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Principles of Chemistry

Table of Contents

Publisher’s Note




Editor’s Introduction




Contributors




Acid anhydrides




Acid chlorides




Acids and bases




Acids and bases: Brønsted-Lowry theory




Actinides




Activation energy




Active transport




Acyl cation




Algorithmic chemistry




Alkali metals




Alkali earth metals




Alkanes




Alkenes




Alkyl halides




Alkynes




Allotropes




Alloys and intermetallics




Allylic alcohols




Amines




Amino acids




Ammonium ion




Anions




Aromaticity




Atomic number




Atoms




Benzene and other rings




Biochemistry




Black holes




Buckyballs




Carboxylic acids




Cations




Cell communcation




Cellular respiration




Chalcogens




Chemical bonding




Chemical buffers




Chemical energy (non fossil fuels)




Chemisorption




Crystal growth




Debye-Hückel Theory




Decomposition reactions




Dehydration




Diffusion




Digestion




Diols




Displacement reactions




DNA computing




DNA/RNA synthesis




DNA/RNA transcription




Ductility




Electrons




Endocytosis and exocytosis




Endoergic and exoergic reactions




Epitaxy




Esters




Ethers




Exothermic and endothermic reactions




Functional groups




Half-life




Halogens




Hydrolysis




Hydrophilic and hydrophobic




Interstellar molecules




Ion implantation




Ions




Isotopes




Ketones




Lanthanides




Lewis structure and diagram




Litmus test




Malleability




Man-made elements




Melting point




Metalloids




Metals




Molarity and molality




Molecular formula




Molecular orbital theory




Monomers and polymers




Multiple valences




Naming organic molecules




Neutrons




Nitriles




Noble gas compounds




Nonmetals




Nucleosynthesis




Orbitals




Osmosis




Pericyclic reactions




pH




Phenols




Phosphine




Physiosorption




Point defects and their equilibria




Polymerase chain reaction




Precipitation




Properties of matter: Composition




Protein synthesis




Proteins/enzymes.carbohydrates/lipids/nucleic acids




Protons




Radioactive decay




Radioactive elements




Reactants and products




Reaction calculations: Avogadro’s Law




Reaction calculations: Balancing Equations




Reaction calculations: Conservation of Mass




Reaction calculations: Definite Proportions




Reaction calculations: Molecular Formula




Reaction calculations: Multiple Proportions




Reaction calculations: Percentage Composition




Reaction calculations: Stiochiometry




Reaction mechanisms




Reaction rates




Redox reactions




RNA/protein translation




Salts




Spectroscopy




Sublimation




Substitution reaction




Surface chemistry




Synthesis




Thiols




Toxins, poisons, and venoms




Transition metals




Triple point




Valence bond theory




Valence shell




Zone refining




Appendices




Introducing the Periodic Table




Periodic Table of the Elements




Table of the Atomic Weights




Nobel Notes




Winners of the Nobel Prize in Chemistry




Glossary




Bibliography