SAMPLE COURSE OUTLINE - School Curriculum ?· Sample course outline | Chemistry ... reactants, products…

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<ul><li><p>SAMPLE COURSE OUTLINE CHEMISTRY </p><p>ATAR YEAR 11 </p></li><li><p>2014/16045v4 </p><p>Copyright</p><p>SchoolCurriculumandStandardsAuthority,2014</p><p>Thisdocumentapartfromanythirdpartycopyrightmaterialcontainedinitmaybefreelycopied,orcommunicatedonanintranet,fornoncommercialpurposesineducationalinstitutions,providedthattheSchoolCurriculumandStandardsAuthorityisacknowledgedasthecopyrightowner,andthattheAuthoritysmoralrightsarenotinfringed.</p><p>Copyingor communication for anyotherpurpose canbedoneonlywithin the termsof the CopyrightAct1968orwithpriorwrittenpermissionoftheSchoolCurriculumandStandardsAuthority.CopyingorcommunicationofanythirdpartycopyrightmaterialcanbedoneonlywithinthetermsoftheCopyrightAct1968orwithpermissionofthecopyrightowners.</p><p>Any content in this document that has been derived from the Australian Curriculummay be used under the terms of the CreativeCommonsAttributionNonCommercial3.0Australialicence</p><p>Disclaimer</p><p>Any resources suchas texts,websitesand soon thatmaybe referred to in thisdocumentareprovidedasexamplesof resources thatteachers canuse to support their learningprograms.Their inclusiondoesnot imply that theyaremandatoryor that theyare theonlyresourcesrelevanttothecourse.</p></li><li><p>1 </p><p>Sample course outline | Chemistry | ATAR Year 11 </p><p>Sample course outline </p><p>Chemistry ATAR Year 11 </p><p>Unit 1 Chemical fundamentals: structure, properties and reactions </p><p>Week Keyteachingpoints</p><p>13</p><p>Structureofthesyllabus courseoutline assessmentoutlinePropertiesandstructureofatoms symbolsofelements atomicstructurenucleus,electronenergylevelsandelectronconfigurations bondformationanditsrelationshiptoelectronarrangement theperiodictableandtrendsintheperiodictable flametests isotopes relativeatomicmass massspectrometryTask1:Test</p><p>46</p><p>Propertiesandstructureofmaterials puresubstancesandmixtures elementsandcompounds nanomaterials typeofbondingwithinionic,metallicandcovalentsubstancesandtheirphysicalproperties molecularformulae percentagecompositionTask2:PracticalreportConductivityofsubstanceswhenmoltenandinaqueoussolutionand</p><p>bondingtypeTask3:Test</p><p>710</p><p>Chemicalreactions:reactants,productsandenergychange representationofchemicalreactionswithchemicalequations enthalpychangesinchemicalreactionsandphasechanges exothermicandendothermicreactions themoleconceptmass,moles,molarmass,calculatingmassesofsubstancesinareactionTask4:PracticalinvestigationEnthalpychangesindissolvingofioniccompoundsTask5:Test</p><p>1114</p><p>Propertiesandstructureofmaterials hydrocarbons,includingalkanes,alkenesandbenzene,havedifferentchemicalproperties</p><p>thataredeterminedbythenatureofthebondingwithinthemolecules molecularstructuralformulae(condensedorshowingbonds)canbeusedtoshowthe</p><p>arrangementofatomsandbondingincovalentmolecularsubstances IUPACnomenclatureisusedtonamestraightandsimplebranchedalkanesandalkenesfrom</p><p>C1C8 alkanes,alkenesandbenzeneundergocharacteristicreactionssuchascombustion,addition</p><p>reactionsforalkenesandsubstitutionreactionsforalkanesandbenzene comparingenergyoutputforcombustionoffossilfuelsandbiofuelsTask6:PracticalreportReactivityofhydrocarbonsTask7:ExtendedresponseEnergyandCO2outputforcombustionoffossilfuelsandbiofuelsTask8:Test</p><p>15 Examrevision16 Task9:Examination</p></li><li><p>2 </p><p>Sample course outline | Chemistry | ATAR Year 11 </p><p>Sample course outline </p><p>Chemistry ATAR Year 11 </p><p>Unit 2 Molecular interactions and reactions </p><p>Week Keyteachingpoints</p><p>1719</p><p>Intermolecularforcesandgases physicalpropertiesofcovalentmolecularsubstancesandtheirrelationshiptointermolecular</p><p>forces thevalenceshellelectronpairrepulsion(VSEPR)theory,Lewisstructurediagramsandthe</p><p>shapesofmolecules polarityofmoleculesasexplainedbyshape,symmetryandbondpolarity polarityofmoleculesandnatureandstrengthofintermolecularforces datafromchromatographytechniquestodeterminethecompositionandpurityofsubstancesTask10:PracticalreportPaperchromatography</p><p>2021</p><p>Intermolecularforcesandgases thebehaviourofanidealgasasexplainedbytheKineticTheory themoleconcepttocalculatethemassofsubstancesandvolumeofgases(atSTP)involvedin</p><p>achemicalreactionTask11:Test</p><p>2223</p><p>Aqueoussolutionsandacidity theuniquephysicalpropertiesofwaterasexplainedbyitsmolecularshapeandhydrogen</p><p>bondingbetweenmolecules saturated,unsaturatedorsupersaturatedsolutionsandtheconcentrationofasolution identificationofspecificionsinsolutionflametestsandvarioustypesofchemicalreactions thesolubilityofsubstancesinwaterTask12:PracticalreportSolubilityrules</p><p>2427</p><p>Aqueoussolutionsandacidity theArrheniusmodeltoexplainthebehaviourofstrongandweakacidsandbasesinaqueous</p><p>solutions indicatorcolourandthepHscale patternsofthereactionsofacidsandbases themoleconcepttocalculatethemassofsolute,andsolutionconcentrationsandvolumes</p><p>involvedinachemicalreactionTask13:PracticaltestIdentificationofunknownwhitepowdersTask14:ExtendedresponseSourcesofacidrainanditseffectsonnaturalandbuiltenvironmentsTask15:Test</p><p>2830</p><p>Ratesofchemicalreactions varyingtheconditionsunderwhichchemicalreactionsoccurcanaffecttherateofthe</p><p>reaction therateofchemicalreactionscanbequantifiedbymeasuringtherateofformationof</p><p>productsorthedepletionofreactants collisiontheory theactivationenergyanditsinfluenceontherateofachemicalreaction energyprofilediagrams theroleofacatalystanditseffectonreactionrateTask16:PracticalreportRatesofreactionsTask17:PracticalinvestigationRatesofreactionofacidswithmetalcarbonatesTask18:Test</p><p>31 Examrevision32 Task19:Examination</p></li></ul>