OCR A-level Chemistry 2008
| Atoms, Bonds and Groups | |
| Atoms and reactions |
Hydrogen Atom Interactive Tutorial, Atoms Avogadro`s Law Illustrated Interactive Tutorial, Gases The Universality of the Ideal Gas Law Interactive Tutorial, Gases The Different Types of Compounds Interactive Tutorial, Matter The Different Types of Mixtures Interactive Tutorial, Matter Comparing Molarity and Molality Interactive Tutorial, Solutions Structure and Acidity Interactive Laboraory - Acids and Bases Comparing the Density of Liquids and Gases Interactive Laboraory - Gases Standard Temperature and Pressure Interactive Laboraory - Gases Concentration Interactive Laboraory - Solutions |
| Electrons, bonding and structure |
Ammonia - Common Molecular Models Carbon - Group 14 (Carbon Group) - Elements Main GroupsX Molecular Models Methane - Common Molecular Models The Electrons in an Argon Atom Interactive Tutorial, Atoms Atomic Size vs Ionic Size Interactive Tutorial, Atoms The Two Electrons of a Helium Atom Interactive Tutorial, Atoms Hydrogen Atom Interactive Tutorial, Atoms The Atoms of Lithium and Beryllium Interactive Tutorial, Atoms The Atomic Orbitals of Nitrogen and Neon Interactive Tutorial, Atoms Bond Polarity Interactive Tutorial, Bonding Covalent Bonding Interactive Tutorial, Bonding Molecular Dipole Moments Interactive Tutorial, Bonding Covalent Bonding in Hydrogen Interactive Tutorial, Bonding Ionic Bond Energetics Interactive Tutorial, Bonding Born-Haber Cycle for Sodium Chloride Interactive Tutorial, Bonding Lone Pairs Interactive Tutorial, Bonding What Holds Molecules Together? Interactive Tutorial, Bonding The Valence Orbitals of Nitrogen Interactive Tutorial, Bonding The Paramagnetism of Oxygen Interactive Tutorial, Bonding Examples of Molecular Shapes Interactive Tutorial, Bonding Close Packing in Metals Interactive Tutorial, Liquids and Solids Types of Cubic Crystal Lattices Interactive Tutorial, Liquids and Solids The Evaporation of Liquid Air Interactive Tutorial, Liquids and Solids Hydrogen Bonding Interactive Tutorial, Liquids and Solids Structure and Motion in Ice Interactive Tutorial, Liquids and Solids Intermolecular Forces Interactive Tutorial, Liquids and Solids The Melting Transition Interactive Tutorial, Liquids and Solids The Structure of an Atom with d-Orbitals Interactive Laboraory - Atoms Examining the Electron Cloud of an Atom Interactive Laboraory - Atoms The Ionic Radius for Different Oxidation States Interactive Laboraory - Atoms Comparing the Size of Isoelectronic Ions Interactive Laboraory - Atoms Nuclei and Electrons in Atoms Interactive Laboraory - Atoms Comparing s- and p-Orbitals Interactive Laboraory - Atoms Covalent Bond Energetics Interactive Laboraory - Bonding Ionic Bond Energetics Interactive Laboraory - Bonding Predicting and Analyzing Molecular Shapes Interactive Laboraory - Bonding Bonding in Crystalline Solids Interactive Laboraory - Liquids and Solids Probing Dipole-Dipole Forces Interactive Laboraory - Liquids and Solids Hydrogen Bonding in Mixtures Interactive Laboraory - Liquids and Solids Experimenting with Ion-Dipole Forces Interactive Laboraory - Liquids and Solids Motion in Liquids Interactive Laboraory - Liquids and Solids Fundamental Characteristics of Solids Interactive Laboraory - Liquids and Solids Structure and Dynamics of Liquid Water Interactive Laboraory - Liquids and Solids Ammonium Chloride Molecular Modelling Tutorial Carbon Dioxide Molecular Modelling Tutorial Graphite Molecular Modelling Tutorial Iodine Molecular Modelling Tutorial Potassium Chloride Molecular Modelling Tutorial Water Molecular Modelling Tutorial |
| The Periodic Table |
Group 1 (Alkali Metals) - Elements Main Groups Molecular Models Group 10 (Nickel Group) - Elements Transition MetalsX Molecular Models Group 11 (Copper Group) - Elements Transition MetalsX Molecular Models Group 12 (Zinc Group) - Elements Transition MetalsX Molecular Models Group 13 (Boron Group) - Elements Main GroupsX Molecular Models Group 14 (Carbon Group) - Elements Main GroupsX Molecular Models Group 15 (Nitrogen Group) - Elements Main GroupsX Molecular Models Group 16 (Oxygen Group) - Elements Main GroupsX Molecular Models Group 17 (Halogens) - Elements Main GroupsX Molecular Models Group 18 (Noble Gases) - Elements Main GroupsX Molecular Models Group 2 (Alkaline Earth Metals) - Elements Main Groups Molecular Models Group 3 (Scandium Group) - Elements Transition Metals Molecular Models Group 4 (Titanium Group) - Elements Transition Metals Molecular Models Group 5 (Vanadium Group) - Elements Transition Metals Molecular Models Group 6 (Chromium Group) - Elements Transition Metals Molecular Models Group 7 (Manganese Group) - Elements Transition Metals Molecular Models Group 8 (Iron Group) - Elements Transition Metals Molecular Models Group 9 (Cobalt Group) - Elements Transition Metals Molecular Models |
| Chains, Energy and Resources | |
| Basic concepts and hydrocarbons |
Alkanes, Branched - Organic Molecular Models Alkanes, Linear - Organic Molecular Models Alkenes - Organic Molecular Models Fuel Additives Applied Chemistry Model - Fuels Gasoline Applied Chemistry Model - Fuels Natural Gas Applied Chemistry Model - Fuels Octane Rating Applied Chemistry Model - Fuels Kevlar Applied Chemistry Model - Polymers Nylon Applied Chemistry Model - Polymers Cis-trans Isomerism Interactive Tutorial, Organic The Molecular Orbitals of Ethene Interactive Tutorial, Organic Examining a Reaction Mechanism Interactive Laboraory - Kinetics Structure and Properties of Straight-Chain Alkanes Interactive Laboraory - Organic Bonding Characteristics of Carbon Interactive Laboraory - Organic Identifying Functional Groups Interactive Laboraory - Organic Isomers of Saturated Hydrocarbons Interactive Laboraory - Organic Isomers of UnSaturated Hydrocarbons Interactive Laboraory - Organic Polyethene Molecule Molecular Modelling Tutorial |
| Alcohols, halogenoalkanes and analysis |
Alcohols - Organic Molecular Models Haloalkenes - Organic Molecular Models Refrigerants Applied Chemistry Model - Environment Observing a Chemical Reaction Interactive Tutorial, Kinetics Rotations Vibrations Interactive Tutorial, Thermo Chemistry Potential and Kinetic Energy: Vibrations Interactive Tutorial, Thermo Chemistry Examining a Reaction Mechanism Interactive Laboraory - Kinetics Structure and Hydrogen Bonding of Alcohols Interactive Laboraory - Organic Describing a Nucleophilic Substitution Interactive Laboraory - Organic Ethanol Molecular Modelling Tutorial |
| Energy |
Observing a Chemical Reaction Interactive Tutorial, Kinetics What Is Chemical Energy? Interactive Tutorial, Thermo Chemistry Rotations Vibrations Interactive Tutorial, Thermo Chemistry Temperature Changes Interactive Tutorial, Thermo Chemistry The Nature of Thermal Energy Interactive Tutorial, Thermo Chemistry Potential and Kinetic Energy: Vibrations Interactive Tutorial, Thermo Chemistry How Often do Gas Molecules Collide? Interactive Laboraory - Gases How Fast do Gas Molecules Move? Interactive Laboraory - Gases Speed Distribution and Molar Mass Interactive Laboraory - Gases Mean Speed and Temperature Interactive Laboraory - Gases The Maxwell-Boltzmann Distribution of Speeds Interactive Laboraory - Gases Temp Dependence Interactive Laboraory - Gases Examining a Reaction Mechanism Interactive Laboraory - Kinetics Finding the Rate Law of a Reaction Interactive Laboraory - Kinetics Reactive Collisions between Molecules Interactive Laboraory - Kinetics The Reaction Energetics of Nitroglycerin Interactive Laboraory - Thermochemistry Measuring the Specific Heat Interactive Laboraory - Thermochemistry Factors That Affect the Thermal Energy Interactive Laboraory - Thermochemistry |
| Resources |
Carbon Dioxide - Common Molecular Models Carbon Monoxide - Carbon Compounds - Inorganic Molecular Models Haloalkanes - Organic Molecular Models Nitrogen Dioxide - Nitrogen Compounds - Inorganic Molecular Models Oxygen - Group 16 (Oxygen Group) - Elements Main GroupsX Molecular Models Ozone - Group 16 (Oxygen Group) - Elements Main GroupsX Molecular Models Sulfur Dioxide - Sulfur Compounds - Inorganic Molecular Models Fuel Additives Applied Chemistry Model - Fuels Gasoline Applied Chemistry Model - Fuels Natural Gas Applied Chemistry Model - Fuels Air Applied Chemistry Model - Environment Planetary Atmospheres Applied Chemistry Model - Environment Potential and Kinetic Energy: Vibrations Interactive Tutorial, Thermo Chemistry Air Molecular Modelling Tutorial Carbon Dioxide Molecular Modelling Tutorial |
| Rings, Polymers and Analysis | |
| Rings, acids and amines |
Aldehydes - Organic Molecular Models Amines - Organic Molecular Models Benzene - Common Molecular Models Benzene - Organic Molecular Models Fatty Acids - Organic Biological Molecular Models Phenols - Organic Molecular Models The Frontier Orbitals of Benzene Interactive Tutorial, Organic The Stability of Benzene Interactive Laboraory - Organic The Strength of Carboxylic Acids Interactive Laboraory - Organic Structure and Properties of Esters Interactive Laboraory - Organic |
| Polymers and synthesis |
Pain Medications Applied Chemistry Model - Pharmaceutical Prescription Drugs Applied Chemistry Model - Pharmaceutical Kevlar Applied Chemistry Model - Polymers Nylon Applied Chemistry Model - Polymers Plexiglass Applied Chemistry Model - Polymers Polycarbonate Applied Chemistry Model - Polymers Polylactide Applied Chemistry Model - Polymers Recyclable Applied Chemistry Model - Polymers Rubber Applied Chemistry Model - Polymers Teflon Applied Chemistry Model - Polymers The Planarity of the Peptide Bond Interactive Tutorial, Biochemistry The Folding of Proteins Interactive Tutorial, Biochemistry The Types of Amino Acid Side Chains Interactive Tutorial, Biochemistry Optical Isomers Interactive Tutorial, Transition Metals The Structure of Amino Acids Interactive Laboraory - Biochem Nucleotides Interactive Laboraory - Biochem Building a Model of a Protein Interactive Laboraory - Biochem Peptide Molecular Modelling Tutorial Polyethene Molecule Molecular Modelling Tutorial Teflon Molecular Modelling Tutorial |
| Analysis |
Potential and Kinetic Energy: Vibrations Interactive Tutorial, Thermo Chemistry |
| Equilibria, Energetics and Elements | |
| Rates, equilibrium and pH |
The Strength of Halogen Oxoacids Interactive Tutorial, Acids - Bases Strong Acids Interactive Tutorial, Acids - Bases The Dynamic Nature of Equilibria Interactive Tutorial, Equilibria Structure and Acidity Interactive Laboraory - Acids and Bases Chemical Equilibrium and Pressure Interactive Laboraory - Equilibria Chemical Equilibrium and Temperature Interactive Laboraory - Equilibria |
| Energy |
Ionic Bond Energetics Interactive Tutorial, Bonding Born-Haber Cycle for Sodium Chloride Interactive Tutorial, Bonding Spontaneous Processes: Gas Expansions Interactive Tutorial, Thermal Chemistry Types of Cubic Crystal Lattices Interactive Tutorial, Liquids and Solids The Melting Transition Interactive Tutorial, Liquids and Solids The Process of Dissolving Interactive Tutorial, Solutions The Energetics of a Salt in Solution Interactive Tutorial, Solutions What Is Chemical Energy? Interactive Tutorial, Thermo Chemistry Temperature Changes Interactive Tutorial, Thermo Chemistry The Nature of Thermal Energy Interactive Tutorial, Thermo Chemistry The Entropy of the Phases of Iodine Interactive Laboraory - Thermal Temperature Dependence of the Entropy of Gases Interactive Laboraory - Thermal Bonding in Crystalline Solids Interactive Laboraory - Liquids and Solids Kinetic and Cohesive Energy in the Three States of Matter Interactive Laboraory - Liquids and Solids The Hydration Energy of Simple Cations and Anions Interactive Laboraory - Solutions Solvation in Aqueous Ionic Solutions Interactive Laboraory - Solutions The Reaction Energetics of Nitroglycerin Interactive Laboraory - Thermochemistry Factors That Affect the Thermal Energy Interactive Laboraory - Thermochemistry |
| Transition elements |
Chromium Compounds - Inorganic Transition Metals Molecular Models Cobalt Compounds - Inorganic Transition Metals Molecular Models Copper Compounds - Inorganic Transition Metals Molecular Models Iron Compounds - Inorganic Transition Metals Molecular Models Manganese Compounds - Inorganic Transition Metals Molecular Models Nickel Compounds - Inorganic Transition Metals Molecular Models Platinum Compounds - Inorganic Transition Metals Molecular Models Silver Compounds - Inorganic Transition Metals Molecular Models Chelates Interactive Tutorial, Transition Metals Coordination Isomers Interactive Tutorial, Transition Metals Geometric Isomers Interactive Tutorial, Transition Metals Linkage Isomers Interactive Tutorial, Transition Metals Optical Isomers Interactive Tutorial, Transition Metals Stereoisomers Interactive Laboraory - Transition Metals Complex Molecular Modelling Tutorial |
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