Fundamentals of Chemistry
Publisher: Bookboon
Published: 2013
ISBN-13: 9788740301052
Table of contents: title: Innhold; title: Fundamentals of Chemistry; title: Aim of this Book; title: Scope of this Book; title: Substances and Reactions; title: Classifying Substances; title: Solids, Liquids and Gases; title: Changing state; title: Element; title: Metals & Non-metals; title: Chemical symbols; title: Compound; title: Mixture; title: Physical separation; title: Physical and chemical change; title: Elements, mixtures or compounds?; title: Atomic theory; title: Chemical formulae; title: Ion; title: Naming Compounds; title: Chemical Equations Subatomic Structure Relative Atomic Mass; title: Chemical equations; title: Atomic Structure; title: Fundamental subatomic particles; title: Chemical Masses; title: Mass spectrometer; title: Th e Mole; title: Introduction; title: Why is the mole useful?; title: Molecules; title: Ionic compounds; title: Useful relationships involving the mole; title: Mass Percentage composition of elements in compounds; title: Empirical formulae of compounds; title: Th eoretical yield; title: Percentage yield; title: Limiting reagent; title: Solutions and Concentrations; title: Introduction; title: Dissolving; title: Concentration; title: Changing volume; title: Most useful unit of concentration - Molarity; title: Equation to learn; title: Ionic Solutions; title: Diluting Solutions; title: Th e pH scale; title: Other units for concentration; title: Electromagnetic Radiation and Spectroscopy; title: Electromagnetic Spectrum; title: Definition of Electromagnetic Radiation (EMR); title: Energy of Light; title: Emission Spectra; title: Absorption Spectra; title: Uses of spectroscopy; title: Quantum theory; title: Interpreting electronic spectra; title: Quantum-Mechanical Model; title: Sublevels; title: s orbitals; title: p orbitals; title: d orbitals; title: Quantum Numbers; title: Th e Pauli Exclusion Principle; title: Electronic Confi guration; title: Th e Aufb au Principle; title: Summary; title: Electron Confi guration Bonding Redox equations; title: Valence Electrons and Bonding; title: Valence electrons; title: Bonding; title: Lewis diagrams; title: Single and multiple covalent bonds; title: Redox reactions; title: Summary; title: Shapes of Molecules; title: Exceptions to the octet rule; title: Exceptions to the octet rule; title: Limitations of Lewis structures; title: Shapes of covalent molecules; title: Molecules with lone pairs; title: Distorted shapes; title: Exercise - What shape is an ammonia molecule?; title: Non-equivalent positions; title: Molecules with lone pairs; title: Limitations with Lewis structures; title: Metallic bonding; title: Ionic and Covalent; title: Electronegativity; title: Polar bonds; title: Intermolecular forces; title: Chemical Bonding and Solid Structures; title: Introduction; title: Giant metallic structures and their properties; title: Giant Ionic structures and their properties; title: Molecular structures and their properties; title: Simple molecular structures and their properties; title: Trends in the Periodic Table; title: Historical trends; title: Mendeleev’s table (); title: Modern Periodic Table; title: Metals / non-metals; title: Physical Properties; title: Electronegativity; title: Trends across a Period; title: Trends down a Group; title: Thermochemistry; title: Introduction; title: Forms of Energy; title: Energy and Chemical Reactions; title: Enthalpy, H; title: Heat Energy and Chemical Reactions; title: Enthalpy and Enthalpy Change; title: Endothermic reactions; title: Enthalpy and Enthalpy Change; title: Th ermochemical equations; title: Standard State Enthalpy Changes; title: Standard State Enthalpies; title: Specifi c heat capacity; title: Standard State Enthalpies; title: Summary