What is catenation ? Why does carbon show catenation but silicon does not?
Answers
Answer:because carbon is vast and it is a tetravalent
Explanation:
Answer:
The silicon atom is larger than the carbon atom, its covalent radius is 111 pm carbon is 77 pm which makes it more difficult for silicon to form a tetrahedral arrangement with other atoms. The Si-Si bond is also longer and weaker than the C-C bond.
Answer:
The silicon atom is larger than the carbon atom, its covalent radius is 111 pm carbon is 77 pm which makes it more difficult for silicon to form a tetrahedral arrangement with other atoms. The Si-Si bond is also longer and weaker than the C-C bond.
Answer:
The silicon atom is larger than the carbon atom, its covalent radius is 111 pm carbon is 77 pm which makes it more difficult for silicon to form a tetrahedral arrangement with other atoms. The Si-Si bond is also longer and weaker than the C-C bond.
Answer:
The silicon atom is larger than the carbon atom, its covalent radius is 111 pm carbon is 77 pm which makes it more difficult for silicon to form a tetrahedral arrangement with other atoms. The Si-Si bond is also longer and weaker than the C-C bond.