What force is diamond?
What intermolecular forces are in diamond? Diamond, a form of pure carbon, has covalent network bonding. It takes a very high temperature—over 3,500°C—for diamond to leave the solid state. The strongest force between any two particles is the ionic bond, in which two ions of opposing charge are attracted to each other.
Is diamond reflect or refract?
Diamonds both reflect and refract, which explains why they glitter so brilliantly. Diamonds are cut to have many flat sides, or facets.
Why is diamond crystalline?
Diamond crystal is constituted by sp3 hybridized carbon atoms which are bonded to four nearest neighbors in tetrahedral coordination. When the crystal is cut or cleaved, bonds are broken, creating dangling bonds at the surface. These dangling bonds are the source of chemical activity on diamond surfaces.
What is in diamond?
Diamonds are made of carbon so they form as carbon atoms under a high temperature and pressure; they bond together to start growing crystals. … That’s why a diamond is such a hard material because you have each carbon atom participating in four of these very strong covalent bonds that form between carbon atoms.
Are diamonds conductive?
Diamond is the most highly prized of gemstones. … Along with its carbon cousins graphite and graphene, diamond is the best thermal conductor around room temperature, having thermal conductivity of more than 2,000 watts per meter per Kelvin, which is five times higher than the best metals such as copper.
What is a diamond short answer?
Diamond is an allotrope of carbon in which the carbon atoms are arranged in a diamond cubic crystal lattice. … This allotrope of carbon is made in the upper mantle of the Earth. It is entirely made up of carbon (just like graphite and coal). This arrangement of carbon atoms arises due to immense heat and high pressure.
Do diamonds reflect like a mirror?
The Mirror-Like Effect
Another optical trait of the diamond is their mirror-like effect. … Glass has a low reflective index (1.50), while the diamond has a reflective index of 2.42. Therefore, one cannot “look through” a diamond. Instead, the ray of light creates a mirror-like effect by reflecting back the light.