The small size of the central nitrogen means the larger chloride atoms cannot approach close enough to form stable N-Cl bonds due to mutual repulsive forces becoming dominant.
it is due to the absence of vacant dorbitals in N atom
The chemical formula of nitrogen dioxide is NO2.
One molecule of nitrogen has a mass of approximately 4.65173 x 10-23 grams.
Nitrogen does not form pentahalides due to the non availability of d orbitals in its valence shell.
it could be described in both these ways but a molecule of nitrogen is more commonly used!! hope this helped
the pent in pentachloride refers to the chlorine in the molecule, therefore the molecular formula of the stated cemical is PCl5...although I'm not sure if this can exist because these two must form covalently (both need to gain electrons to gain full valence shell)
Trinitrogen pentachloride It is a covalent bond, so you use prefixes tri- and penta-
A Nitrogen molecule are two atoms of Nitrogen bonded by a covalent bond. The Nitrogen molecule is represented as N2.
Nitrogen is an element that is usually found alone as the N2 molecule. It is not a compound.
Molecule of nitrogen has 3 atoms of nitrogen. Nitrogen molecule exist as N3.
Nitrogen is found in a number of molecules but perhaps most famously it is found in the DNA molecule.
Nitrogen is an element. It is usually found as the molecule N2 not N. Therefore there are two atoms of nitrogen in this molecule.
Nitrogen is both an element and a molecule. In molecular form, Nitrogen forms a binary molecule N2 with a triple bond between the two Nitrogen atoms.
A single nitrogen atom can be chemically reactive while a nitrogen molecule is relatively stable and tends to be faf more inert. A nitrogen molecule also has twice the mass of a nitrogen atom.
The molecule of nitrogen (N2) has three covalent bonds.
The nitrogen molecule consists of two atoms of nitrogen held together by "covalent" bonds.
The chemical formula of nitrogen dioxide is NO2.
N2 = dinitrogen molecule NO2 = nitrogen dioxide molecule NO3 = nitrogen trioxide molecule