hybridization in carbon compounds

Hybridization in Carbon Compounds - The electronic configuration of carbon in excited state is given as: 6 C: 1s 2 2s 1 2p x 1 2p y 1 2p z 1 There are four half-filled orbitals available for bond formation resulting in the formation of four covalent bonds in ..

sp 3 hybridization (Tetrahedral hybridization) In this type of hybridization four orbitals (one 2s and three 2p) of the excited carbon atom hybridize to form four orbitals of equivalent energy and same shape. Each orbital is called 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 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..

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 electronegative. It can hold the electron pair of the..

Compounds of Carbon - Carbon compounds can be broadly classified into two categori..

Inorganic compounds Carbon compounds with those elements having their origin in minerals, such as oxygen, halogens and metals are called inorganic compounds. Inorganic compounds of carbon do not have carbon-carbon bo..

In the last chapter, we dealt with carbon and various allotropes of carbon. Carbon is the only element whose compounds far exceed the compounds of all other elements put together. Carbon has a variable valency of 2 and 4, and as a result, ..

Carbon compounds are of a second type which can be prepared from minerals such as oxygen, halogens and metal..

Carbon has a variable valency of 2 and 4, and as a result, produces two important kinds of oxides namely carbon monoxide and carbon dioxide. Both these oxides are gases at room temperatur..