1. |
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Course description, Chemicalfoundations |
Chemistry overview, Measurements, Significant figures, Dimension analysis, Temperature, Density |
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2. |
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Atoms, Molecules, and Ions |
Atomic theory, Atomic structure, Molecules and Ions |
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3. |
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Stoichiometry |
Atomic mass, Mole, Chemical equations, Stoichiometric calculations |
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4. |
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Types of chemical reactions and solution stoichiometry |
Water, Electrolytes, Types of chemical reactions, Acid-Base reactions, Oxidation-Reduction reactions |
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5. |
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Gases |
Pressure, Gas laws, Gasstoichiometry, Dalton's law ofpartial pressures, Kinetic molecular theory of gases, Effusion and diffusion, Real gases |
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6. |
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Thermochemistry |
Energy, Enthalpy and calorimetry, Hess's law, Standard enthalpies of formation |
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7. |
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Make-up session and recitation |
Exercises (Chap. 6; odd numbered questions) |
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8. |
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Atomic structure and periodicity |
Electromagnetic radiation, Atomic spectrum of hydrogen, The Bohr model, The quantum mechanical model of the atom, Quantum numbers |
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9. |
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Atomic structure and periodicity (contd) |
Orbital shapes and energies, Electron spin and the Pauli principle, Polyelectronic atoms, Periodic table, The properties of a group |
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10. |
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Bonding : General concepts |
Types of chemical bonds, Electronegativity, Bond polarity and dipole moments, Ions, |
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11. |
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Bonding : General concepts (contd) |
Covalent bond, Lewis structure, Resonance, the VSPER model |
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12. |
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Covalent bonding:Orbitals |
Hybridization and the localized electron model, The molecular orbital model, Combining the localized electron and molecular models |
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13. |
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Liquids and Solids |
Intermolecular forces, The liquid state, Solids, Structure and bonding in metals, Carbon and silicon |
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