Vitalism — idea?
Organic compounds only from living organisms.
Wöhler urea synthesis — significance?
Disproved vitalism by making urea from inorganic materials.
Catenation — ability?
Atoms of the same element bond to form chains and rings.
Organic chemistry — definition?
Study of carbon compounds excluding certain oxides and salts.
Lewis structure — shows?
Covalent bonds with shared electron pairs and lone pairs.
Structural formula — depicts?
Covalent bonds between atoms with dashes for bonds.
Condensed structural formula — simplifies?
Structural formula by omitting some bond dashes.
Bond-line representation — uses?
Zig-zag lines for C–C bonds; atoms implied.
Polygon formula — represents?
Cyclic compounds with corners as carbons and sides as bonds.
Hydrocarbons — contain?
Only carbon and hydrogen atoms.
Aliphatic hydrocarbons — include?
Alkanes, alkenes, alkynes, non-aromatic.
Aromatic hydrocarbons — characteristic?
Contain benzene rings with delocalized electrons.
Saturated compounds — bonds?
Only single bonds, maximum hydrogens.
Unsaturated compounds — bonds?
Double or triple bonds, fewer hydrogens.
Homologous series — features?
Same functional group, differing by –CH2– units.
Paraffins — meaning?
Alkanes, chemically inert, little reactivity.
Alkane formula —?
CnH2n+2.
n-, iso-, neo- — prefixes?
Indicate chain structure and branching pattern.
Benzene — formula?
C6H6 with delocalized π-electrons.
Natural gas — main component?
Methane (CH4).
Test your knowledge with 20 questions on Organic Hydrocarbon Fundamentals.
1. What nineteenth-century idea claimed that only living organisms could produce organic compounds through a special vital force?
2. Which event showed that an organic compound could be made from an inorganic starting material in the laboratory?
Review the complete course in the revision sheet for Organic Hydrocarbon Fundamentals.
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