- -ene, -ine (or -yne), -one, -une, for the
hydrocarbons CnH2n+2,
CnH2n,
CnH2n−2,
CnH2n−4,
CnH2n−6. In
modern nomenclature, the
first three specifically...
-
formula of −
CnH2n+1. A
cycloalkyl group is
derived from a
cycloalkane by
removal of a
hydrogen atom from a ring and has the
general formula −
CnH2n−1. Typically...
-
synonymously with alkane,
indicating hydrocarbons with the
general formula CnH2n+2. The name is
derived from
Latin parum ("very little") + affinis, meaning...
-
formula CnH2n (****uming non-cyclic structures).: 628
Those containing triple bonds are
called alkyne.
Those with one
triple bond have the
formula CnH2n−2.: 631 ...
-
functional groups form a
homologous series with the
general chemical formula CnH2n−2.
Alkynes are
traditionally known as acetylenes,
although the name acetylene...
- is
CnH2(n+1−r),
where n is the
number of
carbon atoms and r is the
number of rings. The
simpler form for
cycloalkanes with only one ring is
CnH2n. Unsubstituted...
- mono-enes) form a
homologous series of
hydrocarbons with the
general formula CnH2n with n
being a >1
natural number (which is two
hydrogens less than the corresponding...
-
called Magnéli phases, as do the silanes, Sin
H2n + 2 (with n up to 8) that are
analogous to the alkanes,
CnH2n + 2. On the
periodic table,
homologous elements...
-
Alkenes CnH2n Alkynes CnH2n − 2
Cycloalkenes Cyclopropene Cyclobutene Cyclopentene Cyclohexene Cycloheptene Cyclooctene Cyclononene Cyclodecene Alkylcycloalkenes...
-
tighter cut, such as C12-C15, C12-C13 and C10-C13, for
detergent use. The
CnH2n+1
chain is unbranched. They are
mainly produced as
intermediate in the production...
