Interactive Tutorials
Odyssey provides 85 interactive tutorials for foundation year and undergraduate Chemistry. Each supplemented with printable worksheets.
Each tutorial is designed to engage students in interactive learning. The interactive experiments are developed for student use and also for classroom demonstration. In total, more than 200 pages of chemistry content are included. Learners are provided with unparalleled visualisation and simulation of matter at the molecular level.
Chemical Matter |
| 1 |
The States of Matter |
| 2 |
Elements, Compounds,
and Mixtures |
| 3 |
Physical Properties |
| |
|
Thermochemistry |
| 4 |
Heat Capacity |
| 5 |
Potential and Kinetic Energy |
| 6 |
Thermal Energy |
| 7 |
Rotations and Vibrations |
| 8 |
Reaction Energy |
| |
|
Atoms and Molecules |
| 9 |
The Electron Distribution
of Atoms |
| 10 |
Atomic Orbitals |
| 11 |
d-Orbitals |
| 12 |
Ionic Radii |
| 13 |
Isoelectronic Ions |
| 14 |
The Energetics of Ionic Bond Formation |
| 15 |
Ionic Compounds |
| 16 |
Covalent Bonding |
| 17 |
Bond Polarity |
| 18 |
Resonance |
| 19 |
Lone Pairs |
| 20 |
VSEPR Theory |
| 21 |
Molecular Shapes |
| 22 |
Dipole Moments |
| |
|
Gases |
| 23 |
The Density of Gases |
| 24 |
The Motion of the Molecules
in a Gas |
| 25 |
The Forces Between Gas Molecules |
| 26 |
The Temperature of a Gas |
| 27 |
The Pressure of a Gas |
| 28 |
The Volume of a Gas |
| 29 |
The Ability of Gases to Mix |
|
Gases |
| 30 |
Boyle's Law |
| 31 |
The Pressure Temperature Relationship |
| 32 |
Avogadro's Law |
| 33 |
The Universality of the Ideal Gas Law |
| 34 |
Mole Fractions |
| 35 |
The Molecular Speeds in a Gas |
| 36 |
The Maxwell-Boltzmann Distributions of Speeds |
| 37 |
Speed Distribution and Temperature |
| 38 |
Speed Distribution and Molar Mass |
| 39 |
The Speed Distribution for Gas Mixtures |
| 40 |
Effusion |
| 41 |
Diffusion |
| 42 |
Gases at High Pressure |
| |
|
Liquids and Solids |
| 43 |
The Molecular Characteristics of a Liquid |
| 44 |
The Molecular Characteristics of a Solid |
| 45 |
Molecular Motion in Gases, Liquids, and Solids |
| 46 |
The Energies of Gases, Liquids, and Solids |
| 47 |
Intermolecular Forces |
| 48 |
Ion-Dipole Forces |
| 49 |
Hydrogen Bonding |
| 50 |
Liquid Water |
| 51 |
Ice |
| 52 |
The Melting Transition |
| 53 |
Cubic Crystal Lattices |
| 54 |
Close Packing in Metals |
| 55 |
Ionic Solids |
| |
|
Solutions |
| 56 |
Molarity and Molality |
| 57 |
Miscible and Non-Miscible Liquids |
| 58 |
The Energy of Solutions |
| 59 |
The Structure of Solutions |
| 60 |
Hydration Energy and Ionic Size |
| 61 |
Hydration Energy and Ionic Charge |
| |
|
|
Acids and Bases |
| 62 |
Molecular Strucutre and Acid Strength |
63 |
Oxoacids |
| |
|
Chemical Thermodynamics |
64 |
Spontaneous Processes |
| 65 |
Entropy and Phase Changes |
| 66 |
Entropy and Temperature |
| |
|
Transition Metal Complexes |
| 67 |
Chelates |
| 68 |
Structural Isomers |
| 69 |
Stereoisomers |
| |
|
Organic Chemistry |
| 70 |
Alkanes |
| 71 |
Isomers of the Alkanes |
72 |
Cycloalkanes |
| 73 |
Alkenes |
| 74 |
Alkynes |
| 75 |
Benzene |
| 76 |
Functional Groups |
| 77 |
Alcohols |
| 78 |
Carboxylic Acids |
| 79 |
Esters |
| |
|
Biochemistry |
| 80 |
Amino Acids |
| 81 |
Peptides |
| 82 |
Proteins |
| 83 |
Carbohydrates |
| 84 |
Nucleotides |
| 85 |
DNA |
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