Learn/NABTEB/Syllabus/ChemistryStudy this course in LearnPractice opens in your NABTEB workspace after you sign in. Questions and lecture notes stay there.Practice this courseOpen lecture notesOfficial rules, eligibility, and dates stay on the NABTEB guide.course outlineElements Compounds and MixturesConcepts of Elements, Compounds and MixturesPhysical and Chemical changesDefinition of Elements, Compounds and MixturesMethods of separation of MixturesStructure of the AtomConcepts of Atoms, Molecules and IonsGross features of the AtomElectronic ShellsAtomic number, Mass number, Isotopes, Relative atomic number (Ar), Relative molecular mass (Mr)Electronic Energy LevelsOrbitalsNuclear ChemistryPeriodicity of the ElementPeriodic law and tablePeriodic properties of the first 30 elementsPeriodic graduation of the properties of halogensTransition metals and their characteristic propertiesChemical BondingChemical bonding and types of chemical combinationInter-atomic bondingCovalent bonding factorsSimple molecules and their shapesMetallic bondingIntermolecular bondingStoichiometry and Chemical ReactionsSymbols, formulae and equationsLaws of chemical combinationAmount of substanceSolutionsStates of MatterKinetic model of matterGasesLiquidsSolidsEnergy and Energy ChangesEnergy changes in physical and chemical processesDescription, definition and illustrations of energy changes and effectsConcepts of free energy and entropyAcids, Bases and Salts.Physical and chemical properties of acids and basesPreparation of acids and saltsAcids, bases and salts as electrolytesThe pHWeak acids and weak basesHydrolysisAcid-base indicatorsAcid-base titrationsSolubilityDefine solution, saturated solution, super saturated solution and solubilityFactors affecting solubilityDetermination of solubilities of substanceSolubility curves and their applicationsRates of Reaction and Equilibrium SystemsRates of reactionEquilibrium systemsRedox ReactionsDefinitions of oxidation and reduction, reducing and oxidizing agentsOxidation numbers/statesTests for oxidants and reductantsBalancing of redox equationsStandard electrode potentials of electrochemical cellsPrinciples of electrolysisCorrosion treated as redox processBasic Chemistry of Non-MetalsOxygenHydrogenWater and solutionHalogensNitrogenCarbonSulphurNoble gasesMetals and Their CompoundsDistinction between metals and non-metalsPrinciple of extraction of metalsExtraction and uses of alkali metals, alkaline earthmetals, transition of metalsImportant compounds of Na, K, Mg, Ca, A1, Ba, Cu, Ag, Zn, Hg, Fe and their usesAlloys of Fe, Cu, AL Pb and ZnActivity seriesBasic Principles of Organic ChemistryClassification and nomenclatureSeparation and purification methodsDetermination of the empirical and molecular formulae and the molecular structureHomologous seriesIsomerismDifferences between structural geometric/ stereoisomerismChemistry of HydrocarbonsHydrocarbonsAlkanesPetroleumAlkenesAlkynesBenzeneChemistry of the AlkanosGeneral formula of alkanols as CnH2+1OHFunctional group of alkanols as OHMolecular and structural formula and the IUPAC names of the first vewGeneral methods of preparationFermentation process as a method of preparation and from ethene a, a by product of the cracking processClassification of alkanolsPhysical and chemical propertiesUses of ethanolTestBasic Chemistry of Alkanoic Acids and AlkanoatesAlkanoic acidsAlkanoatesChemistry of Some Macro Molecules (Polymers)Amino acidsNatural and synthetic polymersApplication of Chemistry in Industries and EnvironmentChemistry in natureExtraction of metalsPollutionBiotechnologyPRACTICALSGeneral skills and PrinciplesQuantitative AnalysisQualitative Analysis
