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Lecturer(s)
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Nguyen Thi Thu Huong, RNDr. Ph.D.
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Muck Alexander, doc. RNDr. CSc.
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Zmija Roman, Mgr.
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Course content
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Sylabus: 1. Water, Oxygen, H2O2, Alkaline Metals. 2. Reaction H2O2 with KMnO4. 3. Oxidation of Carbon in NaNO3 Melt 4. Reaction of Na and Cl2 5. Alkaline Earth Metals 6. Burning of Mg under Water 7. Reaction of CaCO3 8. Preparation of Ba(OH)2 9. Compounds of Elements p1 10. Preparation of Al2O3 and Al(OH)3 11. Preparation of Glass 12. Elements of Carbon Group (p2) and their Compounds 13. Reaction of CaC2 14. Glass Hydrolysis 15. Preparation of Pb(NO3)2 16. Reducing Effects of Oxalic Acid 17. Elements of Nitrogen Group (p3) 18. NH3 Formation and Proofs 19. HNO3 Formation 20. Reaction of NO2- and their Properties 21. Sulfur and its Compounds (p4 Elements) 22.-23. Preparation of H2SO3 and its Properties 24. Preparation of Na2S2O3 25. Reaction of Cu with Concentrated H2SO4 26.-27. Halogenides and their Compounds (p5), their Properties 28. Reaction of HCl and Water 29. Iodine Solution in Different Solvents 30. Halogenide Oxidation 31. Chemistry of d Elements and their Compounds 32. Preparation of the Mohr´s salt 33. KMnO4 Decomposition 34. Preparation of Cu Compounds 35. Formation of Complex Co and Ni Substances 36. Cu Complex Compounds
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Learning activities and teaching methods
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unspecified
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Learning outcomes
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Course is intended to all students, who pass through basic courses of inorganic chemistry. Acquaint with practical advances, whose theoretic basis had been given in courses of inorganic chemistry. Students ourselves assemble apparatus for individual chemical reaction, watch and evaluate their process and yields, study apply simple calculations to the practice. Contens of particular exercising: 1. Reaction of hydrogen peroxide with potassium permanganate 2. Oxidation of carbon in melt sodium nitrate 3. Reaction of sodium with chlorine 4. Burning of magnesium under water 5. Reaction of calcium carbonate and his rise 6. Preparation of barium hydroxide 7. Preparation of aluminium hydroxide and aluminium oxide from alum 8. Preparation of easily - fusible boron - plumbic - silicious glass 9. Reaction of calcium acetylide and his assessment 10. Hydrolysis of glass 11. Preparation of plumbic nitrate 12. Reducing effects of oxalic acid 13. Rise of ammonia and his proof 14. Rise of nitric acid 15. Reaction of nitrites and their oxidizing and reducing characteristics 16. Preparation of sulphurous acids 17. Characteristics of sulphurous acids 18. Preparation of sodium thiosulphate 19. Reaction of copper with concentrated acid sulphuric 20. Characteristics of halogenides 21. Reaction of hydrochlorid acid with water 22. Iodine solution in different solvents 23. Oxidation with halogenides 24. Preparation of (NH4)2Fe(SO4)2 25. Breakdown of potassium permanganate 26. Preparation of copper adducts 27. Rise of cobalt and nickel complex adducts 28. Complexes of copper in aqueous mite
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Prerequisites
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unspecified
KCH/P222
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Assessment methods and criteria
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unspecified
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Recommended literature
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KLIKORKA J. A KOL. Obecná a anorganická chemie. SNTL / Alfa Praha, 1985.
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KOLSKÝ V., KOLSKÁ Z. Složení roztoků a stechiometrické výpočty. UJEP Ústí n.L., 2001.
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MUCK A., NGUYEN THI TH.H., KOLSKÁ Z. Laboratorní cvičení a úlohy z anorganické chemie. PŘF UJEP Ústí n L., 2007.
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VOHLÍDAL J. A KOL. Chemické a analytické tabulky. GRADA, Praha, 1999.
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