Inorganic Chemistry

Major: Food Technology
Code of subject: 6.181.00.O.006
Credits: 6.00
Department: Physical, Analytical and General Chemistry
Lecturer: prof. Starchevskyy Volodymyr Lyudvikovych
Semester: 1 семестр
Mode of study: денна
Learning outcomes: • understand the current state and prospects of chemistry; • understand the role of chemistry in the scientific and technical progress, new materials based on modern technology; • solution bind energy problems through rational use of natural resources and environmental protection; • have knowledge of chemical ideological theories and laws; • Know the physical and chemical properties of substances practical value, the processes occurring in bioheotsynozah; • understand and describe the physical, chemical, biochemical, microbiological processes used in food technology; • understand the need for lifelong learning to enhance the acquired and acquiring new
Required prior and related subjects: Analytical Chemistry, • Physical and Colloid Chemistry ;, • The theoretical basis of food production
Summary of the subject: Basic concepts and laws of chemistry. Properties basic compounds and simple substances (metals and non-metals), their role and application in food technology. The relationship, bonds of electronic structure of atoms of chemical elements with their position in the periodic system and properties. The properties of water solutions and non-electrolytes and electrolytes. Thermal phenomena in the course of chemical reactions and dissolution processes metals to various aggressive environments, the possibility of corrosion of process equipment and methods of corrosion protection. .
Assessment methods and criteria: • oral examination, written reports on laboratory work, test current control (30%) • final control (70% control measure, exam), written-oral form (70%)
Recommended books: 1. Jaworski VT Fundamentals of theoretical chemistry. L .; "Lviv Polytechnic", 2004. - 368p. 2. N.V.Romanova. General and Inorganic Chemistry. K .; Irpen: WTF "Perun", 2002. - 480p. 3. Akhmetov NS General and neorhanycheskaya chemistry. ¬ N .: Vыssh.shkola, 1998. - 640 p. Day 4. M. Selbyn neorhanycheskaya D. Theoretical Chemistry. - M .: Chemistry, 1976. - 568 p. 5. Karapetnts MH, Drakyn SI General and neorhanycheskaya chemistry. - M., Vыssh.shk., 1981. - 632 p.