-
sigma bonds (usually
formed by
hybrid orbitals) and pi
bonds (formed by
unhybridized p
orbitals for
atoms of main
group elements). The
geometry can also be...
- place. The π system(s) of the
molecule are
formed by the
interaction of
unhybridized p
atomic orbitals on
atoms employing sp2- and sp-hybridization. The interaction...
-
orbitals (called sp2
hybrid orbitals), with the
remaining 2p
orbital unhybridized,
which would be the
appropriate orbitals to
describe certain unsaturated...
-
probe is
washed away (after
prior hydrolysis using RNase in the case of
unhybridized,
excess RNA probe).
Solution parameters such as temperature, salt, and/or...
-
change will
hinder hybridization. The
target DNA is then
washed and the
unhybridized probes are removed. The
target DNA is then
analyzed for the presence...
-
hydrogen fluoride molecule, for example, two F lone
pairs are
essentially unhybridized p orbitals,
while the
other is an spx
hybrid orbital. An
analogous consideration...
-
atoms in an
alkyne bond are sp
hybridized which means they each have two
unhybridized p
orbitals and two sp
hybrid orbitals.
Overlap of an sp
orbital from...
-
orbital thus
forming an sp hybrid. The
other two 2p
orbitals remain unhybridized. The two ends of the two sp
hybrid orbital overlap to form a
strong σ...
- The
nitrogen is
involved in the π-bonding
aromatic system using its
unhybridized p orbital. The lone pair is in an sp2 orbital,
projecting outward from...
- probes, like
molecular beacons, will not be
fluorescent active in an
unhybridized state, again, due to the
fluorescent probe on the 5' end
being quenched...
