is in the earth’s crust. Methods of receipt of simple substances (nonmetals and metals). Metallurgy. General characteristics of s-elements of I-II groups, p-elements of III-VIII groups, d-elements of I,II,III,VI,VII,VIII groups, f-elements. The hardness is of the water and methods of softening. Physical and chemical properties are of simple substances and their applications. Acid-base and redox properties of compounds of s-elements of I-II groups, p-elements of III-VIII groups, d-elements of I,II,III,VI,VII,VIII groups with different of oxidation degrees. Complex compounds and their applications. Obtaining, physical and chemical properties of important inorganic products (hydrochloric, sulfuric, nitric and phosphoric acids, bases, glasses, cement, soda, mineral fertilizers and other).

1. В.Т.Яворський. Основи теоретичної хімії: підручник. – Львів: Видавництво Львівської політехніки, 2016. – 378 с.
2. В.Т.Яворський. Неорганічна хімія: підручник. – Львів: Видавництво Львівської політехніки, 2016. – 278 с.
3. Н.В. Романова. Загальна та неорганічна хімія. – К.: Вид-во “Перун”, 1998. – 480 с.

• Writing reports from laboratory works, verbal questioning, and control work (30%);
• Final control (70% control measure, examination): writing-verbal form (70%)