What is the molecular geometry of a nitrogen molecule, “N”_2 ?
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Question “What is the molecular geometry of a nitrogen molecule, “N”_2 ?”
What is the molecular geometry of a nitrogen molecule, “N”_2 ?
Answer
Linear.
Explanation:
To determine the molecular geometry for a compound, first draw its Lewis arrangement.
Start by counting how many
Valence electrons
You’d get a molecule nitrogen gas.
“N”_2
Period 2, group 15, is where you will find nitrogen
The periodic table
Its digits are a sign that it is able to recognize the letter “A”
5
Valence electrons
. This means that nitrogen
Molecule
The total cost of the project will be approximately
10
Valence electrons
,
5
Atoms
.
A second important fact to remember is that nitrogen is a sulfate.
5
3
Octet
.
This means that each nitrogen atom must share three of the other’s electrons in order to form an octet.
You must therefore draw a
Triple bond
Between the two nitrogen atoms. This will explain.
3xxx 2 = 6
10
The rest
4
Lone pairs
One of the most important is
Each
nitrogen atom.
molecular geometry is all regions electron densities. That is, the number of regions electron density around an atom.
Remember that a region with high electron density is
- A single or double. and triple bond all count as one area of electron density
- is a single pair of electrons
Now, choose one of the nitrogen atoms to count the electron density surrounding it. This is the steric numeric number.
One triple bond and one pair of atoms will result in two regions. This means that the atoms are equal in steric numbers.
2
“sp”
hybridized
.
According to
VSEPR Theory
This molecule is classified as the
“AX”
“A”
“X”
The following are the recommendations:
molecular geometry
This molecule will have a linear bond angle of approximately
180^@
Conclusion
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