| Title |
Product |
| Properties of lithium, sodium and potassium |
P1137300 |
| Reactions of lithium, sodium and potassium with water |
P1137400 |
| Composition of hydroxides |
P1137500 |
| Preparation of caustic soda solution by electrolysis of asodium chloride solution |
P1137600 |
| Properties of alkali hydroxides |
P1137700 |
| Electrolysis of sodium hydroxide solution and preparation ofsodium by molten-salt electrolysis |
P1137800 |
| Reactions of the alkaline earth metals magnesium and calciumwith air and carbon dioxide |
P1137900 |
| Reaction of magnesium and calcium with water - hydroxideformation |
P1138000 |
| Reactions of alkaline earth hydroxides with carbon dioxide,carbonates and sulphates |
P1138100 |
| The occurrence of calcium carbonate in nature and the pro-duction of quicklime |
P1138200 |
| Preparation of chlorine by oxidation of hydrochloric acidwith potassium permanganate and determination of its mass per litre |
P1138300 |
| Reaction of chlorine with metals |
P1138400 |
| Reaction of chlorine with non-metals - liberation of oxygenfrom chlorine water by sunlight |
P1138500 |
| Solubility of chlorine in water and bleaching action |
P1138600 |
| Reaction of bromine with metals |
P1138700 |
| Reaction of bromine with hydrogen while forming hydrogenbromide |
P1138800 |
| Sublimation and solubility of iodine |
P1138900 |
| Reaction of iodine with metals and with hydrogen |
P1139000 |
| Reaction of iodine with starch |
P1139100 |
| Halogen exchange in ionic compounds (displacement reactions) |
P1139300 |
| Obtaining sulphur |
P1139500 |
| Properties of sulphur |
P1139600 |
| Preparation of sulphur dioxide |
P1139700 |
| Solubility of sulphur dioxide in water |
P1139800 |
| Sulphur trioxide - the sulphuric acid contact process |
P1139900 |
| Properties of sulphuric acid - part 1 (density, hygroscopi-city, hydration) |
P1140000 |
| Properties of sulphuric acid - part 2 (decomposition oforganic substances, reactions with metals and carbon) |
P1140100 |
| Salts of sulphuric acid - sulphates |
P1140200 |
| Sulphides - hydrogen sulphide |
P1140300 |
| Obtaining nitrogen from air |
P1140400 |
| Binding of nitrogen by base metals |
P1140500 |
| Obtaining nitrogen oxides by burning air |
P1140600 |
| Ammonia preparation from the elements (Haber-Bosch process) |
P1140700 |
| Preparing ammonia for experimental purposes |
P1140800 |
| Quantitative analysis of ammonia |
P1140900 |
| Combustion of ammonia to produce nitrogen dioxide |
P1141000 |
| Preparation of nitric oxide from nitric acid |
P1141100 |
| Preparation of nitric acid from potassium nitrate and sul-phuric acid |
P1141200 |
| Properties of nitric acid |
P1141300 |
| Nitrates, their properties, detection |
P1141400 |
| Red and white phosphorus |
P1141500 |
| Phosphorus pentoxide |
P1141800 |
| Phosphoric acid and its salts |
P1141900 |
| Detection of phosphate ions |
P1142000 |
| Graphite and diamond |
P1142200 |
| Occurrence of carbon in nature |
P1142300 |
| The charcoal filter and its practical application |
P1142400 |
| Carbon dioxide |
P1142500 |
| Carbon monoxide |
P1142600 |
| Salts of carbonic acid |
P1142700 |
| Temporary hardness and acid binding capacity |
P1142800 |
| Preparation of silicon from quartz |
P1142900 |
| Preparation of water glass |
P1143000 |
| Silicates, silica gel |
P1143100 |
| Preparation of iron from oxidic ores (blast furnace process) |
P1143300 |
| Properties of aluminium |
P1143400 |
| Chemical properties of copper |
P1143500 |
| Chemical properties of zinc |
P1143600 |
| Chemical properties of silver I |
P1143700 |
| Chemical properties of silver II (photography) |
P1143800 |
| Production of metal alloys |
P1143900 |
| Chemical garden |
P1146800 |
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