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NSW chemistry. 3 & 4 : module 3 reactive chemistry : module 4 drivers of reactions

Schell, Marilyn2018
Books, Manuscripts
This title for secondary school students provides a summary and detail of mandatory sections of the Chemistry content specified in the NSW Chemistry Stage 6 HSC syllabus and includes essential facts, exam style questions and answers. This title covers Module 3: Reactive Chemistry and Module 4: Drivers of reactions. Sample data has also been included for suggested experiments to give students practice opportunities to reinforce practical work, plus a Topic Test.
Imprint:
Marrickville, NSW : Science Press, 2018.©2018
Collation:
191 pages : colour illustrations ; 28 cm.
Series title:
Notes:
Includes index.
Audience:
Interest grade level: Secondary.
Contents:
IntroductionWords to watchModule 3: Reactive chemistry: Chemical reactions: Inquiry question: What are the products of a chemical reaction?Indicators of chemical changeModels of chemical reactionsSynthesis and decompositionCombustionFossil fuelsBiofuelsProducts of combustionThe Greenhouse effectPrecipitationAcid-base reactionsAcid-carbonate reactionsDetoxifying foodsRevision of chemical reactionsPredicting reactions of metals: Inquiry question: Inquiry question: How can we predict the reactivity of metals?Reactivity of metalsReactions of metals with metal ions in solutionMetal activity series and the Periodic TableExtracting metalsExtraction of a metal: CopperEnvironmental economic and social issuesMetal nanoparticlesElectron transfer reactionsOxidising and reducing agentsExamples of Redox ReactionsGalvanic cellsMeasuring potential of Galvanic half-cellsThe Standard Hydrogen electrodeThe Redox TableCalculating cell potentialsBatteriesFuel cellsFuel cells versus batteriesRevision of reactions of metalsRates of reactions: Inquiry question: What determines the rate of chemical reactions?Rates of chemical reactionsCorrosion: A slow reactionReaction rate and concentrationInvestigating reaction rate and concentrationCollision theoryActivation energyInvestigating reaction rate and temperatureReaction rate and surface areaReaction rate and pressureReaction rate and catalystsEnzymesRevision of rates of reactionsRevision of reactive chemistryModule 4 drivers of reactions: Energy changes in chemical reactions: Inquiry question: What energy changes occur in chemical reactions?Measuring temperature changesHeat, temperature and specific heatDissociation of ionic compoundsMolar heat of dissolutionHeat of combustionThermochemical equations for combustionMore enthalpy of combustion calculationsCalibrating a calorimeterOther reaction enthalpiesEnergy profile diagramsThe role of catalystsRevision of energy changes in chemical reactionsEnthalpy and Hess's Law: Inquiry question: How much energy does it take to break bonds and how much is released when bonds are formed?Chemical reactions and Bond energyLaw of conservation of energyHess's LawPhotosynthesis and respirationRevision of Enthalpy and Hess's LawEntropy and Gibbs free energy: Inquiry question: How can enthalpy and entropy be used to explain reaction spontaneity?EntropyModelling Entropy changesPredicting Entropy changes from equationsEntropy calculationsGibbs free energyAn experiment: Making ammonium chlorideEffect of temperature changes on spontaneityRevision of Entropy and Gibbs free energyRevision of drivers of reactionsTopic testAnswersFormula sheetData sheetPeriodic table.
ISBN:
9780855837761 (paperback)
Dewey class:
540.76
Language:
English
BRN:
348767
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