ChemSkill Builder Online V.2 -- Student's Edition (password booklet); stand alone

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  • Edition: 2nd
  • Format: eBook
  • Copyright: 3/24/2004
  • Publisher: McGraw-Hill Education

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Table of Contents

Unit 1. Introduction to Chemistry

Section 1.1 Introduction to Chemistry

Section 1.2 Chemical Reactions/Physical Processes

Section 1.3 Three Phases of Matter

Section 1.4 Symbols of Elements I

Section 1.5 Chemical Compounds

Section 1.6 Temperature Conversions

Unit 2. Units and Measurements

Section 2.1 Scientific Notation

Section 2.2 Significant Figures

Section 2.3 Measurement and Interpolation

Section 2.4 Metric Prefixes

Section 2.5 Dimensional Analysis/Unit Conversion

Section 2.6 Density and Volume Problems

Unit 3. Chemical Nomenclature

Section 3.1 Names/Symbols of Elements II

Section 3.2 Molecules and Ions

Section 3.3 Cations and Anions

Section 3.4 Ionic Compounds

Section 3.5 Acids, Bases, and Salts

Section 3.6 Elements, Compounds, and Mixtures

Unit 4. Stoichiometry

Section 4.1 The MOLE Concept

Section 4.2 Mole/Mass Calculations

Section 4.3 Molar Conversion Factors

Section 4.4 Limiting Reactants and Yield

Section 4.5 Percent Composition

Section 4.6 Empirical Formulas

Unit 5. Chemical Reaction

Section 5.1 Solubility Rules

Section 5.2 Products of Metathesis Reactions

Section 5.3 Ionic/Net Ionic Equations

Section 5.4 Balancing Equations

Section 5.5 Predicting Products of Reactions

Section 5.6 Single Displacement/Activity Series

Unit 6. Molarity of Solution

Section 6.1 Molar Concentration

Section 6.2 Titrations

Section 6.3 Volumetric Analysis

Section 6.4 Molarity of Ions

Section 6.5 Redox Titrations

Unit 7. Properties of Gases

Section 7.1 Intuitive Behavior of Gases

Section 7.2 Gas Law Problems

Section 7.3 Ideal Gas Law

Section 7.4 Mixture of Gases

Section 7.5 Kinetic Theory of Gases

Unit 8. Thermochemistry

Section 8.1 Heat Capacity Problems

Section 8.2 Phase Changes and Heat

Section 8.3 Calorimetry Problems

Section 8.4 Internal Energy and Work

Section 8.5 Exothermic and Endothermic Processes

Section 8.6 Enthalpy Change Problems

Unit 9. Atomic Structure

Section 9.1 Elementary Particles and Isotopes

Section 9.2 Light, Energy and Electron Transitions

Section 9.3 Orbital Box Model of Electrons

Section 9.4 Electron Configuration I

Section 9.5 Electron Configuration II

Section 9.6 Quantum Numbers

Unit 10. Oxidation Reduction

Section 10.1 Identifying Species of REDOX Reactions

Section 10.2 Determining Oxidation Number

Section 10.3 Balancing Simple REDOX Equations

Section 10.4 Half-Reaction Method

Section 10.5 Balancing Complex REDOX Equations

Section 10.6 Balancing Reactions in Basic Media

Unit 11. Periodic Properties

Section 11.1 Size of Atoms and Ions

Section 11.2 Ionization Energy and Electron Affinity

Section 11.3 Metals, Nonmetals, and Families

Section 11.4 Valence Electrons and Charge of Ion

Section 11.5 Acidity and Basicity

Unit 12. Polyatomic Structures

Section 12.1 Electronegativity and Bond Polarity

Section 12.2 Lewis Dot Diagrams

Section 12.3 Shapes of Ions and Molecules

Section 12.4 Resonance and Formal Charge

Section 12.5 Review of Molecular Shapes

Unit 13. Covalent Bonding

Section 13.1 Orbital Shapes in Molecules

Section 13.2 Orbital Hybridization

Section 13.3 Bonding in Organic Structures

Section 13.4 Polarity in Molecules

Section 13.5 Molecular Orbital Theory

Unit 14. Liquids and Solids

Section 14.1 Changes of Physical State

Section 14.2 Types of Bonding in Solids

Section 14.3 Crystalline Solids

Section 14.4 Types of Bonding in Liquids

Section 14.5 Vapor Pressure

Section 14.6 Phase Diagrams

Unit 15. Properties of Solutions

Section 15.1 Solvents and Solutions

Section 15.2 Concentration Calculations

Section 15.3 Pressure and Temperature Effects

Section 15.4 Vapor Pressure of Solutions

Section 15.5 F.P. Lowering and B.P. Raising

Unit 16. Chemical Kinetics

Section 16.1 Reaction Rates from Chemical Data

Section 16.2 Rate Law Equations

Section 16.3 Experimental Kinetics

Section 16.4 First Order Rate Problems

Section 16.5 Reaction Mechanisms

Section 16.6 Temperature and Rate

Unit 17. Chemical Equilibria

Section 17.1 Equilibrium Law and Kc

Section 17.2 Gas Equilibrium and Kp

Section 17.3 Heterogeneous Equilibria

Section 17.4 Equilibrium Calculations

Section 17.5 Le Chateliers Principle

Unit 18. Acid-Base Equilibria

Section 18.1 Acid-Base Reactions

Section 18.2 Kw and pH Calculations

Section 18.3 pH Meter Simulation

Section 18.4 Strong Acids and Bases

Section 18.5 Weak Acids and Bases

Unit 19. Buffers and Hydrolysis

Section 19.1 Salt Hydrolysis

Section 19.2 Common Ion Effect

Section 19.3 Buffers

Section 19.4 Titration Calculations

Section 19.5 Titration Curves

Unit 20. Solubility Equilibria

Section 20.1 Solubility Product Equation

Section 20.2 Solubility Calculations

Section 20.3 Common Ion Effect

Section 20.4 Simultaneous Equilibria

Section 20.5 Coordination Compounds

Unit 21. Thermodynamics

Section 21.1 Enthalpy Change

Section 21.2 Entropy Change

Section 21.3 Free Energy Changes

Section 21.4 Spontaneity of Reactions

Section 21.5 Free Energy and Concentration

Unit 22. Electrochemistry

Section 22.1 Using Redox Potentials

Section 22.2 Voltaic Cells

Section 22.3 Electrolytic Cells

Section 22.4 Faradays Law Problems

Section 22.5 Nernst Equation Problems

Unit 23. Nuclear Chemistry

Section 23.1 Properties of Radiation

Section 23.2 Balancing Nuclear Reactions

Section 23.3 Predicting Nuclear Stability

Section 23.4 Isotope Decay Kinetics

Section 23.5 Radiation Measurement

Section 23.6 Nuclear Binding Energy

Unit 24. Organic Chemistry

Section 24.1 Hydrocarbon Structure and Nomenclature

Section 24.2 Functional Group Nomenclature

Section 24.3 Addition and Substitution Reactions

Section 24.4 Oxidation and Reduction Reactions

Section 24.5 Condensation and Hydrolysis

Section 24.6 Chirality and Optical Activity

Unit 25. Polymer Chemistry

Section 25.1 Addition Polymers

Section 25.2 Condensation Polymers

Section 25.3 Polypeptide Chains

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