sp hybridisation in carbon atom

Illustration: Methane - CH 4 In methane, the carbon atom undergoes sp 3 hybridisation and forms four sp 3 hybridised orbitals. Each of the hybrid sp 3 orbitals of carbon overlaps axially with half filled '1s' orbit..

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 equal t..

In this hybridisation one '2s' and three '2p' orbitals present in the valence shell of the excited carbon atom get hybridised to give rise to four new orbitals of equivalent energies. Each sp 3 hybrid orbital is an average of one '2s' orbital..

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

The carbon atom of the C-X bond in haloalkanes, is sp 3 hybridised while in haloarenes the carbon atom is sp 2 hybridized. The sp 2 hybridized carbon atom with a greater 's' character is more ele..

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 ..

Electronic configuration: 2,4 - Carbon atom needs four more electrons to complete its octe..

Carbon forms the largest number of compounds, next only to hydrogen. It ranks seventeenth in the order of abundance in the earth's crust. Carbon occurs in the free native state as well as in the combined state. Carbon and its compounds are widely distributed in nature...

Characteristics of Carbon Atom - Carbon forms a very large number of compounds because of special characteristics of carbon atom such ..

The number of carbon atoms to which a carbon atom in an alkane molecule is linked, determines its further classificatio..