BiologyKaplan ChapterCorresponding TBRTBR PassagesCorresponding EKCorresponding Khan AcademyChapter 1: The CellThe Cell TheoryEukaryotic CellsChapter 6: Eukaryotic Cellular & Molecular Organization, Sections b-dI-II, IV, VI, X1.5 Eukaryotic Cells1.7 Tissues, Organ Systems, OrganismsClassification and Structure of Prokaryotic CellsChapter 6: Prokaryotic Cellular & Molecular Organization1.2 Classification of Organisms1.4 BacteriaGenetics and Growth of Prokaryotic CellsChapter 6: Prokaryotic ReproductionV, XI1.4 BacteriaViruses and Subviral ParticlesChapter 6: VirusesXV1.3 Evolution: Genetics and VirusesChapter 2: ReproductionThe Cell Cycle and MitosisChapter 6: Eukaryotic Cell Cycle, Mitosis, and MeiosisXIII2.7 MitosisMeiosisChapter 6: Eukaryotic MeiosisXIII2.9 MeiosisThe Reproductive SystemChapter 4: ReproductionII, V-VI, VIII-XI, XIV-XV3.7 Reproduction and DevelopmentReproductive SystemChapter 3: Embryogenesis and DevelopmentI, III-IV, VII, XII-XIIIEarly Developmental StagesChapter 4: Developmental Stages3.7 Reproduction and DevelopmentEmbryology: Egg, sperm, and fertilization through Germ layer derivativesMechanisms of DevelopmentChapter 4: Developmental Mechanisms3.7 Reproduction and DevelopmentFetal CirculationChapter 4: Human Embryo Development3.7 Reproduction and DevelopmentGestation and BirthChapter 4: Human Embryo Development3.7 Reproduction and DevelopmentEmbryology: GestationChapter 4: The Nervous SystemI-IV, VI-XIVCells of the Nervous SystemChapter 1: Nervous System Components2.6 Glia | 2.7 Structures of the Nervous SystemNeural cellsTransmission of Neural ImpulsesChapter 1: Action & Membrane Potentials, Control of Activity, Receptors2.4 Electrochemistry and the Neuron2.5 Communication Between Neuron and SynapseNeuron membrane potentials and Neuron synapsesOrganization of the Human Nervous SystemChapter 1: Nervous System Components2.2 Communication Within the Body2.3 Functions and FeaturesBiological basis of behavior: The nervous systemChapter 5: The Endrocrine System - ONLINE PASSAGEVII-VIII, XI, XIII-XIVMechanisms of Hormone ActionChapter 5: The Endocrine System3.2 Chemistry of Hormones3.3 Organizing the Endocrine System3.4 Regulation of HormonesEndrocrine System: Cellular mechanism of hormone action, From terpenes to steroidsEndocrine Organs and HormonesChapter 5: The Endocrine System3.5 Endocrine Glands and their HormonesEndocrine system: Endocrine gland hormone review through Types of hormonesChapter 6: The Respiratory SystemV, XII, XVAnatomy and Mechanism of BreathingChapter 2: The Lung4.2 The Respiratory System and Gas ExchangeRespiratory system: Meet the lungs through Fick's law)Functions of the Respiratory SystemChapter 2: The Lung4.2 The Respiratory System and Gas ExchangeRespiratory system: Oxygen movement through ThermoregulationChapter 7: The Cardiovascular SystemI-IV, VI-XI, XIII-XIVAnatomy of the Cardiovascular System - ONLINE VIDEOChapter 2: The Heart4.4 The Cardiovascular System and Blood PressureCirculatory SystemBloodChapter 2: The Heart4.3 BloodHematologic SystemPhysiology of the Cardiovascular System4.4 The Cardiovascular System and Blood PressureRenal regulation of blood pressure (see also: last 2 videos in Circulatory System)Chapter 8: The Immune SystemChapter 5: The Immune SystemI-VI, IX-X, XII, XVStructure of the Immune SystemChapter 5: The Immune System4.6 The Immune SystemImmune System: Types of immune responsesThe Innate Immune SystemChapter 5: The Immune System4.6 The Immune SystemImmune system: Role of phagocytes, APC, How white cells move around, & Blood cell lineagesThe Adaptive Immune SystemChapter 5: The Immune System4.6 The Immune SystemImmune System: B cells through Self vs. non-self immunityThe Lymphatic SystemChapter 5: The Immune System4.5 The Lymphatic System as DrainageLymphatic SystemChapter 9: The Digestive SystemI-VI, X, XII, XIV-XVAnatomy of the Digestive SystemChapter 3: The Gastrointestinal Tract5.2 Anatomy of the Digestive SystemGI system: Meet the GI tract and Control of the GI tractIngestion and Digestion - VIDEOChapter 3: The Gastrointestinal Tract5.3 GI Hormones | 5.4 Digestion and AbsorptionGI system: Mouth through Small intestine 2Accessory Organs of DigestionChapter 3: The Gastrointestinal Tract5.2 Anatomy of the Digestive System5.5 The LiverGI system: Liver through Endocrine pancreasAbsorption and DefecationChapter 3: The Gastrointestinal Tract5.2 Anatomy of the Digestive System5.4 Molecular Digestion and Absorption GI System: Small intestine 3 and Colon, rectum, and anusChapter 10: HomeostasisThe Excretory SystemChapter 3: The KidneyVII-IX, XI, XIII5.6 The KidneyRenal System (see also: Renal regulation of blood pressure)Skin6.8 SkinIntegumentary SystemChapter 11: The Musculoskeletal SystemThe Muscular SystemChapter 1: Types of Tissues, Neuromuscular Junction, SarcomeresV, XV6.2 Muscle | 6.3 Skeletal Muscle6.4 Cardiac Muscle | 6.5 Smooth MuscleMuscular SystemThe Skeletal System6.6 Bone | 6.7 Cartilage and JointsSkeletal SystemChapter 12: Genetics and Evolution - ONLINE PASSAGEFundamental Concepts of Genetics Chapter 9: Classical GeneticsII-III, XIII2.2 The Genome and Regulation2.10 The Genome and InheritanceBehavior and Genetics | Mendelian geneticsChanges in the Gene PoolChapter 9: Classical GeneticsXIV2.8 MutationsGenetic mutationsAnalytical Approaches in GeneticsChapter 9: Classical GeneticsV, VI, XII2.10 The Genome and InheritanceMendelian genetics: Punnett square fun Evolution1.3 Evolution: Genetics and VirusesEvolution and population dynamics

BiochemistryKaplan ChapterCorresponding TBRTBR PassagesCorresponding EKCorresponding Khan AcademyChapter 1: Amino Acids, Peptides, and ProteinsIII, VIII, IXAAs Found in Proteins - KAPLAN VIDEOChapter 6: Amino Acids and Proteins1.6 Amino Acids and ProteinsAAs and Proteins: Special cases, AA structure, and Classification of AasAcid-Base Chemistry of AAsChapter 6: Amino Acids and ProteinsAAs and Proteins: Isoelectric point and zwitterionsPeptide Bond Formation and HydrolysisChapter 6: Amino Acids and Proteins1.6 Amino Acids and ProteinsProteins: Peptide bonds - formation and cleavagePrimary and Secondary Protein StructureChapter 6: Amino Acids and Proteins1.6 Amino Acids and ProteinsAAs and Proteins: Four levels of protein structureTertiary and Quaternary Protein StructureChapter 6: Amino Acids and Proteins1.6 Amino Acids and ProteinsAAs and Proteins: Four levels of protein structure and Conformational stabilityDenaturationChapter 6: Amino Acids and Proteins1.6 Amino Acids and ProteinsAAs and Proteins: Conformational stabilityChapter 2: EnzymesEnzymes as Biological Catalysts - VIDEOChapter 7: Transition StateVIII1.8 Features of Enzymes | 1.10 Enzyme ClassificationEnzyme structure and function: Intro, Enzymes and activation energy, and Six types of enzymesMechanisms of Enzyme ActivityChapter 7: Enzyme Mechanisms & Metabolic Molecules (not ATP)II-III, V, VII, IX, XII-XV1.8 Features of EnzymesEnzyme structure and function: Induced fit model and Co-factors, co-enzymes, & vitaminsEnzyme KineticsChapter 7: M-M Equation and L-B PlotVI, X1.8 Features of EnzymesEnzyme kineticsEffects of Local Conditions on Enzyme Activity1.8 Features of EnzymesEnzyme structure and function: Enzymes and their local environmentRegulation of Enzyme ActivityChapter 7: Enzyme InhibitionI1.9 Enzyme RegulationEnzymes: Allosteric regulation and feedback loopsChapter 3: Nonenzymatic Protein Function and Protein AnalysisCellular FunctionProteins: Non-enzymatic protein functionBiosignalingBiosignalingProtein IsolationProtein AnalysisSection 9: ISeparations and Purifications: Gel electrophoresisChapter 4: Carbohydrate Structure and FunctionXIICarbohydrate ClassificationChapter 6: Carbohydrates and Lipids1.4 CarbohydratesCHEM 3.8 Bonding & Reactions of Biological MoleculesCarbohydrates: Naming and classification and Absolute configuration, epimers, common namesNAs, lipids, and carbs: Carbohydrates - Glycoside formation hydrolysisCyclic Sugar Molecules - VIDEOChapter 6: Carbohydrates and Lipids1.4 CarbohydratesCHEM 3.8 Bonding & Reactions of Biological MoleculesCarbohydrates: Cylic structures and anomersMonosaccharidesChapter 6: Carbohydrates and Lipids1.4 CarbohydratesCHEM 3.8 Bonding & Reactions of Biological MoleculesCarbohydrates: Absolute configuration, epimers, common namesComplex CarbsChapter 6: Carbohydrates and Lipids1.4 CarbohydratesCHEM 3.8 Bonding & Reactions of Biological MoleculesCarbohydrates: Di- and polysaccharidesChapter 5: Lipid Structure and FunctionXIVStructural LipidsChapter 6: Carbohydrates and LipidsCHEM 3.8 Bonding & Reactions of Biological Molecules1.3 LipidsNAs, lipids, and carbs: Lipids - structure in cell membranesSignaling LipidsChapter 6: Carbohydrates and Lipids1.3 LipidsNAs, lipids, and carbs: Lipids as cofactors and signaling moleculesEnergy StorageChapter 6: Carbohydrates and Lipids1.3 LipidsChapter 6: DNA and BiotechnologyDNA StructureChapter 6: Nucleic Acids | Chapter 9: Function of Nucleic AcidsVII, IX1.5 NucleotidesDNA: Nucleic acid structure 1 and 2Eukaryotic Chromosome OrganizationChapter 6: Eukaryotic ChromosomesCh. 9: XV2.3 Organization of Genetic MaterialDNA ReplicationChapter 9: DNA SynthesisIV, VIII, XI, VIII (10)DNA: Semi conservative replication and How DNA is replicated 1 and 2DNA RepairChapter 10: Expression of Genetic Information, Section BXV2.8 MutationsDNA: DNA repair 1 and 2 | Gene control: Oncogenes and Tumor suppressors Recombinant DNA and BiotechnologyChapter 10: Expression of Genetic Information, Section CI, II, V, IX, X, XII4.4 Genetic TechniquesChapter 7: RNA and the Genetic Code - KAPLAN PASSAGEThe Genetic CodeChapter 9: Central Dogma of Molecular BiologyX2.2 The Genome and RegulationAmino acids and proteins: Central Dogma and Central dogma revisitedTranscriptionChapter 10: RNA Pol, Promoters, Synthesis, and ModificationsIII2.4 Transcribing DNA to RNA | 2.5 RNA ModificationDNA: Transcription 1 and 2 and The genetic codeTranslation - KAPLAN VIDEOChapter 10: Protein SynthesisIV, XIV2.6 Translating RNA to ProteinDNA: Protein translation 1 and 2, Differences in translation, and Protein modificationsControl of Gene Expression in ProkaryotesChapter 10: Lactose and Tryptophan OperonsVI, XI, XIII2.6 Translating RNA to ProteinGene control: The lac operonControl of Gene Expression in EukaryotesChapter 10: RNA Pol, Promoters, Synthesis, and ModificationsVII2.6 Translating RNA to ProteinGene control: DNA and chromatin regulation through post-transcriptional regulation and Non-coding RNAChapter 8: Biological MembranesFluid Mosaic ModelChapter 6: Eukaryotic Biomembranes and Membrane TransportVII1.5 Eukaryotic CellsCell membrane overview: Cell membrane intro and Cell membrane overviewMembrane ComponentsChapter 6: Eukaryotic Biomembranes and Membrane Transport1.5 Eukaryotic CellsCell membrane overview: Phospholipid structure, Cell membrane proteins, and Cell membrane fluidityCell-cell interactions: Cell junctionsMembrane TransportChapter 6: Eukaryotic Biomembranes and Membrane Transport1.6 Membrane TransportTransport across a cell membraneSpecialized MembranesChapter 9: Carbohydrate Metabolism, Part IGlucose Transport3.3 Glucose MetabolismGlycolysis - KAPLAN VIDEOChapter 8: Glycolysis and Disaccharide MetabolismI, V, IX3.3 Glucose MetabolismCarb Metabolism: Intro to cellular respiration and GlycolysisOther MonosaccharidesVI (Ch. 8), XIPyruvate Dehydrogenase3.3 Glucose MetabolismGlycogenesis and GlycogenolysisVIII3.3 Glucose MetabolismGluconeogenesisChapter 8: GluconeogenesisXII, XIV3.3 Glucose MetabolismCarb Metabolism: Gluconeogenesis through Regulation of glycolysis and gluceoneogenesisThe Pentose Phosphate PathwayChapter 8: Pentose Phosphate Pathway3.3 Glucose MetabolismCarb Metabolism: Pentose phosphate pathwayChapter 10: Carbohydrate Metabolism, Part II - KAPLAN PASSAGEAcetyl-CoAReactions of the Citric Acid CycleChapter 8: The Krebs Cycle3.7 Energy: ATP and NADHKrebs cycle and Ox-Phos: Krebs/CAC cycle through Regulation of Krebs/CAC CycleThe Electron Transport ChainChapter 8: Electron TransportII3.7 Energy: ATP and NADHKrebs cycle and Ox-Phos: Electron transport chainOxidative PhosphorylationChapter 8: Oxidative Phosphorylation3.7 Energy: ATP and NADHKrebs cycle and Ox-Phos: Ox-Phos and chemiosmosis through Calculating ATPChapter 11: Lipid and Amino Acid MetabolismLipid Digestion and Absorption3.4 Fatty Acid MetabolismFat and protein metabolism: Intro through Digestion part 1 and 2Lipid Mobilization3.4 Fatty Acid MetabolismFat and protein metabolism: Digestion, Mobilization, and Transport 1 and 2Lipid Transport3.4 Fatty Acid MetabolismFat and protein metabolism: Digestion, Mobilization, and Transport 1 and 2Cholesterol Metabolism III (Ch. 8)3.4 Fatty Acid MetabolismFAs and TriglycerolsChapter 8: Fatty Acid OxidationIV, VII3.4 Fatty Acid MetabolismFat and protein metabolism: FA Synthesis through FA OxidationKetone Bodies3.4 Fatty Acid MetabolismFat and protein metabolism: How does the body adapt to starvation?Protein CatabolismChapter 8: The Urea CycleX, XIII3.5 Protein MetabolismFat and protein metabolism: Overview of AA metabolismChapter 12: Bioenergetics and Regulation of MetabolismThermodynamics and AbsorptionPrinciples of bioenergeticsThe Role of ATPChapter 7: ATPIV, XI3.7 Energy: ATP and NADHOverview of metabolism: Overview through ATP hydrolysisBiological Ox-RedoxOverview of metabolism: Ox-Redox review through Electron carrier moleculesMetabolic StatesHormonal Regulation of Metabolism3.6 Homeostasis and Hormones3.6 Regulation of MetabolismTissue-Specific Metabolism3.6 Homeostasis and HormonesIntegrative Metabolism3.8 Metabolic Disorders

3 Kaplan Tests

Organic ChemistryKaplan ChapterCorresponding TBRCorresponding EKCorresponding KhanChapter 1: NomenclatureIUPAC Naming ConventionsChapter 1: NomenclatureHydrocarbons and AlcoholsChapter 1: Nomenclature2.5 Functional Groups and their FeaturesAldehydes and KetonesChapter 1: Nomenclature2.5 Functional Groups and their FeaturesCarboxylic Acids and DerivativesChapter 1: Nomenclature2.5 Functional Groups and their FeaturesSummary of Functional GroupsChapter 1: Nomenclature2.5 Functional Groups and their FeaturesChapter 2: IsomersStructural IsomersChapter 2: Isomerism 2.6 StereochemistryStereochemistry: Structural isomersStereoisomersChapter 2: Isomerism Chapter 3: Configurational Isomers and Enantiomers/Diastereomers2.6 StereochemistryStereochemistry: Chiral vs. achiral through identifying chirality centers, Optical activity, DiastereomersRelative and Absolute ConfigurationsChapter 2: Isomerism | Chapter 3: Stereochemistry2.6 StereochemistryStereochemistry: R,S systems and Cis-trans through Conformations of butane | NAs, lipids, and carbs: Fischer projectionsChapter 3: BondingAtomic Orbitals and Quantum NumbersChapter 1: Bonding and Molecular Orbitals1.4 Quantum MechanicsElectronic structure: Heisenberg uncertainty principles through Quantum numbersMolecular OrbitalsChapter 1: Bonding and Molecular Orbitals2.3 Bonds and HybridizationHybridizationChapter 1: Hybridization 2.3 Bonds and Hybridization | 2.4 ResonanceCovalent bonds: Sp3 hybridization through Organic hybridization practiceChapter 4: Analyzing Organic ReactionsAcids and BasesChapter 1: Fundamentals of Reactivity Nucleophiles, Electrophiles, and LG - VIDEOChapter 3: Stereochemistry in Rxns and Nucleophilic SubstitutionChapter 4: Elimination Rxns3.2 Nucleophiles 3.3 ElectrophilesOx-Redox ReactionsChapter 5: Carbonyl ReactivityRedox ReactionsChemoselectivitySteps to Problem-SolvingChapter 5: AlcoholsDescription and PropertiesChapter 5: Oxygen Containing Compounds3.2 Nucleophiles Alcohols and phenols: Alcohol nomenclature and PropertiesReactions of AlcoholsChapter 5: Carbonyl Reactivity3.2 Alcohols3.5 Addition Reactions: Aldehydes and Ketones3.6 Ox-Redox of O-Containing CompoundsAlcohols and phenols: Oxidation through SN1 and SN2 reactionsReactions of Phenols3.6 Ox-Redox of O-Containing CompoundsAlcohols and phenols: Biological redox through Aromatic heterocyclesChapter 6: Aldehydes and Ketones - Electrophilicity and Ox-RedoxDescription and PropertiesChapter 5: Oxygen Containing Compounds3.5 Addition Reactions: Aldehydes and KetonesAldehydes and ketones: Nomenclature through ReactivityNucleophilic Addition ReactionsChapter 5: Carbonyl Reactivity and Name Reactions3.5 Addition Reactions: Aldehydes and KetonesAldehydes and ketones: Formation of hydrates through Addition of carbon nucleophilesOx-Redox ReactionsChapter 5: Oxidation and Reduction3.6 Ox-Redox of O-Containing CompoundsAldehydes and ketones: Formation of alcohols using hydride reducing agents through Oxidation of aldehydesChapter 7: Aldehydes and Ketones - EnolatesGeneral PrinciplesChapter 5: Oxygen Containing Compounds3.5 Addition Reactions: Aldehydes and KetonesEnolate ChemistryChapter 5: Oxygen Containing Compounds3.5 Addition Reactions: Aldehydes and KetonesAlpha-carbon chemistry: Keto-enol tautomerization through Kinetic and thermodynamic enolatesAldehydes and KetonesChapter 5: Name Reations3.7 Carbonyls: Aldol CondensationAlpha-carbon chemistry: Aldol condensation through Intramolecular aldol condensationChapter 8: Carboxylic Acids - KAPLAN PASSAGEDescription and PropertiesChapter 5: Oxygen Containing Compounds3.4 Substitution Reactions: Carboxylic AcidsCA: CA nomenclature and propertiesReactions of Carboxylic AcidsChapter 5: Carbonyl Reactivity and Name Reactions3.4 Substitution Reactions: Carboxylic AcidsCA: Reduction of CA through Alpha-substitutionChapter 9: Carboxylic Acid Derivatives - KAPLAN PASSAGEAmides, Esters, and AnhydridesChapter 5: Oxygen Containing Compounds Chapter 7: N-Containing Compounds3.4 Substitution Reactions: Carboxylic AcidsNAs, lipids, and carbs: SaponificationCA derivatives: Nomenclature and properties of acid halides and acid anhydrides, esters, and amidesReactivity Principles3.4 Substitution Reactions: Carboxylic AcidsCA derivatives: Reactivity of CA derivativesNucleophilic Acyl Substitution Reactions3.4 Substitution Reactions: Carboxylic AcidsCA derivatives: Nucleophilic acyl substitution through beta-lactam antibioticsChapter 10: N- and P-Containing CompoundsSection 7: Nitrogen ChemistryAmino Acids, Peptides, and Proteins3.2 Nucleophiles3.8 Bonding and Reactions of Biological MoleculesProteins: AA structure, Classification of AAs, and Peptide bondsSynthesis of alpha-AAs Proteins: Alpha amino acid synthesisP-Containing Compounds3.5 Addition Reactions: Aldehydes and KetonesChapter 11: SpectroscopyInfrared SpectroscopyChapter 2: Spectroscopy and AnalysisBIO 4.3 Identifying MoleculesSpectroscopy: Intro to IR through IR spectra practiceUV SpectroscopyChapter 2: Spectroscopy and AnalysisBIO 4.3 Identifying MoleculesSpectroscopy: UV-Vis spectroscopy through Conjugation and colorNMRChapter 2: Spectroscopy and AnalysisBIO 4.3 Identifying MoleculesProton NMRChapter 12: Separations and PurificationsSolubility-Based MethodsChapter 8: Lab TechniquesBIO 4.2: Separating CompoundsSeparations and Purifications: ExtractionsDistillationChapter 8: Lab TechniquesBIO 4.2: Separating CompoundsSeparations and Purifications: Simple and fractional distillationsChromatographyChapter 8: Lab TechniquesBIO 4.2: Separating CompoundsSeparations and Purifications: Basics of chromatography through Gas chromatography, Resolution of enantiomers

General ChemistryKaplan ChapterCorresponding TBRCorresponding EKCorresponding KhanChapter 1: Atomic StructureSubatomic ParticlesChapter 2: Atomic Structure1.2 AtomsAtomic Mass v. Atomic WeightChapter 2: Atomic Structure1.3 Elements and the Periodic TableAtomic nucleus: Atomic number through atomic massRutherford, Planck, and BohrChapter 2: Atomic Structure1.4 Quantum MechanicsElectronic structure: Bohr model through Absorption and emissionQuantum Mechanical Model of AtomsChapter 2: Atomic Structure & Electronic Structure1.4 Quantum MechanicsElectronic structure: Heisenberg uncertainty principle through Paramagnetism and diamagnetismChapter 2: The Periodic TableThe Periodic TableChapter 2: Periodic Trends1.3 Elements and the Periodic TableTypes of ElementsChapter 2: Periodic Trends1.3 Elements and the Periodic TablePeriodic table: Classification of elementsPeriodic Properties of the ElementsChapter 2: Periodic Trends1.3 Elements and the Periodic TablePeriodic table: Electronegativity, Valence electrons through Period trend for electron affinityThe Chemistry of GroupsChapter 2: Periodic Trends1.3 Elements and the Periodic TablePeriodic table: Classification of elements and Transition metalsChapter 3: Bonding and Chemical InteractionsBondingOCHEM Chapter 1: Bonding and Molecular Orbitals1.5 BondingIonic BondsOCHEM Chapter 1: Bonding and Molecular Orbitals & Bond Energy1.5 BondingCovalent BondsOCHEM Chapter 1: Bonding and Molecular Orbitals1.5 BondingDot structures | Covalent bondsIntermolecular ForcesOCHEM Chapter 1: Intramolecular Features1.5 BondingCovalent bonds: Intermolecular forcesChapter 4: Compounds and StoichiometryMolecules and MolesChapter 1: Elemental Analysis 1.6 Reactions and StoichiometryStoichiometry: The mole and avogadro's numberRepresentation of CompoundsChapter 1: Elemental Analysis 1.6 Reactions and StoichiometryStoichiometry: Molecular and empirical formulas & Empirical formula from mass compositionTypes of Chemical ReactionsChapter 1: Reaction Types1.6 Reactions and StoichiometryBalancing Chemical EquationsChapter 1: Balancing Reactions1.6 Reactions and StoichiometryBalancing chemical equationsApplications of StoichiometryChapter 1: Balancing Reactions1.6 Reactions and StoichiometryStoichiometry: Stoichiometry through Limiting reactant example problem 1IonsChapter 3: Solubility 1.5 BondingSolubility equilibria: Common polyatomic ionsChapter 5: Chemical KineticsChemical KineticsChapter 9: Reaction Mechanisms & Reaction Rates1.7 Chemical KineticsReaction RatesChapter 9: Reaction Rates1.7 Chemical KineticsChapter 6: EquilibriumEquilibriumChapter 3: Fundamentals of Equilibrium 4.11 Equilibrium | 4.12: Reaction QuotientLe Chatelier's PrincipleChapter 3: Le Chatelier's Principle4.14 Le Chatelier's PrincipleKinetic and Thermodynamic ControlChapter 7: ThermochemistrySystems and ProcessesChapter 7: Phase Changes | Chapter 8: Terminology and Graphs4.2 Physical Properties4.3 Systems and SurroundingsStates and State FunctionsChapter 7: Phase Change Processes & Liquid-Gas Equilibrium4.4 State Functions | 4.5 Internal Energy5.6 Phase ChangesHeatChapter 8: Terminology and Graphs & Calorimetry4.6 Heat and Work | 5.5 CalorimetryEnthalpyChapter 8: Terminology and Graphs4.7 Enthalpy and Entropy4.10: Hess' LawEntropyChapter 8: Terminology and Graphs4.7 Enthalpy and Entropy4.8 ReversibilityGibbs Free EnergyChapter 8: Terminology and Graphs4.9 Energy and Reactions: Gibbs4.13 Free Energy and SpontaneityChapter 8: The Gas PhaseThe Gas PhaseChapter 6: Terminology and Concepts5.2 Behavior of GasesIdeal GasesChapter 6: Terminology and Concepts, Gas Laws, & Gas Properties5.2 Behavior of Gases | 6.3 Vapor PressureGas phase: Absolute temp and the kelvin scale through Avogadro's law and Partial pressureKinetic Molecular TheoryChapter 6: Terminology and Concepts & Gas Motion5.2 Behavior of GasesKinetic molecular theory of gasesReal GasesChapter 6: Terminology and Concepts5.3 Real GasesGas phase: Real gases and the van der Waals equationChapter 9: SolutionsNature of SolutionsChapter 3: Solubility & Chapter 7: Phases6.2 Solution Chemistry | 6.4 SolubilitySolubility equilibria: Dissolution and precipitation and Solubility and complex ion formation ConcentrationChapter 1: Solution Concentration 6.2 Solution ChemistrySolution EquilibriaChapter 3: Solubility 6.2 Solution ChemistrySolubility equilibria: Solubility product from the solubility through Solubility and the pHColligative PropertiesChapter 7: Colligative PropertiesChapter 10: Acids and BasesDefinitionsChapter 4: Terminology 7.2 Acids and BasesAcid/base equilibria: Acid-base definitionsPropertiesChapter 4: Terminology, Calculating pH, Types, & Conjugate Pairs7.2 Acids and Bases7.3 Water and Acid-Base ChemistryAcid/base equilibria: Autoionization of water through pH of salt solutionsPolyvalence and NormalityChapter 4: Types of Acids and BasesTitration and BuffersChapter 5: Buffers and Titrations7.4 Titration | 7.5 Salts and BuffersTitrations | Acid/base equilibria: Buffer solutions and Buffer solution calculationsChapter 11: Ox-Redox ReactionsOx-Redox ReactionsChapter 10: Redox Reactions6.5 Chemical Potential & Redox ReactionsRedox ReactionsNet Ionic EquationsChapter 10: Redox ReactionsChapter 12: ElectrochemistryElectrochemical CellsChapter 10: Electrochemical Cells6.6 Electrochemical CellsCell PotentialsChapter 10: Voltage and Energy6.5 Chemical Potential & Redox ReactionsElectromotive Force and Thermodynamics Chapter 10: Voltage and Energy

PhysicsKaplan ChapterCorresponding TBRCorresponding EKCorresponding KhanChapter 1: Kinematic and DynamicsUnitsChapter 1: Units and DimensionsVectors and ScalarsChapter 1: Vectors and Scalars1.2 Vectors and ScalarsVectors and scalarsDisplacement and VelocityChapter 1: Speed, Velocity, and Acceleration1.3 Translational MotionSpeed and velocityForces and AccelerationChapter 1: Speed, Velocity, and Acceleration Chapter 2: Newton's Laws, Law of Gravitation, Friction1.6 Mass and Weight1.7 Force and Free Body DiagramsAcceleration, Forces of tension, Normal forcesNewton's LawsChapter 2: Newton's Laws1.8 Newton's Laws in ActionNewton's laws and equilibirum: More on Newton's first law through Newton's third lawMotion with Constant AccelerationChapter 1: Free Falling Bodies, Projectiles Chapter 2: Uniform Circular Motion, Centripetal Force, Inclined Planes1.4 Graphs of Linear Motion1.5 Projectile MotionForces on incline planesMechanical EquilibriumChapter 4: Torque and Equilibrium1.7 Force and Free Body Diagrams2.2 Torque | 2.3 EquilibriumNewton's laws and equilibirum: Center of mass and Intro to torqueChapter 2: Work and EnergyEnergyChapter 3: KE, GPE, Conservation of Energy | Chapter 5: Springs2.5 Energy and AccountingWork and energy: Intro to work and energy, Work and energy, Conservation of energy through spring potential energy, and Conservative forcesWorkChapter 3: Work, Power2.6 Work and PowerWork and energy: Work and work energy principle, Work example probs, Work/energy prob with friction, Work as transfer of energy, and PowerMechanical AdvantageChapter 2: Pulleys2.7 MachinesWork and energy: Intro to mechanical advantageChapter 3: Thermodynamics - KAPLAN PASSAGEZeroth Law CHEM 4.6 Heat and WorkSystemsCHEM 4.3 Systems and Surroundings2.4 Systems and EnergyFirst LawCHEM 4.6 Heat and WorkSecond Law and EntropyCHEM 4.7 Enthalpy and EntropyChapter 4: Fluids - KAPLAN PASSAGECharacteristics of Fluids and SolidsChapter 7: Fluid Properties, Solids3.2 Fluids | 3.3 Density | 3.4 PressureFluids at rest: 1-2 | Fluids in motion: Surface tension and adhesionHydrostaticsChapter 7: Fluid Properties3.5 Fluids at Rest3.7 Surface Tension and AdhesionFluids at rest: 2 through Specific gravityFluid Dynamics - VIDEOChapter 7: Fluids in Motion3.6 Fluids in MotionFluids in motion: 7 through Venturi effect and pitot tubesFluids in PhysiologyChapter 7: Fluids in MotionFluids in motion: Arteries vs. veinsChapter 5: Electrostatics and MagnetismChargesChapter 8: Electrostatics4.2 Static Electric ChargeElectrostatics: Triboelectric effect and charge, Conservation of charge, and Conductors and insulatorsCoulomb's Law - KAPLAN VIDEOChapter 8: Electrostatics4.2 Static Electric ChargeElectrostatics: Coulomb's law and Electrostatics (part 2)Electrical Potential EnergyChapter 8: Electric Fields4.2 Static Electric ChargeElectrostatics: Electric potential energyElectrical Potential Chapter 8: Electric Fields4.2 Static Electric ChargeElectrostatics: Voltage and Electric potential at a point in spaceSpecial CasesChapter 8: Electric Fields4.2 Static Electric ChargeMagnetismChapter 8: Electromagnetism4.5 MagnetismChapter 6: CircuitsCurrentChapter 9: Currents, Electric Circuits4.3 Moving ElectricityCurrent and resistance: Part 1 and Electrolytic conductivityResistanceChapter 9: Voltage and Resistance4.4 Circuit ElementsCurrent and resistance: Part 2 through Resistivity and conductivityCapacitance and CapacitorsChapter 9: Capacitors, Electric Circuits4.4 Circuit ElementsCapacitorsMeters4.4 Circuit ElementsCurrent and resistance: Voltmeters and ammetersChapter 7: Waves and SoundGeneral Wave CharacteristicsChapter 5: Wave Properties5.2 Wave Features 5.3 Waves Within and Between Media5.4 Waves as Sine Functions5.5 Wave InterferenceSound: Sound properties | Light and EM Radiation: Wave interferenceSoundsChapter 5: Harmonic Oscillation | Chapter 6: Sound and Doppler Effect5.6 Sound and Intensity5.7 Resonance | 5.8 Doppler EffectSound: Prodution of sound, Speed of sound through Doppler effectChapter 8: Light and OpticsEM SpectrumChapter 10: EM Radiation5.9 Light WavesLight and EM radiation: EM waves and the EM spectrumGeometrical OpticsChapter 10: Reflection and Refraction, Optics5.10 Optics | 5.11 Mirrors and Lenses5.12 Lens Aberrations5.13 Multiple Lens SystemsThin lenses, Spherical mirrors, and Reflection and refractionDiffractionChapter 10: Interference Phenomena5.9 Light WavesLight and EM radiation: Young's Double slit through Thin film interferencePolarization5.9 Light WavesLight and EM Radiation: Polarization of lightChapter 9: Atomic and Nuclear PhenomenaThe Photoelectric EffectGEN CHEM Chapter 2: Light Absorption and EmissionCHEM 1.4 Quantum MechanicsElectronic structure: Photoelectric effect | Light and EM Radiation: Photon energyAbsorption and Emission of LightGEN CHEM Chapter 2: Light Absorption and EmissionCHEM 1.4 Quantum MechanicsElectronic structure: Bohr model radii through Emission spectrum of hydrogenNuclear Binding Energy and Mass DefectGEN CHEM Chapter 2: Nuclear ChemistryAtomic nucleus: Mass defect and binding energyNuclear ReactionsGEN CHEM Chapter 2: Nuclear ChemistryCHEM 1.8 Radioactive DecayAtomic nucleus: Nuclear stability and nuclear equations through Mass spectrometerChapter 10: MathematicsChapter 11: Reasoning About the Design and Execution of ResearchChapter 12: Data-Based and Statistical Reasoning

Behavioral SciencesKaplan ChapterCorresponding EKCorresponding Khan AcademyChapter 1: Biology and BehaviorBrief History of NeuropsychologyOrganization of the Nervous SystemBiological basis of behavior - Nervous SystemOrganization of the BrainBiological basis of behavior - Nervous SystemParts of the ForebrainBiological basis of behavior - Nervous SystemInfluences on Behavior2.3 Behavior in a Biological Context5.2 Genetics, Environment, and BehaviorBehavior and Genetics: Twin and adoption studiesBiological basis of behavior - Endocrine system: allDevelopmentChapter 2: Sensation and PerceptionSensation vs. Perception5.3 Sensation | 5.4 PerceptionBIO 2: 2.8 Sensing and Sensory ReceptorsSensory Perception: Perceptual organization through Signal Detection TheoryVision5.4 Perception | BIO 2: 2.9 Eye and VisionSight (Vision)Hearing and Vestibular Sense5.3 Sensation | BIO 2: Ear and HearingSound (Audition)Other SensesBIO 2: 2.11 Smell, Taste, and PainSomatosensationObject Recognition5.4 PerceptionSensory Perception: Bottom-up vs. Top-Down Processing, Gestalt PrinciplesChapter 3: Learning and MemoryLearning2.2 LearningLearningMemory5.6 Memory | 5.8 Memory RetrievalMemory: allCognition: Semantic Networks and Spreading ActivationNeurobiology of Learning and Memory5.7 The Biology of Memory FormationMemory: Long Term Potentiation and Synaptic PlasticityChapter 4: Cognition, Consciousness, and LanguageCognition4.1 CognitionCognition: Piaget's stages, Aging and Cognitive AbilitiesProblem-Solving and Decision-Making4.4 Intellectual Functioning4.5 Problem SolvingCognition: Problem solving, Decision Making, IntelligenceConsciousness5.5 ConsciousnessSleep and ConsciousnessConsciousness-Altering Drugs5.5 ConsciousnessDrug DependenceAttention5.3 SensationAttention and LanguageLanguage4.2 LanguageLanguageChapter 5: Motivation, Emotion, and StressMotivation4.7 Motivation and AttitudesMotivation and AttitudesEmotion4.6 EmotionEmotionStress4.8 StressStressChapter 6: Identity and PersonalitySelf-Concept and Identity3.3 IdentitySelf-Identity: Self concept through locus of controlFormation of Identity3.3 IdentitySelf-Identity: Overview of theories to Social influencesPersonality3.2 Personality TheoriesTheories of personalityChapter 7: Psychological DisordersUnderstanding Psychological Disorders3.6 DisordersPsychological Disorders: Introduction to Mental DisordersTypes of Psychological Disorders3.6 DisordersPsychological Disorders: Categories of Mental DisordersBiological Basis of Nervous System Disorders5.9 Neurologic DysfunctionsPsychological Disorders: Biological BasisChapter 8: Social Processes, Attitudes, and BehaviorGroup Psychology2.4 Behavior in a Social ContextSocial PsychologySocialization2.4 Behavior in a Social ContextNormative and non-normative behaviorAttitudes and Behavior4.7 Motivation and AttitudesTheories of attitude and behavior changeChapter 9: Social Interaction Elements of Social Interation2.4 Behavior in a Social ContextSocial interactions: Status through EthnocentrismSelf-Presentation and Interacting with Others2.4 Behavior in a Social ContextSocial interactions: Dramaturgical approach, Impression managementChapter 10: Social ThinkingSocial Behavior2.4 Behavior in a Social ContextSocial BehaviorSocial Perception and Behavior3.5 From Identity to Beliefs About OthersStereotypes, Prejudice, and Discrimination2.6 Prejudice, Bias, and DiscriminationDiscrimination (and Social interactions: Prejudice vs. Discrimination)Chapter 11: Social Structure and DemographicsSociology: Theories and Institutions 1.7 Society, Systems, and StructuresSocial structuresCulture1.6 Culture2.5 Behavior in a Cultural ContextCultureDemographics1.7 Society, Systems, and StructuresDemographicsChapter 12: Social StratificationSocial Class1.8 Social InequalityEpidemiology and Disparities1.8 Social Inequality

3 Online Practice Exams - Kaplan

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