-
heavier pnictogens are more
likely to form the +3
oxidation state than
lighter ones due to the s-s****
electrons becoming more stabilized.
Pnictogens can...
-
chalcogens and
pnictogens also exist.
Almost all
chalcogen pnictide salts are
typically in the form of [PnxE4x]3−,
where Pn is a
pnictogen and E is a chalcogen...
-
chemical formula XH3 (less
commonly H3X), with X
representing any of the
pnictogens. They take on the
pyramidal structure (as
opposed to the
trigonal planar...
- In chemistry, a
pnictogen bond (PnB) is a non-covalent interaction,
occurring where there is a net
attractive force between an
electrophilic region on...
- group-by-group
basis as:
group 13, the icosagens; 14, the crystallogens; 15, the
pnictogens; 16, the chalcogens; 17, the halogens; and 18, the
helium group, composed...
-
member of
group 15, the
pnictogens. It
appears below nitrogen, phosphorus, ****nic, antimony, and bi****h.
Every previous pnictogen has five
electrons in...
- Bi and
atomic number 83. It is a post-transition
metal and one of the
pnictogens, with
chemical properties resembling its
lighter group 15
siblings ****nic...
- has
symbol As and
atomic number 33. It is a
metalloid and one of the
pnictogens, and
therefore shares many
properties with its
group 15
neighbors phosphorus...
- an
inorganic compound with the
chemical formula N2H4. It is a
simple pnictogen hydride, and is a
colourless flammable liquid with an ammonia-like odour...
-
tetrahedrane with
pnictogens to
stabilize the
highly strained molecule has been
suggested due to the
known existence of
elemental tetrahedral pnictogens. Notably...
