The size of carbon atom is small as compared to that of silicon. Therefore, C-C bond is smaller and stronger than Si-Si bond. As a result, any number of carbon atoms can be linked to each other resulting in a large number of carbon compounds.
Explanation:
Silicon can't form Si=Si due to poor overlapping of pπ−dπ bond. Si has no tendency to form double bonds with itself due to its large size. The bond formation is difficult du to the large size.
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Answer:
The size of carbon atom is small as compared to that of silicon. Therefore, C-C bond is smaller and stronger than Si-Si bond. As a result, any number of carbon atoms can be linked to each other resulting in a large number of carbon compounds.
Explanation:
Silicon can't form Si=Si due to poor overlapping of pπ−dπ bond. Si has no tendency to form double bonds with itself due to its large size. The bond formation is difficult du to the large size.
Answer:
due to the small size of carbon
Explanation:
Carbon has small size si it's nucleus can hold share pairs of electrons easily. I hope you like this answer. best wishes