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ContentAP Physics Unit 1: Kinematics1.1 Scalars and Vectors in One Dimension1.2 Displacement, velocity and Acceleration1.3 Representing Motion1.4 Reference Frames and Relative Motion1.5 Vectors and Motion in Two Dimensions1.6 Practice Questions

ContentLIFE SCIENCECell Structure and FunctionsReproductionHeredity and GeneticsEvolution and Natural SelectionEARTH SCIENCEEarth layers and Plate TectonicsEarthquakes, Volcanoes and TsunamisWeather and Climate & The water cycle and ocean circulationHuman impact on the EnvironmentASTRONOMY SCIENCEThe solar system and Planetary MotionPhases of the moon and TidesStars, Galaxies and the UniversePHYSICAL SCIENCEAtomic Structure and Periodic TableChemical Reactions and EquationsLaws of Motion and For

Grade 6 Science: Life Science:UNIT A: Diversity of LifeChapter 1: Classifying Living ThingsClassifying plants and animalsPlantsAnimalsAnimal systemsPlant and Animal AdaptationsChapter 2: CellsCell TheoryPlant and Animal cellsCell divisionMicroorganismsUNIT B: Patterns of LifeChapter 3: GeneticsHow traits are controlledHuman GeneticsModern GeneticsGenetics Change Over TimeChapter 4: EcosystemsEarth's EcosystemFood chains, webs and pyramidsComparing EcosystemsChanges in EcosystemsGrade 6 Science:

ContentLife Science: CELLS, GENETICS & ECOSYSTEMSCell Structure and FunctionHuman body systemsHeredity and GeneticsEcosystem interactions and BiodiversityPhotosynthesis and Cellular RespirationEarth Science: EARTHS SYSTEMS AND CLIMATEPlate Tectonics and Earth's layersEarthquakes, Volcanoes, TsunamisWeather and ClimateThe water cycle and ocean circulationPhysical Science: MATTER AND ENERGYAtoms, Elements and Periodic TableChemical reactions and EquationsLaws of Motion and ForcesEnergy forms and c

Grade 4 ScienceChapter 1: Kingdoms of LifeCellsClassifying Living ThingsThe Plant KingdomHow seed plants reproduceChapter 2: Exploring EcosystemsIntroduction to EcosystemsRelationships in EcosystemsPlants and Their SurroundingsPlants from the past.Chapter 3: Shaping Earth - NGSSEarthThe moving crustWeathering and ErosionChanges caused by the weatherChapter 4: Weather and ClimateAir and WeatherThe water cycleTracking the weatherClimateChapter 5: Properties of MatterDescribing matterMeasurementCla

GRADE 3Chapter 1: Living and Non-Living ThingsLiving ThingsLiving Things and Their needsNon-living thingsAnimals and their partsClassifying animalsAnimal life cyclesChapter 2: Survival in EcosystemsFood chains and Food websTypes of EcosystemsAdaptationsChapter 3: Changes in EcosystemsLiving Things Change their environmentChanges affect living thingsLiving things of the pastChapter 4: Earth in SpaceEarth's featuresWeathering and ErosionChapter 5: Using Earth's ResourcesMinerals and rocksSoilFossi

ContentLife ScienceLiving and Non-living thingsPlants and Animal life cycleHabitats and AdaptationsBasic food chainsPhysical ScienceProperties of MatterForces and Motion MagnetsEnergy and HeatElectricityLight and soundEarth ScienceLandforms and WaterRocks and soilsChanging the landCaring for EarthWeather and SeasonsThe sun and MoonSTEMBuilding and Testing Simple modelsFloating and SinkingMixing ColorsExploring Materials and Tools

ContentIntroduction to EntropyAbsolute Entropy and Entropy ChangeGibbs Free Energy and Thermodynamic FavorabilityThermodynamic and Kinetic ControlFree Energy and EquilibriumFree Energy of DissolutionCoupled ReactionsGalvanic (Voltaic) and Electrolytic CellsCell potential and Free EnergyCell potential under Nonstandard ConditionsElectrolysis and Faraday’s LawPractice Questions and Answers

ContentIntroduction to Acids and BasepH and pOH of Strong Acids and BasesWeak Acids and Base EquilibriaAcid-Base Reactions and BuffersAcid-Base TitrationsMolecular Structure of Acids and BasespH and pKaProperties of BuffersHenderson-Hasselbalch EquationBuffer capacitypH and SolubilityPractice Questions and Answers

ContentAP Physics Unit 4: Linnear Momentum1.1 Linear Momentum1.2 Changes in Momentum and Impulse1.3 Conservation of Linear Momentum1.4 Elastic and Inelastic Collisions1.5 Practice Questions

ContentAP Physics Unit 3: Work, Energy and Power1.1 Translational kinetic energy1.2 Work1.3 Potential Energy1.4 Conservation of Energy1.5 Power1.6 Practice Questions

ContentIntermolecular and interparticle forcesProperties of solidsSolids, Liquids and GasesIdeal Gas LawKinetic molecular TheoryDeviation from Ideal Gas LawSolutions and MixturesSeparation of solutions and MixturesSolubilitySpectroscopy & Electromagnetic SpectrumProperties of PhotosBeer-Lambert LawPractice Questions and Answers

ContentEndothermic and Exothermic ProcessesEnergy DiagramsHeat Transfer and Thermal EquilibriumHeat Capacity and CalorimetryEnergy of Phase ChangesIntroduction to Enthalpy of ReactionBond EnthalpiesEnthalpy of FormationHess LawPractice Questions and Answers

Grade 5 Science:Chapter 1: Living OrganismsCellsPlantsAnimalsChapter 2: EcosystemsEnergy flow in ecosystemsInteraction in the ecosystemAdaptation and SurvivalChapter 3: Ecosystems and BiomesCycles in EcosystemsChanges in the EcosystemsBiomesWater EcosystemsChapter 4: Earth's ResourcesEarth's landformsSoilFossils and EnergyAir and waterChapter 5: The UniverseEarth and SunEarth and moonThe solar systemStars and the UniverseChapter 6: Using EnergyThermal EnergySoundLightElectricityMagnetism

ContentIntroduction to EquilibriumDirection of Reversible ReactionsReaction Quotient and Equilibrium ConstantCalculating the Equilibrium ConstantMagnitude of the Equilibrium ConstantProperties of the Equilibrium ConstantCalculating Equilibrium ConcentrationsRepresentation of EquilibriumIntroduction to Le Chatelier’s PrincipleReaction Quotient and Le Chatelier’s PrincipleIntroduction to Solubility EquilibriaCommon Ion EffectPractice Questions and Answers

ContentIntroduction for reactionsNet Ionic EquationsRepresentation of ReactionsPhysical and Chemical ChangesStoichiometryIntroduction to TitrationTypes of Chemical ReactionsIntroduction to Acid-Base ReactionsOxidation-Reduction (Redox) ReactionsPractice Questions & Answers and FRQs

ContentReaction RatesIntroduction to rate LawConcentration Changes over TimeElementary ReactionsCollision modelReaction Energy ProfileReaction mechanisms and Rate lawPre-equilibrium ApproximationMultistep Reaction energy profileCatalysisPractice Questions and Answers

ContentLife ScienceLiving and Non- Living ThingsLife Cycle of PlantsLife Cycle of AnimalsFood ChainHabitats and Ecosystem Physical ScienceSoundLightEarth ScienceDay and NightWhy seasons happenThe moon and starsObserving weatherThe water cycleChanges in weatherSTEMBuilding and Testing Simpe Models

ContentTypes of Chemical BondsIntramolecular force and Potential EnergyStructure of Ionic solidsStructure of Metals and AlloysLewis DiagramsResonance and Formal ChargeVSEPR and HybridizationPractice Questions and Answers

ContentMoles and Molar MassMass Spectra of ElementsElemental Composition of Pure SubstancesComposition of mixturesAtomic structure and Electron ConfigurationPhotoelectron spectroscopyPeriodic TrendsValence Electrons and Ionic CompoundsPractice Questions and Answers