Question

why diamond has an high melting point

Answer 1

it has strong covalent bonds....and also carbon to carbon bonds require a lot of energy to be broken

Answer 2

Answer:

• The molecular structure of diamonds is enormous. There are four covalent bonds between each carbon atom. To divide the atoms in a diamond, a lot of energy is required. This is due to the fact that covalent bonds are powerful, and diamond has a large number of them. Diamonds have extremely high melting and boiling points as a result.

Explanation:

• According to legend, the four other carbon atoms form strong chemical interactions with all the carbon atoms in a diamond, forming a flawless tetrahedron structure that extends throughout the crystal. Here, the carbon atoms are sp3 hybridized and have identical carbon-carbon bond lengths. As a result, a three-dimensional network of potent covalent connections emerges in diamonds.
• The hardest material on Earth is said to be diamond. It is employed in the production of tools for drilling, grinding, and other operations.
• It is a component of jewelry production.

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