ecture: Week 1 Chemical nomenclature. (Nomenclature of inorganic compounds). Week 2 Chemical calculations. (Calculation with chemical formulas and Equations). Week 3 Atom construction. Atomic nucleus electron shell. (Atomic and molecular structure). Week 4 Periodic table of elements. (Periodic table of the elements, electron configurations and periodicity). Week 5 Chemical bond - concept, types of chemical bond. (Chemical bonding theory - definition, type of bonds). Week 6 Chemical reactions. (Types of chemical reactions). Week 7 Basic concepts of thermodynamics. (Understanding heats of reaction). Week 8 Kinetics of chemical reactions. Catalysis. (Rates of reaction. Catalysis.). Week 9 Chemical equilibrium and the possibility of its influence. Chemical equilibrium. Changing the reaction conditions). Week 10 Theory of acids and bases. Electrochemistry. (Acids and bases. Electrochemistry). Week 11 Solid state chemistry and modern technologies. (Solid state chemistry and modern technologies). Week 12 Chemistry of main non-metals - hydrogen, chlorine, oxygen, sulfur, nitrogen, phosphorus, carbon, silicon. (Chemistry of main-group elements - hydrogen, chlorine, oxygen, sulfur, nitrogen phosphor, carbon, silicon). Week 13 Chemistry of main non-transition (alkali metals, Al) and transition (Mn, Cr, Fe, Cu) metals. (Chemistry non transition metals (Alkali metals, Al) a transition metals (Mn, Cr, Fe, Cu)). seminars: Week 1: Practicing nomenclature, preparation of solutions and expressing their concentration. Mixing equations. Mutual recalculations of different ways of expressed concentrations. Week 2: Practice of enumeration of equations, basic stoichiometric calculations. Empirical formula. Determination of molecular formula Week 3: Solubility curve. Saturated solutions, types of crystallization. Crystallisation balance, including hydrates. Stoichiometry combined with solution preparation, crystallization and gases under standard conditions. Week 4: Stoichiometry combined with solution preparation, crystallization and gases under standard completion conditions. Development of quantum numbers. AO - their shape and energy, rules of electron occupancy. Week 5: Calculations of consumption of polluted chemicals, resp. purity of the chemical used. Use of stoichiometry in volumetric analysis. Periodic table. Electronic configurations of atoms. Stable ion configuration. Week 6: Chemistry of halogens, oxygen and hydrogen. Week 7: Chemical bonding. Effective and ineffective AO overlays. Electronic structural formulas. Hybridization. Equation of state of an ideal gas. Week 8: Combined examples of the equation of state + stoichiometry. Chemistry of sulfur, nitrogen, phosphorus and carbon. Week 9: Equilibrium of chemical reactions, Kc (qualitatively its importance, calculations only simple). Equilibrium shift (Le Chatelier principle - by changing concentration, pressure or temperature - qualitatively). Week 10: General methods of metal production, chemistry of non-transition metals (Na, Ca, Al). Solutions. Electrolyte separation. Dissociation in electrolyte solutions. Relation between Kc and . Week 11: Calculations of pH of strong and weak acids and bases, recalculations of various expressions of solution concentration (partially repetition). Week 12: Relationship between structure and acid-base properties. General methods for the preparation of acids, bases, salts. Typical oxidizers, reduced. Chemistry of non-transition metals (Mn, Cr, Fe, Cu).
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