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Hello Mate,
Carbon has many common covalent bonding modes (4 single, one single and a triple, two single and one double, two double, etc.). Carbon is also able to bond to itself and make chains and rings. The connectivity of these molecules can change slightly, giving rise to isomers. Geometrical isomers (same connectivity, different orientation in space) are also common as are differences due to chirality on one or more stereocenters. All of these factors give rise to multiple isomers for a given molecular formula. The number of possibilities goes up quickly as the number of carbon atoms and complexity increases...
Hope this helps you
Carbon has many common covalent bonding modes (4 single, one single and a triple, two single and one double, two double, etc.). Carbon is also able to bond to itself and make chains and rings. The connectivity of these molecules can change slightly, giving rise to isomers. Geometrical isomers (same connectivity, different orientation in space) are also common as are differences due to chirality on one or more stereocenters. All of these factors give rise to multiple isomers for a given molecular formula. The number of possibilities goes up quickly as the number of carbon atoms and complexity increases...
Hope this helps you
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because carbon atom has four valence and is most reactive atom by making bond's
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