Question

(c) NO$^-$, NO, 2.5 band 2. Although the peroxide ion, O$_2^{2-}$, and the acetylide ion, C$_2^{2-}$, have long been known, the diazenide ion N$_2^{2-}$ has only been prepared much more recently. By comparison with the other diatomic species, predict the bond order, bond distance, and number of unpaired electrons for N$_2^{2-}$. (15 pts) Int Ed 2001 40.547.)

Name: c no no 25 band 2 although the peroxide ion o22 and the acetylide ion c22 have long been known the diazenide ion n22 has only been prepared much more recently by comparison with the other 23274
Uploaded: 2022-03-24T12:07:02-08:00
Duration: 2 min 29 s
Channel: Himanshu Kushwaha
Description: c no no 25 band 2 although the peroxide ion o22 and the acetylide ion c22 have long been known the diazenide ion n22 has only been prepared much more recently by comparison with the other 23274

          (c) NO$^-$, NO,
2.5
band
2. Although the peroxide ion, O$_2^{2-}$, and the acetylide ion, C$_2^{2-}$, have long been known,
the diazenide ion N$_2^{2-}$ has only been prepared much more recently. By comparison
with the other diatomic species, predict the bond order, bond distance, and number
of unpaired electrons for N$_2^{2-}$. (15 pts)
Int Ed
2001 40.547.)

c no no 25 band 2 although the peroxide ion o22 and the acetylide ion c22 have long been known the diazenide ion n22 has only been prepared much more recently by comparison with the other 23274

Added by Evelyn F.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Himanshu Kushwaha

03/24/2022

Step 1

Nitrogen has 5 valence electrons, so N$_2$ has 10 valence electrons. The 2- charge adds 2 more electrons, for a total of 12 valence electrons. Show more…

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(c) NO$^-$, NO, 2.5 band 2. Although the peroxide ion, O$_2^{2-}$, and the acetylide ion, C$_2^{2-}$, have long been known, the diazenide ion N$_2^{2-}$ has only been prepared much more recently. By comparison with the other diatomic species, predict the bond order, bond distance, and number of unpaired electrons for N$_2^{2-}$. (15 pts) Int Ed 2001 40.547.)