hybridisation of pcl5 bonds/sp3 hybridisation

Hybridisation - Hybridisation is the phenomenon of redistribution of energies of the orbitals of slightly different energies so as to give a new set of orbitals of equivalent energies. The new orbitals are called hybrid or hybridised orbitals. The number of hybridized ..

Hybridisation is the technique of introducing characters of two desirable plants into a single offspring (hybrid) by means of artificial pollination. This involves crossing of genetically dissimilar plant..

Variation could arise through a process of hybridisation, sometimes even in interspecific hybrids. Genetic variability is necessary for a species to increase its chances of survival. The environment is constantly undergoing changes due to geological and biological processes. Hence, it is..

Only the valence shell orbitals of the atom are hybridised. Orbitals undergoing hybridisation should have only a small difference in their energies. It is not necessary that only half filled orbitals participate in hybridisation. Even filled orbitals of the val..

In this type of hybridisation one '2s' and one '2p x ' orbitals get hybridised to form two equivalent orbitals called 'sp' hybrid orbitals. The remaining 2p y and 2p z do not take part in hybridisation. The two unhybridised orbitals are directed along the ..

The most popular hybridisation in carbon containing compounds are sp, sp 2 and sp 3..

It is known that members belonging to closely related species do not interbreed and even if they do so they do not produce fertile young. However, very rarely, fertile offspring may result from the interbreeding of two closely related species. In such cases, the resulting offspring represents a ne..

In this type of hybridization, the 2s orbital and two of three 2p orbitals of excited carbon atom hybridize to form three sp 2 hybridized orbitals of equivalent energy and identical shape. Each orbital is called sp 2 hybrid orbital. sp..

Hybridisation is the phenomenon of redistribution of energies of the orbitals of slightly different energies so as to give a new set of orbitals of equivalent energies. The new orbitals are called hybrid or hybridised orbitals. The number of hybridized orbitals formed is e..

The most popular hybridisation in carbon containing compounds are sp, sp 2 and sp 3..