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Characterisitics of hybridisation
The hybridised orbitals are always equivalent in energy and shape. The number of hybridised orbitals formed is equal to the number of orbitals that undergo hybridisation. Hydridised orbitals form more stable bonds. Hydridised orbitals orient themselves in pr..
Solution
In NF 3 nitrogen involves sp 3 hybridisation and one position is occupied by a lone pair. Therefore the molecule is pyramidal. But in BF 3 , B involves sp 2 hybridisation having triangular planer geometry...
In NF 3 nitrogen involves sp 3 hybridisation and one position is occupied by a lone pair. Therefore the molecule is pyramidal. But in BF 3 , B involves sp 2 hybridisation having triangular planer geometry...hybridisation molecules
. Beryllium has two half filled sp filled orbitals at 180 o angle. The half filled p orbital of fluorine overlaps with one of the 'sp' hybrid orbitals of Be to form a single sigma bond between Be and F. The other F atom also forms a single sigma bond with Be. The two bonds are opposite to each othe..
. Beryllium has two half filled sp filled orbitals at 180 o angle. The half filled p orbital of fluorine overlaps with one of the 'sp' hybrid orbitals of Be to form a single sigma bond between Be and F. The other F atom also forms a single sigma bond with Be. The two bonds are opposite to each othe..Hybridization
>The above configuration reveals that all the four bonds formed by carbon will not be identical. For e.g., in the formation of CH 4 molecule, one C-H bond will be formed by the overlapping of 2s-orbital of C and 1s-orbital of H whereas the other three C-H bonds will be formed by the overl..
Geometry of PF
5 molecule The outer electronic configuration of phosphorus, the central atom, is 3s 2 3p 3 which may be represented as shown in fig.1.24 (a). It has three unpaired electrons in the ground state:..
5 molecule The outer electronic configuration of phosphorus, the central atom, is 3s 2 3p 3 which may be represented as shown in fig.1.24 (a). It has three unpaired electrons in the ground state:..See what our Users say :
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