Wolfson, Essential University Physics: Volume 1&2 Pack

Richard Wolfson's Essential University Physics is a concise and progressive calculus-based physics textbook that offers clear writing, great problems, ... EssentialUniversityPhysics,4thGlobalEdition Volume1and2-Pack RichardWolfson  |c2021 ISBN 9781292351452 Published June2020 Pages 928 Ifyou'reaneducator Requestprintsample Downloadinstructorresources About NewFeatures TableofContents DigitalLearning InstructorResources Description   Focusonthefundamentalsandhelpstudentsseeconnectionsbetweenproblemtypes RichardWolfson’sEssentialUniversityPhysicsisaconciseandprogressivecalculus-basedphysicstextbookthatoffersclearwriting,greatproblems,andrelevantreal-lifeapplicationsinanaffordableandstreamlinedtext.Thebookteachessoundproblem-solvingstrategiesandemphasizesconceptualunderstanding,usingfeaturessuchasannotatedfiguresandstep-by-stepproblem-solvingstrategies.Realizingstudentshavechangedagreatdealovertimewhilethefundamentalsofphysicshavechangedverylittle,Wolfsonmakesphysicsrelevantandaliveforstudentsbysharingthelatestphysicsapplicationsinasuccinctandcaptivatingstyle. The4thEdition,GlobalEdition,incorporatesresearchfrominstructors,reviewers,andthousandsofstudentstoexpandthebook’sproblemsetsandconsistentproblem-solvingstrategy.Anewproblemtypeguidesstudentstoseepatterns,makeconnectionsbetweenproblemsthatcanbesolvedusingsimilarsteps,andapplythosestepswhenworkingproblemsonhomeworkandexams.NewdigitaltoolsandtheinteractivePearsoneTextincreasestudentinteractivitytohelpthemdevelopconfidenceinsolvingproblems,deepentheirconceptualunderstanding,andstrengthenquantitative-reasoningskills. EssentialUniversityPhysicsisofferedastwopaperbackvolumesavailabletogetherorforsaleindividually. AlsoavailablewithMasteringPhysics Mastering™istheteachingandlearningplatformthatempowersyoutoreacheverystudent.Bycombiningtrustedauthorcontentwithdigitaltoolsdevelopedtoengagestudentsandemulatetheoffice-hourexperience,Masteringpersonalizeslearningandimprovesresultsforeachstudent.Nowprovidingafullyintegratedexperience,theeTextislinkedtoeveryproblemwithinMasteringforseamlessintegrationbetweenhomeworkproblems,practiceproblems,textbook,workedexamples,andmore. NewFeatures   Buildproblem-solvingskillsusingupdatedandrefinedproblemsets ·ExampleVariationProblemsbuildindifficultybychangingscenarios,changingtheknownsvs.unknowns,andaddingcomplexityandastepofreasoningtoprovidethemosthelpfulrangeofrelatedproblemsthatusethesamebasicapproachtofindtheirsolutions.Thesescaffoldedproblemsetshelpstudentsseepatternsandmakeconnectionsbetweenproblemsthatcanbesolvedusingsimilarstepsandhelpthemtobelesssurprisedbyvariationsonproblemswhenexamtimecomes.AssignableinMasteringPhysics. Guidestudentlearningwithclearlystatedlearninggoalsforeachchapter ·LearningOutcomessuccinctlystategoalsforeachchapter,identifyingforstudentswhattheyshouldbelearningandaidinginmetacognition. ·Eachend-of-chapterproblemiscorrelatedwithoneormorelearningoutcomes. ·LearningOutcomesTableatthestartofeachend-of-chapterproblemsetrelatesproblemsandhelpsstudentstargetwhattheydon’tknowandprovewhattheydo. AlsoavailablewithMasteringPhysics ·QuantitativePre-lectureVideosnowcomplementtheconceptualInteractivePre-lectureVideosdesignedtoexposestudentstoconceptsbeforeclassandhelpthemlearnhowproblemsforaspecificconceptareworked. ·DirectMeasurementVideosareshortvideosthatshowrealsituationsofphysicalphenomena.Grids,rulers,andframecountersappearasoverlays,helpingstudentstomakeprecisemeasurementsofquantitiessuchaspositionandtime.Studentsthenapplythesequantitiesalongwithphysicsconceptstosolveproblemsandanswerquestionsaboutthemotionoftheobjectsinthevideo.TheproblemsareassignableinMasteringandcanbeusedtoreplaceorsupplementtraditionalwordproblems;theycanalsoserveasopen-endedquestionstohelpdevelopproblem-solvingskills. ·ThePhysicsPrimerreliesonvideos,hints,andfeedbacktorefreshstudents’mathskillsinthecontextofphysicsandpreparesthemforsuccessinthecourse.Thesetutorialscanbeassignedbeforethecoursebeginsorthroughoutthecourseasjust-in-timeremediation.Theyensurestudentspracticeandmaintaintheirmathskills,whiletyingtogethermathematicaloperationsandphysicsanalysis. ·ExampleVariationProblemsbuildindifficultybychangingscenarios,changingtheknownsvs.unknowns,andaddingcomplexityandastepofreasoningtoprovidethemosthelpfulrangeofrelatedproblemsthatusethesamebasicapproachtofindtheirsolutions.AssignableinMasteringPhysics. TableofContents   Volume1containsChapters1—19 1 DoingPhysics   1.1RealmsofPhysics   1.2MeasurementsandUnits   1.3WorkingwithNumbers   1.4StrategiesforLearningPhysics   PartOne Mechanics   2 MotioninaStraightLine   2.1AverageMotion   2.2InstantaneousVelocity   2.3Acceleration   2.4ConstantAcceleration   2.5TheAccelerationofGravity   2.6WhenAccelerationIsn’tConstant   Chapter3 MotioninTwoandThreeDimensions   3.1Vectors   3.2VelocityandAccelerationVectors   3.3RelativeMotion   3.4ConstantAcceleration   3.5ProjectileMotion   3.6UniformCircularMotion   4 ForceandMotion   4.1TheWrongQuestion   4.2Newton’sFirstandSecondLaws   4.3Forces   4.4TheForceofGravity   4.5UsingNewton’sSecondLaw   4.6Newton’sThirdLaw   5 UsingNewton’sLaws   5.1UsingNewton’sSecondLaw   5.2MultipleObjects   5.3CircularMotion   5.4Friction   5.5DragForces   6 Energy,Work,andPower   6.1Energy   6.2Work   6.3ForcesThatVary   6.4KineticEnergy   6.5Power   7 ConservationofEnergy   7.1ConservativeandNonconservativeForces   7.2PotentialEnergy   7.3ConservationofMechanicalEnergy   7.4NonconservativeForces   7.5ConservationofEnergy   7.6Potential-EnergyCurves   8 Gravity   8.1TowardaLawofGravity   8.2UniversalGravitation   8.3OrbitalMotion   8.4GravitationalEnergy   8.5TheGravitationalField   9 SystemsofParticles   9.1CenterofMass   9.2Momentum   9.3KineticEnergyofaSystem   9.4Collisions   9.5TotallyInelasticCollisions   9.6ElasticCollisions   10 RotationalMotion   10.1AngularVelocityandAcceleration   10.2Torque   10.3RotationalInertiaandtheAnalogofNewton’sLaw   10.4RotationalEnergy   10.5RollingMotion   11 RotationalVectorsandAngularMomentum   11.1AngularVelocityandAccelerationVectors   11.2TorqueandtheVectorCrossProduct   11.3AngularMomentum   11.4ConservationofAngularMomentum   11.5GyroscopesandPrecession   12 StaticEquilibrium   12.1ConditionsforEquilibrium   12.2CenterofGravity   12.3ExamplesofStaticEquilibrium   12.4Stability   PartTwo Oscillations,Waves,andFluids   13 OscillatoryMotion   13.1DescribingOscillatoryMotion   13.2SimpleHarmonicMotion   13.3ApplicationsofSimpleHarmonicMotion   13.4CircularMotionandHarmonicMotion   13.5EnergyinSimpleHarmonicMotion   13.6DampedHarmonicMotion   13.7DrivenOscillationsandResonance   14 WaveMotion   14.1WavesandTheirProperties   14.2WaveMath   14.3WavesonaString   14.4WaveEnergy 14.54SoundWaves   14.65Interference   14.76ReflectionandRefraction   14.87StandingWaves   14.98TheDopplerEffectandShockWaves   15 FluidMotion   15.1DensityandPressure   15.2HydrostaticEquilibrium   15.3Archimedes’PrincipleandBuoyancy   15.4FluidDynamics   15.5ApplicationsofFluidDynamics   15.6ViscosityandTurbulence   PartThree Thermodynamics   16 TemperatureandHeat   16.1Heat,Temperature,andThermodynamicEquilibrium   16.2HeatCapacityandSpecificHeat   16.3HeatTransfer   16.4Thermal-EnergyBalance   17 TheThermalBehaviorofMatter   17.1Gases   17.2PhaseChanges   17.3ThermalExpansion   18 Heat,Work,andtheFirstLawofThermodynamics   18.1TheFirstLawofThermodynamics   18.2ThermodynamicProcesses   18.3SpecificHeatsofanIdealGas   19 TheSecondLawofThermodynamics   19.1ReversibilityandIrreversibility   19.2TheSecondLawofThermodynamics   19.3ApplicationsoftheSecondLaw   19.4EntropyandEnergyQuality   Volume2containsChapters20—39 PartFour Electromagnetism   20 ElectricCharge,Force,andField   20.1ElectricCharge   20.2Coulomb’sLaw   20.3TheElectricField   20.4FieldsofChargeDistributions   20.5MatterinElectricFields   21 Gauss’sLaw   21.1ElectricFieldLines   21.2ElectricFieldandElectricFlux   21.3Gauss’sLaw   21.4UsingGauss’sLaw   21.5FieldsofArbitraryChargeDistributions   21.6Gauss’sLawandConductors   22 ElectricPotential   22.1ElectricPotentialDifference   22.2CalculatingPotentialDifference   22.3PotentialDifferenceandtheElectricField   22.4ChargedConductors   23 ElectrostaticEnergyandCapacitors   23.1ElectrostaticEnergy   23.2Capacitors   23.3UsingCapacitors   23.4EnergyintheElectricField   24 ElectricCurrent   24.1ElectricCurrent   24.2ConductionMechanisms   24.3ResistanceandOhm’sLaw   24.4ElectricPower   24.5ElectricalSafety   25 ElectricCircuits   25.1Circuits,Symbols,andElectromotiveForce   25.2SeriesandParallelResistors   25.3Kirchhoff’sLawsandMultiloopCircuits   25.4ElectricalMeasurements   25.5CapacitorsinCircuits   26 Magnetism:ForceandField   26.1WhatIsMagnetism?   26.2MagneticForceandField   26.3ChargedParticlesinMagneticFields   26.4TheMagneticForceonaCurrent   26.5OriginoftheMagneticField   26.6MagneticDipoles   26.7MagneticMatter   26.8Ampère’sLaw   27 ElectromagneticInduction   27.1InducedCurrents   27.2Faraday’sLaw   27.3InductionandEnergy   27.4Inductance   27.5MagneticEnergy   27.6InducedElectricFields   28 Alternating-CurrentCircuits   28.1AlternatingCurrent   28.2CircuitElementsinACCircuits   28.3LCCircuits   28.4DrivenRLCCircuitsandResonance   28.5PowerinACCircuits   28.6TransformersandPowerSupplies   29 Maxwell’sEquationsandElectromagneticWaves   29.1TheFourLawsofElectromagnetism   29.2AmbiguityinAmpère’sLaw   29.3Maxwell’sEquations   29.4ElectromagneticWaves   29.5PropertiesofElectromagneticWaves   29.6TheElectromagneticSpectrum   29.7ProducingElectromagneticWaves   29.8EnergyandMomentuminElectromagneticWaves   PartFive Optics   30 ReflectionandRefraction   30.1Reflection   30.2Refraction   30.3TotalInternalReflection   30.4Dispersion   31 ImagesandOpticalInstruments   31.1ImageswithMirrors   31.2ImageswithLenses   31.3RefractioninLenses:TheDetails   31.4OpticalInstruments   32 InterferenceandDiffraction   32.1CoherenceandInterference   32.2Double-SlitInterference   32.3Multiple-SlitInterferenceandDiffractionGratings   32.4Interferometry   32.5Huygens’PrincipleandDiffraction   32.6TheDiffractionLimit   PartSix ModernPhysics  648 33 Relativity   33.1SpeedcRelativetoWhat?   33.2Matter,Motion,andtheEther   33.3SpecialRelativity   33.4SpaceandTimeinRelativity   33.5SimultaneityIsRelative   33.6TheLorentzTransformations   33.7EnergyandMomentuminRelativity   33.8ElectromagnetismandRelativity   33.9GeneralRelativity   34 ParticlesandWaves   34.1TowardQuantumTheory   34.2BlackbodyRadiation   34.3Photons   34.4AtomicSpectraandtheBohrAtom   34.5MatterWaves   34.6TheUncertaintyPrinciple   34.7Complementarity   35 QuantumMechanics   35.1Particles,Waves,andProbability   35.2TheSchrödingerEquation   35.3ParticlesandPotentials   35.4QuantumMechanicsinThreeDimensions   35.5RelativisticQuantumMechanics   36 AtomicPhysics   36.1TheHydrogenAtom   36.2ElectronSpin   36.3TheExclusionPrinciple   36.4MultielectronAtomsandthePeriodicTable   36.5TransitionsandAtomicSpectra   37 MoleculesandSolids   37.1MolecularBonding   37.2MolecularEnergyLevels   37.3Solids   37.4Superconductivity   38 NuclearPhysics   38.1Elements,Isotopes,andNuclearStructure   38.2Radioactivity   38.3BindingEnergyandNucleosynthesis   38.4NuclearFission   38.5NuclearFusion   39 FromQuarkstotheCosmos   39.1ParticlesandForces   39.2ParticlesandMoreParticles   39.3QuarksandtheStandardModel   39.4Unification   39.5TheEvolvingUniverse   Appendices AppendixA Mathematics   AppendixB TheInternationalSystemofUnits(SI)   AppendixC ConversionFactors   AppendixD TheElements   AppendixE AstrophysicalData AnswerstoOdd-NumberedProblems   MasteringPhysics   ThistitlecanbesupportedbyMasteringPhysics,anonlinehomeworkandtutorialsystem,designedtotestandbuildyourstudentsunderstanding.Ifyou'dliketoarrangeademonstrationofMasteringPhysics,letusknowbycontactingusatdocent@pearson.comandwecangetaPearsonrepresentativetocontactyou.VisitPearsonMyLab&Masteringtofindouthowitcanimproveresultsbyengagingstudentseffectivelywithimmersivecontent,tools,andexperiences.   Package ThistitlecanbesupportedbyMasteringPhysics,anonlinehomeworkandtutorialsystem,designedtotestandbuildyourstudentsunderstanding.Ifyou'dliketoarrangeademonstrationofMasteringPhysics,letusknowbycontactingusat [email protected] andwecangetaPearsonrepresentativetocontactyou.VisitPearson MyLab&Mastering tofindouthowitcanimproveresultsbyengagingstudentseffectivelywithimmersivecontent,tools,andexperiences.  EssentialUniversityPhysics,plusPearsonMasteringPhysicswithPearsoneText,4thGlobalEdition Wolfson ISBN13: 9781292350226  Available MoreInfo GetAccessorLogin DownloadableInstructorResources InstructorResourcesareavailabletoaidyourteachingandcanbedownloadedfromtheInstructorResourceCentre.Youneedtorequestaccessbeforeyoucandownloadtheresourcesorloginwithanexistingaccount. Clickthebuttonontherighttogetaccessorlogin.  Havingtroublegettingaccess? Contactus. 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