Why the diamond is by far the strongest element?

Answer 1

Well, diamonds are actually composed of carbon atoms that are covalently bonded to each other in a square-like formation. These formations are present in the diamond and form a crystalline structure that is hard to break. This covalently-bonded network of carbons is very strong and exists throughout the diamond.

Answer 2

Diamond is an allotrope of Carbon, the reason for it's strength is pyramid-like structure is that of the strongest structures known to man, this therefore means it can be used for jewellery because the jewell itself cannot be broke or crushed and tipping a workman's tools because it can cut or grind through any metal without breaking. Diamond's structure disables itself to conduct electricity because all it's electrons are delocalised meaning they have no 'spare' electrons to pass electricity through it's structure...

Answer 3

I would say thet "strong" is an inapropriate term...Diamons has 4 bonds that are equally strong and covalent. That makes diamond one of tha hardest materials known to man. However toughness is a completely different thing. You can shatter a diamond, but cant cut it, and you can cut almost everything with a diamond.

Answer 4

Diamond is the hardest natural material because of its unique atomic structure, with carbon atoms arranged in a strong, tetrahedral lattice. This structure allows for strong covalent bonds between the atoms, making diamond extremely tough and resistant to deformation. These bonds are also responsible for its high thermal conductivity and optical properties.

Answer 5

Diamonds are highly valuable because they are rare.