Infopaket

Analytical chemistry

Обов’язкова дисципліна для ОП

First

2021/2022

3 Semester

7

PR05. Know the conceptual basis of monitoring and regulation of anthropogenic pressure on the environment. PR10. Be able to use software tools GIS technologies and Internet resources for information support of environmental research. PR11. Be able to predict the impact of technological processes and industries on the environment. PR19. Raise the professional level by continuing formal education and self-education. PR21. Be able to choose the best methods and tools for research, data collection and processing.

Full-time form

Successful mastering of the theoretical foundations of inorganic and organic chemistry, mathematics and physics according to the school programs "Chemistry", "Mathematics", "Physics", and the training course "Chemistry with the basics of biogeochemistry". Ability to independently apply previous theoretical knowledge of the school curriculum of chemistry, physics, mathematics to solve the main types of computational problems in analytical chemistry and to solve specific scientific and practical problems; work with scientific and scientific and methodological literature. Be able to write equations of chemical reactions and have basic skills of the simplest operations in a chemical laboratory.

The discipline covers the principles and methods of separation, qualitative and quantitative determination of the chemical composition of substances. The discipline considers the use of some titrimetric methods of analysis and modern instrumental methods of analysis for environmental control. Attention is paid to the general approach to the analysis of specific samples, namely soils, natural and wastewater and other environmental objects. Practical classes complement the lecture material and help students to better master the theoretical knowledge gained in lectures. Practical classes (with experimental component) are aimed at developing skills of practical work in laboratories and the ability to independently solve problems that can be used in research in related sciences and other interdisciplinary projects.

1. Alemasova AS, Zaitsev VM, Yenaleva L.Ya., Shchepina ND, Gozhdzinsky SM Analytical chemistry. - Donetsk: Knowledge, 2010. 3. Babko AK, Pyatnitsky IV Quantitative analysis. - К .: «Вища школа», 1974. - 304 с. 4. Basel JR, Voronich OG, Kormosh Zh.O. Practical course in analytical chemistry. - Lutsk: Vezha, 2004. - 256 p. 5. Zharovsky FG, Pilipenko AT, Pyatnitsky IV Analytical chemistry. - K., 1982. 6. Lutsevich DD, Moroz AS, Gribalskaya OV, Ogurtsov VV Analytical chemistry. - К .: Medicine, 2009. - 416 с. 8. Methodical recommendations for laboratory work in analytical chemistry for students of biological and geological faculties. - Kyiv: Ukrainian Orthodox Church "Kyiv University", 2004.

Lecture, practical classes, independent work

Semester assessment: 1. Modular test 1: PH 1.1–2.3, 3.2, 4.1–4.2 (content module 1) - 8/4 points. 2. Modular test work 2: PH 1.3–4.2 (content module 2) - 8/4 points. 3. Modular test 3: PH 1.3-4.2 (content module 3) - 8/4 points. 4. Current test 1: PH 1.3–4.2 (topic 2 of the content module 2) - 4/2 points. 5. Current control work 2: РН 1.3–4.2 (topic 3 of the content module 2) - 4/2 points. 6. Oral answers / additions: РН 1.1–4.2 - 5 / 2,5 points. 7. Evaluation of practical tasks: RN 2.1-2.3, 4.2-18 / 9 points. 8. Evaluation of homework: RN 1.1-4.1 - 5 / 2.5 points. Final assessment - in the form of an exam

Ukrainian