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Download Module code SP-1202 Module Title Electricity and Magnetism
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Transcript
Modulecode ModuleTitle Degree/Diploma TypeofModule ModularCredits Prerequisite Anti-requisite SP-1202 ElectricityandMagnetism BachelorofScience(AppliedPhysics) MajorCore 4 TotalstudentWorkload Contacthours ALevelPhysicsorequivalent SP-1302ElectricityandMagnetism TG-1307EngineeringElectromagnetics 10 4 hours/week hours/week Aims Themoduleisdesignedtoprovidethestudentswiththefundamentaltheoreticalandpractical knowledgeofElectricityandMagnetismandpreparethemformoreadvancedstudyinthisarea. LearningOutcomes Onsuccessfulcompletionofthismodule,astudentwillbeexpectedtobeableto: Lowerorder: 30% -describetheinteractionofelectromagneticwaveswithmatter -Identifythepathsofchargessubjecttobothelectrostaticandmagnetic fields Middleorder: 50% -performcalculationstodeterminetheelectricfielddistributionsforcomplex arrangementsofcharge -calculatethemagneticfieldsduetomovingchargesinwiresandsolenoids -measuremagneticfieldsincoilsandwiresusingforexampleHallprobeand searchcoiltechniques -performcalculationsontheinteractionofelectromagneticwaveswith matter,measurechargecarriermobilitiesinforexamplesemiconductors usingelectromagnetictechniques -usesoftwaretoplotandinterpretelectricandmagneticfielddistributions forvariouschargearrangements -applytheoreticalskillsdevelopedinthelecturestoanalysingandsolving problemsinelectricityandmagnetism Higherorder: 20% -demonstratetheirabilitytouselaboratoryequipmentbyperforming experimentsrelevanttothemodule -useaninvestigativeapproachtostudyemployingresourcessuchasbooks, lecturenotes,theInternetandothersources. ModuleContents − Introductoryvectorcalculus − Electriccharge,Coulomb'slaw,electricfieldandfieldlines − Electricdipole,electricpotential,Gauss'law,electricflux − Propertiesofcapacitors,storageofelectrostaticenergy,dielectrics − Magneticfield,Halleffect,magneticdipole − Magneticfieldsduetocurrents,theBiot-Savartlaw,Ampere'slaw − Faraday'slawofinduction,Lenz'slaw,inductance,storageofelectromagneticenergy,eddy currents,magnetsandmagneticmaterials Assessment Formative assessment Summative assessment In-classquestions,tutorialsandfeedback Examination:50% Coursework:50% -2work-basedproblems(20%) -2assignments(20%) -1classtest(10%)
