Nitrogen trifluoride or NF3 is a nitrogen halide compound that is contempt water-soluble. That noticeable attributes include gift colorless and carrying a musty or moldy odor.

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NF3 has actually a molar fixed of about 71.002 g/mol and also a thickness of 3.003 kg/m3.

One of the main reasons why this chemical compound is crucial topic is because it is a greenhouse gas. It is said to have actually quite high global warming potential but a comparatively low value of radiative forcing.

Other than being a greenhouse gas and also contributing to the climatic readjust of the planet, NF3 has several applications. That is provided to develop chemical fluoride lasers and also remove silicon-based compounds during semiconductor manufacturing. Also, nitrogen trifluoride is a component of high-energy fuels.

NF3 is a toxic non-flammable gas that deserve to prove to it is in harmful if inhaled. It have the right to lead come a problem called methemoglobinemia.

NF3 Lewis Structure

Nitrogen trifluoride is a chemistry molecule having one atom of nitrogen and also three atom of fluorine.

In Lewis Structure, we shot to uncover a perfect pictorial depiction of a molecule to have actually an idea that the chemical bonding arising inside the molecule structure.

Before us proceed, we have to learn about a very important concept: Valence Electrons.

The electrons the are current in the outermost covering of an atomic nucleus are well-known as valence electrons. The combining or the binding power or volume is termed together Valency.


As we can see, the over diagram provides us the routine table. Nitrogen belongs to group 15 and fluorine, being a halogen, belonging to team 17.

nitrogen has 5 and fluorine has actually seven valence electrons.

The total variety of valence electron in a NF3 molecule = 5 + 7*3 = 26.

Nitrogen is an ext electropositive than fluorine and we will save it in the center. This is because electronegative atoms space usually reluctant to re-superstructure electrons. Electropositive atoms, ~ above the various other hand, are more prone come share and assist in link formation.


In Lewis Structure, we signify valence electrons by dot notations. Allow us lay out a probable Lewis framework for Nitrogen Trifluoride.


We have actually put the valence period structures and also made a lay out of the NF3 molecule.

Let united state now recognize the next important principle of Lewis Structure:

Octet Rule

The main group (group 1- 17) aspects tend to acquire the digital configuration the the outermost shell of noble gas elements.

Noble gases favor Neon, Argon, Xenon have eight electron in your valence shells. Key group aspects present in the same duration have this propensity to attain a valency of eight while forming bonds inside a molecule.

This is known as the octet rule.

Let us inspect if we have fulfilled the octet dominance in ours Lewis structure.

The over graphical representation of NF3 shows that every the three neighboring Fluorine atoms and also the central Nitrogen atom have achieved octet fulfillment.

Our last action towards acquiring the required structural map out is the principle of officially Charge.

The formal charge deserve to be identified as the electric charge assigned to any given molecule atom assuming the electrons are always shared equally among the ingredient elements.

We calculate formal charge via the below-mentioned formula:


Formal fee for Nitrogen atom = 5 – 0.5*6 – 2 = 0.

Formal fee for each Fluorine atom = 7 – 0.5*2 – 6 = 0.

As we can see, all the atoms within the NF3 molecule have the least feasible formal fee values.

Therefore, we have attained our most perfect Lewis framework diagram.

If us indicate solitary bonds by directly lines, a 2D depiction of the Nitrogen Trifluoride molecule will certainly look favor this:


NF3 molecule Geometry


Molecular geometry or molecular form is critical concept the we have to decipher while us are learning the chemistry bonding of any kind of chemical composition.

While Lewis Structure offers us an idea about the inner bond species and valence electron sharing inside a provided molecule, it deserve to only describe a two-dimensional geometry. To recognize the 3D molecular form of the molecule, we have actually an interesting theory: VSEPR theory.

VSEPR or Valence covering Electron Pair Repulsion design is ours go-to theory to predict the molecular geometry that NF3.

Electrons present approximately the nuclei the constituent atoms of various molecules an outcome in a negatively fee atmosphere. Since these subatomic particles occur to carry negative charges, they additionally develop a repulsive tendency that demands to be minimized to account for molecular stability.

VSEPR theory talks around the minimization the repulsive forces developed by valence shell electrons and helps us predict the perfect molecular geometry.

For the NF3 molecule, us will shot to uncover out the 3D shape.

While we room doing this, remember we will only take right into account the valence electrons approximately the main nitrogen in the polyatomic halide molecule.

AXnEx is the notation the the VSEPR model.

A: the central atom, here Nitrogen will certainly be A.

X stands for the neighboring atoms because that nitrogen, ∴ n = 3.

E represents lone pairs of the central atom, ∴ n = 1.

The resultant notation will be AX3N1.

Let united state look at the VSEPR notation chart.


According to the VSEPR chart, the molecule geometry the nitrogen trifluoride is trigonal bipyramidal. We can additionally predict electron geometry via electron teams through VSEPR theory.

In NF3, the central nitrogen atom has 4 electron groups surrounding it: three solitary bonds( 3 bonded pairs) and one lone pair.

Therefore, the electron geometry is tetrahedral and also the bond edge is roughly 102.50 degrees.

Note: The bond angle in NF3 is much less than the in NH3 fan to the higher electronegativity worth of fluorine.

NF3 Hybridization

Hybridization, a principle of chemical bonding, is related to orbitals.

While orbits space fixed paths of electrons about the atom nuclei, orbitals are offered by the mathematics probability that the presence of electron in any region of space.

When atomic orbitals come together to fuse and kind hybrid orbitals, we speak to it the orbit hybridization in chemistry.

We have actually several varieties of atom orbitals prefer s, p, d, f i m sorry have different shapes.

We additionally have the presence of number of hybrid orbitals in a molecule favor sp, sp2, sp3, sp3d, etc.

Note, according to Valence link Theory, only atomic orbitals of the same atom inside the molecule can combine to form hybridized orbitals in hybridization.

Let united state look in ~ the digital configuration the the main Nitrogen atom the the NF3 molecule:

N: 1s2 2s2 2p3

The one 2s orbital and also 2px, 2py, and also 2pz orbitals of p orbital fuse to type four hybrid orbitals.

Also, through the concept of steric number,

Steric number = variety of atoms bonded to central atom inside a molecule + variety of lone pair of electrons attached to the main atom

The steric number = 3 + 1 = 4.

The hybridization H value is 4 and also the type, therefore, is sp3.


NF3 Polarity

Polarity is the concept of understanding charge separation within a molecule. Electronegativity talks about the degree to i m sorry an aspect can acquire or gain electrons. To understand polarity, we call for to decipher the electronegativity concept as well.

The Pauling Electronegativity chart is the very first and foremost action towards knowledge the polar nature of a molecule


As we can see here clearly, Nitrogen and Fluorine have a high distinction in electronegativity.

While Nitrogen has actually an electronegativity worth of 3.04, that of fluorine is 3.98 make the difference an ext than 0.4-0.5.

This suggests that there will be a separation of electrical charges. Nitrogen will certainly possess a partial hopeful charge (δ+) and fluorine will possess a partial an unfavorable charge (δ-).

Each N-F link will as such have negative and optimistic poles. This leader to the climb of 3 polar bonds within the NF3 molecule.

Now, the polarity that the entirety molecule is dependent not just on the nature of bonds but additionally on the the contrary of the molecule. In NF3 we execute not have linear geometry.

Due to the asymmetry resulting from the presence of a lone pair ~ above the main nitrogen atom, we obtain polarity.

NF3 is a polar molecule.

You must also go v the detailed short article written top top the polarity that NF3.

Note: NF3 is quite much less polar 보다 NH3 (since the network dipole moment is less).


NF3 Molecular orbital (MO) Diagram

Molecular orbital concept or MOT is a complicated and interesting theoretical technique towards expertise the chemical bonding emerging inside a given molecular structure.

In MOT, we do not only comment on the fusion of AOs (atomic orbitals) that the very same atom the the exact same energies however we think about the orbitals that the molecule together a whole.

Here, the valence electron of every constituent atoms deserve to be shared inside the molecule. They incorporate to kind MOs or molecular orbitals and the total concept is defined graphically via one MO diagram.

In molecular orbital theory, we think about the orbitals comprise the inner shell electrons to be non-bonding orbitals.

Other 보다 this, we have bonding and anti-bonding orbitals. Anti-bonding orbitals are higher in energy, less stable, and contain a node perpendicular to the internuclear axis. Bonding orbitals are an ext stable in nature.

N: 1s2 2s2 2p3

F: 1s2 2s2 2p5

Here, the 1s2 orbitals that the four atoms space the nonbonding orbitals.

Here, we have actually attached the MO chart of one more halide molecule BF3 for reference.

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In this article, us have debated the chemistry bonding nature inside a molecule of Nitrogen Trifluoride. Us have described the Lewis Structure, VSEPR theory, Hybridization, Polarity, and MOT chart in detail.