Inorganic Chemistry

Title	% from total grade	Grade
1. Individual work	-	-
Independent work on the course shall include: hearing and learning video recordings of lectures; preparation of protocols of laboratory work; fulfilment of self-control tasks on colloquia topics; preparation for course seminars; preparing for study course examinations after the programme indicated in e-studies; completion of the study course evaluation questionnaire.

Title	% from total grade	Grade
1. Examination	-	10 points
Summary assessment work - three colloquia and exam work, including the correct answer selection tasks, matching tasks, chemical response, situation analysis tasks. Evaluation on a 10-point scale in accordance with the provisions of RSU academic Regulations. Final assessment of the course forms cumulatively (50% consists of the assessment obtained during the course and 50% of the assessment obtained during the exam work).

Concepts and basic laws of general chemistry.

Safe working methods, laboratory vessels.

Laboratory work — basic classes of inorganic compounds.

Solutions and solution concentration. Electrolytic dissociation.

Colloquium of entry – oxides, acids, bases, salts – their preparation and properties.

Laboratory work – preparation of concentrations of solutions.

Protolyte theory, pH concept.

Hydrolysis of inorganic salts.

Seminar - ways of expressing the concentrations of solutions and calculations, reaction rate and equilibrium.

Atomic structure. Chemical bond, its types.

Laboratory work: reactions in electrolyte solutions, salt hydrolysis.

Seminar - Reactions in electrolyte solutions, hydrolysis of salts.

Oxidation reduction processes.

colloquium 1 — basic classes of inorganic compounds. Calculation of the concentration of solutions. Basic laws. Salt hydrolysis.

Complex connections, their structure and stability.

Laboratory work – oxidation-reduction reactions.

Inorganic chemistry - group properties, chemistry of s-elements

Laboratory work – complex compounds.

Seminar - oxidation - reduction reactions, complex compounds.

Inorganic chemistry – chemistry of the most important d- elements (compounds and their properties).

2nd colloquium – atomic structure, chemical bond, oxidation-reduction reactions, complex compounds, group properties, s-elements.

Inorganic Chemistry – Chemistry of the most important p- elements (compounds and their properties), Part 1

Laboratory work: essential compounds of non-metallic elements and their properties.

Laboratory work: essential metallic element compounds and their properties.

Inorganic Chemistry - Chemistry of the most important p- elements (compounds and their properties), Part 2

Laboratory work: creation of sodium alginate hydrogel.

Laboratory work: spectrophotometric analysis of complex compounds

Seminar – metals, non-metals, characteristics and use of their compounds.

Basic principles of chemical synthesis.

Laboratory work: creation of sodium alginate hydrogel.

Incidence and use of inorganic elements and compounds in pharmacy, medicine and human physiology.

colloquium 3 - Chemical synthesis, non-metals and metallic elements, their compounds, properties and uses.

colloquium 3 - Chemical synthesis, non-metals and metallic elements, their compounds, properties and uses.

Concepts and basic laws of general chemistry.

Protolyte theory, pH concept.

Solutions and solution concentration. Electrolytic dissociation.

Hydrolysis of inorganic salts.

Atomic structure. Chemical bond, its types.

Oxidation reduction processes.

Complex connections, their structure and stability.

Colloquium of entry – oxides, acids, bases, salts – their preparation and properties.

Colloquium of entry – oxides, acids, bases, salts – their preparation and properties.

Laboratory work — basic classes of inorganic compounds.

Seminar - ways of expressing the concentrations of solutions and calculations, reaction rate and equilibrium.

Seminar - ways of expressing the concentrations of solutions and calculations, reaction rate and equilibrium.

colloquium 1 — basic classes of inorganic compounds. Calculation of the concentration of solutions. Basic laws. Salt hydrolysis.

Laboratory work – preparation of concentrations of solutions.

Laboratory work – oxidation-reduction reactions.

Laboratory work – complex compounds.

Laboratory work – oxidation-reduction reactions.

Laboratory work – complex compounds.

Inorganic chemistry - group properties, chemistry of s-elements

Inorganic chemistry – chemistry of the most important d- elements (compounds and their properties).

Inorganic Chemistry – Chemistry of the most important p- elements (compounds and their properties), Part 1

Inorganic Chemistry - Chemistry of the most important p- elements (compounds and their properties), Part 2

Safe working methods, laboratory vessels.

Basic principles of chemical synthesis.

Incidence and use of inorganic elements and compounds in pharmacy, medicine and human physiology.

Seminar - Reactions in electrolyte solutions, hydrolysis of salts.

Seminar - oxidation - reduction reactions, complex compounds.