General Chemistry: Atoms First, Books a...2nd EditionJohn E. McMurry, Robert C. Fay Publisher: PEARSONISBN: 9780321994080
General Chemistry: Atoms First, Books a...
Solutions for General Chemistry: Atoms First, Books a la Carte Edition; Modified Mastering Chemistry with Pearson eText -- ValuePack Access Card -- for General Chemistry: Atoms First (2nd Edition)
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Chapter 0 - Chemical Tools: Experimentation And MeasurementChapter 0.2 - Experimentation And Measurement In ChemistryChapter 0.5 - Fundamental Units: Measuring TemperatureChapter 0.7 - Derived Units: Measuring DensityChapter 0.8 - Derived Units: Measuring EnergyChapter 0.9 - Accuracy, Precision, And Significant Figures In MeasurementChapter 0.10 - Rounding NumbersChapter 0.11 - Converting Measurements From One Unit To AnotherChapter 1 - The Structure And Stability Of AtomsChapter 1.1 - Chemistry And The Elements
Chapter 1.3 - Some Common Groups Of Elements And Their PropertiesChapter 1.5 - More History: The Law Of Multiple Proportions And Dalton's Atomic TheoryChapter 1.7 - The Structure Of Atoms: Protons And NeutronsChapter 1.8 - Atomic NumbersChapter 1.9 - Atomic Masses, Atomic Weights, And The MoleChapter 1.11 - Nuclear Change And RadioactivityChapter 2 - Periodicity And The Electronic Structure Of AtomsChapter 2.1 - The Nature Of Radiant Energy And The Electromagnetic SpectrumChapter 2.2 - The Interaction Of Radiant Energy With Atoms: Balmer's Equation\Chapter 2.3 - Particle Like Properties Of Radiant Energy: The Photoelectric Effect And Planck’s PostulateChapter 2.4 - Wavelike Properties Of Matter: De Broglie’s HypothesisChapter 2.6 - The Quantum Mechanical Model Of The Atom: Orbitals And The Three Quantum NumbersChapter 2.7 - Orbitals And Their ShapesChapter 2.9 - The Quantum Mechanical Model And Atomic Line SpectraChapter 2.12 - Some Anomalous Electron ConfigurationsChapter 2.13 - Electron Configurations And The Periodic TableChapter 2.14 - Electron Configurations And Periodic Properties: Atomic RadiiChapter 3 - Atoms And Ionic BondsChapter 3.1 - Ions, Molecules, And Chemical BondsChapter 3.2 - Naming Ionic CompoundsChapter 3.3 - Electron Configurations Of IonsChapter 3.4 - Ionic RadiiChapter 3.5 - Removing An Electron From An Atom: Ionization EnergyChapter 3.6 - Higher Ionization EnergiesChapter 3.7 - Adding An Electron To An Atom: Electron AffinityChapter 3.8 - The Octet Rule For Main-group AtomsChapter 3.9 - Ionic Bonds And The Formation Of Ionic SolidsChapter 3.10 - Lattice Energies In Ionic SolidsChapter 3.11 - Some Chemistry Of The Alkali Metals (group 1a)Chapter 3.12 - Some Chemistry Of The Alkaline-earth Metals (group 2a)Chapter 3.14 - Some Chemistry Of The Noble Gases (group 8a)Chapter 4 - Atoms And Covalent BondsChapter 4.2 - Covalent Bond FormationChapter 4.4 - Polar Covalent Bonds: ElectronegativityChapter 4.5 - Naming Molecular CompoundsChapter 4.6 - Electron-dot StructuresChapter 4.7 - Electron-dot Structures Of Compounds Containing Only Hydrogen And Second-row ElementsChapter 4.8 - Electron-dot Structures Of Compounds Containing Elements Below The Second RowChapter 4.9 - Electron-dot Structures And ResonanceChapter 4.10 - Electron-dot Structures And Formal ChargeChapter 5 - Covalent Bonds And Molecular StructureChapter 5.1 - Molecular Shape: The Vsepr ModelChapter 5.3 - Hybridization And Sp3 Hybrid OrbitalsChapter 5.4 - Other Kinds Of Hybrid OrbitalsChapter 5.5 - Molecular Orbital Theory: The Hydrogen MoleculeChapter 5.6 - Molecular Orbital Theory: Other Diatomic MoleculeChapter 5.7 - Combining Valence Bond Theory And Molecular Orbital TheoryChapter 6 - Chemical Arithmetic: StoichiometryChapter 6.2 - Balancing Chemical EquationsChapter 6.3 - Stoichiometry: The Arithmetic Of Chemical ReactionsChapter 6.4 - Yields Of Chemical ReactionsChapter 6.5 - Reactions With Limiting Amounts Of ReactantsChapter 6.6 - Percent Composition And Empirical Formulas Of CompoundsChapter 6.7 - Determining Empirical Formulas By Elemental AnalysisChapter 6.8 - Concentrations Of Reactants In Solution: MolarityChapter 6.9 - Diluting Concentrated SolutionsChapter 6.10 - Reaction Stoichiometry In SolutionsChapter 6.11 - Finding The Concentration Of A Solution: TitrationChapter 7 - Reactions In Aqueous SolutionChapter 7.1 - Electrolytes In Aqueous SolutionChapter 7.2 - Some Ways That Chemical Reactions OccurChapter 7.3 - Aqueous Reactions And Net Ionic EquationsChapter 7.4 - Precipitation Reactions And Solubility GuidelinesChapter 7.5 - Acids, Bases, And Neutralization ReactionsChapter 7.6 - Oxidation–reduction (redox) ReactionsChapter 7.7 - Identifying Redox ReactionsChapter 7.8 - The Activity Series Of The ElementsChapter 7.9 - Balancing Redox Reactions By The Half-reaction MethodChapter 7.10 - Redox TitrationsChapter 8 - Thermochemistry: Chemical EnergyChapter 8.2 - Internal Energy Of Molecules: State FunctionsChapter 8.3 - Expansion Work Done By ReactionsChapter 8.4 - Internal Energy And Enthalpy Of MoleculesChapter 8.5 - Measuring Heat Transfer: Calorimetry And Heat CapacityChapter 8.6 - The Thermodynamic Standard StateChapter 8.7 - Enthalpies Of Physical And Chemical ChangeChapter 8.8 - Calculating Enthalpy Changes Using Hess’s LawChapter 8.9 - Calculating Enthalpy Changes Using Standard Heats Of FormationChapter 8.10 - Calculating Enthalpy Changes Using Bond Dissociation EnergiesChapter 8.11 - Fossil Fuels And Heats Of CombustionChapter 8.12 - An Introduction To EntropyChapter 9 - Gases: Their Properties And BehaviorChapter 9.1 - Gases And Gas PressureChapter 9.2 - The Gas LawsChapter 9.3 - The Ideal Gas LawChapter 9.4 - Stoichiometric Relationships With GasesChapter 9.5 - Mixtures Of Gases: Partial Pressure And Dalton’s LawChapter 9.6 - The Kinetic–molecular Theory Of GasesChapter 9.7 - Gas Diffusion And Effusion: Graham’s LawChapter 9.8 - The Behavior Of Real GasesChapter 9.9 - The Earth’s AtmosphereChapter 10 - Liquids, Solids, And Phase ChangesChapter 10.1 - Polar Covalent Bonds And Dipole MomentsChapter 10.2 - Kinds Of Intermolecular ForcesChapter 10.4 - Phase Changes Between Solids, Liquids, And GasesChapter 10.5 - Evaporation, Vapor Pressure, And Boiling PointChapter 10.8 - The Packing Of Spheres In Crystalline Solids: Unit CellsChapter 10.9 - Structures Of Some Ionic SolidsChapter 10.11 - Phase DiagramsChapter 11 - Solutions And Their PropertiesChapter 11.2 - Energy Changes And The Solution ProcessChapter 11.3 - Concentration Units For SolutionsChapter 11.4 - Some Factors That Affect SolubilityChapter 11.6 - Vapor-pressure Lowering Of Solutions: Raoult’s LawChapter 11.7 - Boiling-point Elevation And Freezing-point Depression Of SolutionsChapter 11.8 - Osmosis And Osmotic PressureChapter 11.9 - Some Uses Of Colligative PropertiesChapter 11.10 - Fractional Distillation Of Liquid MixturesChapter 12 - The Rates And Mechanisms Of Chemical ReactionsChapter 12.1 - Rates Of Chemical ReactionsChapter 12.2 - Rate Laws And Reaction OrderChapter 12.3 - Determining A Rate Law: The Method Of Initial RatesChapter 12.4 - First-order Reactions: The Integrated Rate LawChapter 12.5 - First-order Reactions: Half-lifeChapter 12.6 - First-order Reactions: Radioactive DecayChapter 12.7 - Second-order ReactionsChapter 12.9 - Reaction Rates And Temperature: Collision Theory And The Arrhenius EquationChapter 12.10 - Using The Arrhenius EquationChapter 12.11 - Reaction MechanismsChapter 12.12 - Rate Laws For Elementary ReactionsChapter 12.13 - Rate Laws For Overall ReactionsChapter 12.14 - CatalysisChapter 12.15 - Homogeneous And Heterogeneous CatalystsChapter 13 - Chemical Equilibrium: The Extent Of Chemical ReactionsChapter 13.2 - The Equilibrium Constant KcChapter 13.3 - The Link Between Chemical Equilibrium And Chemical KineticsChapter 13.4 - The Equilibrium Constant KpChapter 13.5 - Heterogeneous EquilibriaChapter 13.6 - Using The Equilibrium ConstantChapter 13.8 - The Effect Of Concentration Changes On An Equilibrium MixtureChapter 13.9 - The Effect Of Pressure And Volume Changes On An Equilibrium MixtureChapter 13.10 - The Effect Of Temperature Changes On An Equilibrium MixtureChapter 13.11 - The Effect Of A Catalyst On EquilibriumChapter 14 - Aqueous Equilibria: Acids And BasesChapter 14.1 - Acid–base Concepts: The Brønsted–lowry TheoryChapter 14.2 - Acid Strength And Base StrengthChapter 14.3 - Factors That Affect Acid StrengthChapter 14.4 - Dissociation Of WaterChapter 14.5 - The Ph ScaleChapter 14.7 - The Ph In Solutions Of Strong Acids And Strong BasesChapter 14.8 - Equilibria In Solutions Of Weak AcidsChapter 14.9 - Calculating Equilibrium Concentrations In Solutions OfChapter 14.10 - Percent Dissociation In Solutions Of Weak AcidsChapter 14.11 - Equilibria In Solutions Of Polyprotic AcidsChapter 14.12 - Equilibria In Solutions Of Weak BasesChapter 14.13 - Relation Between Ka And KbChapter 14.14 - Acid–base Properties Of SaltsChapter 14.15 - Lewis Acids And BasesChapter 15 - Applications Of Aqueous EquilibriaChapter 15.1 - Neutralization ReactionsChapter 15.2 - The Common-ion EffectChapter 15.3 - Buffer SolutionsChapter 15.4 - The Henderson–hasselbalch EquationChapter 15.6 - Strong Acid–strong Base TitrationsChapter 15.7 - Weak Acid–strong Base TitrationsChapter 15.9 - Polyprotic Acid–strong Base TitrationsChapter 15.10 - Solubility Equilibria For Ionic CompoundsChapter 15.11 - Measuring Ksp And Calculating Solubility From KspChapter 15.12 - Factors That Affect SolubilityChapter 15.13 - Precipitation Of Ionic CompoundsChapter 15.14 - Separation Of Ions By Selective PrecipitationChapter 15.15 - Qualitative AnalysisChapter 16 - Thermodynamics: Entropy, Free Energy, And EquilibriumChapter 16.1 - Spontaneous ProcessesChapter 16.2 - Enthalpy, Entropy, And Spontaneous Processes: A Brief ReviewChapter 16.3 - Entropy And ProbabilityChapter 16.5 - Standard Molar Entropies And Standard Entropies Of ReactionChapter 16.6 - Entropy And The Second Law Of ThermodynamicsChapter 16.7 - Free Energy And The Spontaneity Of Chemical ReactionsChapter 16.8 - Standard Free-energy Changes For ReactionsChapter 16.9 - Standard Free Energies Of FormationChapter 16.10 - Free-energy Changes For Reactions Under Nonstandard-state ConditionsChapter 16.11 - Free Energy And Chemical EquilibriumChapter 17 - ElectrochemistryChapter 17.1 - Galvanic CellsChapter 17.2 - Shorthand Notation For Galvanic CellsChapter 17.3 - Cell Potentials And Free-energy Changes For Cell ReactionsChapter 17.4 - Standard Reduction PotentialsChapter 17.5 - Using Standard Reduction PotentialsChapter 17.6 - Cell Potentials Under Nonstandard-state Conditions: The Nernst EquationChapter 17.7 - Electrochemical Determination Of PhChapter 17.8 - Standard Cell Potentials And Equilibrium ConstantsChapter 17.9 - BatteriesChapter 17.10 - Fuel CellsChapter 17.11 - CorrosionChapter 17.12 - Electrolysis And Electrolytic CellsChapter 17.13 - Commercial Applications Of ElectrolysisChapter 17.14 - Quantitative Aspects Of ElectrolysisChapter 18 - Hydrogen, Oxygen, And WaterChapter 18.1 - HydrogenChapter 18.2 - Preparation And Uses Of HydrogenChapter 18.3 - Reactivity Of HydrogenChapter 18.4 - Binary HydridesChapter 18.8 - OxidesChapter 18.9 - Peroxides And SuperoxidesChapter 18.10 - Hydrogen PeroxideChapter 18.13 - HydratesChapter 19 - The Main-group ElementsChapter 19.1 - Review Of General Properties And Periodic TrendsChapter 19.2 - Distinctive Properties Of The Second-row ElementsChapter 19.4 - BoronChapter 19.7 - CarbonChapter 19.8 - SiliconChapter 19.10 - NitrogenChapter 19.13 - SulfurChapter 19.14 - The Halogens: Oxoacids And Oxoacid SaltsChapter 20 - Transition Elements And Coordination ChemistryChapter 20.1 - Electron ConfigurationsChapter 20.3 - Oxidation States Of Transition ElementsChapter 20.4 - Chemistry Of Selected Transition ElementsChapter 20.5 - Coordination CompoundsChapter 20.6 - LigandsChapter 20.7 - Naming Coordination CompoundsChapter 20.8 - IsomersChapter 20.9 - Enantiomers And Molecular HandednessChapter 20.10 - Color Of Transition Metal ComplexesChapter 20.11 - Bonding In Complexes: Valence Bond TheoryChapter 20.12 - Crystal Field TheoryChapter 21 - Metals And Solid-state MaterialsChapter 21.1 - Sources Of The Metallic ElementsChapter 21.2 - MetallurgyChapter 21.3 - Iron And SteelChapter 21.4 - Bonding In MetalsChapter 21.5 - SemiconductorsChapter 21.6 - Semiconductor ApplicationsChapter 21.7 - SuperconductorsChapter 21.8 - CeramicsChapter 21.9 - CompositesChapter 22 - Nuclear ChemistryChapter 22.1 - Nuclear StabilityChapter 22.2 - Energy Changes During Nuclear ReactionsChapter 22.3 - Nuclear Fission And FusionChapter 22.4 - Nuclear TransmutationChapter 22.6 - Some Applications Of Nuclear ChemistryChapter 23 - Organic And Biological ChemistryChapter 23.1 - Organic Molecules And Their Structures: AlkanesChapter 23.2 - Families Of Organic Compounds: Functional GroupsChapter 23.3 - Naming Organic CompoundsChapter 23.4 - Unsaturated Organic Compounds: Alkenes And AlkynesChapter 23.5 - Cyclic Organic CompoundsChapter 23.6 - Aromatic CompoundsChapter 23.7 - Alcohols, Ethers, And AminesChapter 23.8 - Carbonyl CompoundsChapter 23.10 - Amino Acids, Peptides, And ProteinsChapter 23.11 - CarbohydratesChapter 23.12 - LipidsChapter 23.13 - Nucleic AcidsChapter A.1 - Scientific NotationChapter A.2 - Logarithms
Sample Solutions for this Textbook
We offer sample solutions for General Chemistry: Atoms First, Books a la Carte Edition; Modified Mastering Chemistry with Pearson eText -- ValuePack Access Card -- for General Chemistry: Atoms First (2nd Edition) homework problems. See examples below:
Chapter 0, Problem 0.18CPThe alkali metals are indicated in pink color in the periodic table. Figure-1 The first group metals...Chapter 2, Problem 2.24CPChapter 3, Problem 3.29CPChapter 4, Problem 4.26CPChapter 5, Problem 5.18CPChapter 6, Problem 6.30CPTo match the given reactions with given representations. Given reactions are, (a) 2 Na+(aq) +...Chapter 8, Problem 8.27CP
Given, 1:1 Mixture of helium (red) and argon (blue) According to Charles law, Volume of the...From the given electrostatic potential diagram, The Oxygen atom is electron rich (red colour) due to...Chapter 11, Problem 11.29CPChapter 12, Problem 12.24CPChapter 13, Problem 13.26CPChapter 14, Problem 14.33CPChapter 15, Problem 15.34CPChapter 16, Problem 16.20CPZinc electrode is labelled as anode and lead is labelled as cathode. The ions present in the...Given: Given representation is shown in Figure 1. Figure 1 In this picture, ivory spheres denotes...Figure 1 s and p blocks elements are called as main group elements or representative element. The...Given electronic configuration, [Ar] 3 d7 4 s2 Electron filling concepts in orbitals: Electrons...Given, Figure 1 In periodic table, the element C is in group IIA and the element is strontium with...160W (Atomic Number = 74) 185W (Atomic Number = 74) Neutron = (160-74) = 86 Neutron = (185-74) = 111...Given molecular model presence of seven carbon atoms and 14 hydrogen atoms and all hydrogen atoms...
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