КВ Шифр дисциплины: ChFPOM 3225 Наз

КВ
Шифр дисциплины: ChFPOM 3225
Название дисциплины: Химия функциональных производных органических молекул
Пререквизиты: Теоретические основы неорганической химии, химия элементов периодической системы, строение вещества, теоретические основы органической химии
Постреквизиты: химическая экология, неорганические полимеры на основе p – элементов, органические природные и синтетические полимеры, химия высоко молекулярных соединений
Цель: Изучение основных классов органических соединений, имеющих функциональные группы, методы их синтеза, реакционную способность и химические свойства.
Краткое содержание основных разделов: Алифатические и циклические функционально замещщеные производные углеводороды, их основные классы, методы синтеза, химические и физические свойства, прикладное значение.
Ожидаемые результаты: должен уметь написать схемы взаимодействия различных классов соединений, разбираться в механизмах реакций и приобрести навыки проведения простейших лабораторных работ по синтезу органических веществ
Компетенции: владеть знаниями об основных классах функциональных производных углеводоров, их строении, химических свойствах, владеть навыками их синтеза

Результаты (английский) 1:

KV Code of discipline: ChFPOM 3225 Name of the discipline: chemistry of functional derivatives of organic molecules Prerequisites: theoretical foundations of inorganic chemistry, chemistry of the elements in the periodic system, the structure of substance, theoretical fundamentals of organic chemistryPostrekvizity: Chemical Ecology, inorganic polymers based on p-elements, organic natural and synthetic polymers, chemistry of high molecular compounds Objective: to study the major classes of organic compounds with functional groups, methods of their synthesis, reactivity and chemical properties. Summary of main sections: Aliphatic and cyclic functional zameshhshhenye derivatives of hydrocarbons, their main classes, methods of synthesis, chemical and physical properties, applied value.Expected results: must be able to write different classes of interaction diagrams connections, to understand the mechanisms of reactions and acquire the elementary skills of laboratory works on the synthesis of organic compoundsCompetencies: own knowledge about the basic classes of functional derivatives of hydrocarbons, their structure, chemical properties, their skills of synthesis

Результаты (английский) 2:

HF
Code of discipline: ChFPOM 3225
Name of discipline: Chemistry functional derivatives of organic molecules
Prerequisites: Theoretical basis of inorganic chemistry, chemistry of elements of the periodic system, structure of matter, the theoretical foundations of organic chemistry
Postrekvizity: chemical ecology, inorganic polymers based on p - elements, organic, natural and synthetic polymers chemistry high molecular compounds
Objective: To study the major classes of organic compounds having functional groups, methods for their synthesis, the reactivity and chemical properties.
Summary main sections: aliphatic and cyclic functional zameschschenye derivatives of hydrocarbons, their major classes, methods of synthesis, and chemical and physical properties for applications.
Expected results: should be able to write a scheme of interaction of various classes of compounds, to understand the mechanisms of reactions and to acquire the skills of elementary laboratory work on the synthesis of organic substances
Competencies: have knowledge about the basic classes of functional derivatives uglevodorov, their structure, chemical properties, master the skills of their synthesis

Результаты (английский) 3:

squarethe combination of discipline: ChFPOM 3225the name discipline: chemistry of functional derivatives of organic moleculesпререквизиты: the theoretical basis of inorganic chemistry, the chemistry of elements of the periodic system, building materials, theoretical organic chemistryпостреквизиты: chemical ecology, inorganic polymers based on p - elements, organic, natural and synthetic polymers, chemistry of high molecular compoundsobjective: to study the major classes of organic compounds with functional groups, methods of synthesis, reaction ability and chemical properties.a summary of the main sections: aliphatic and cyclic functional замещщеные derivatives of hydrocarbons, their core classes, methods of synthesis, the chemical and physical properties of practical value.expected results: must be able to write patterns of interaction of different classes of compounds, to understand mechanisms of reactions and to acquire the skills of basic laboratory work on the synthesis of organic substancescompetence: have knowledge of the major classes of functional derivatives of углеводоров, their structure, chemical properties, possessing skills in their synthesis