Graphite consists of stacked sheets of carbon atoms. Between each pair of sheets is a 'sea' of electrons, which are able to flow through the graphite, thus conducting electricity.
it is lustrous and a good conductor of heat and electricity, as most other non-metals are not. ---------- Some properties of graphite: - anisotropy - hexagonal rhombohedral crystalline structure (for the non-amorphous graphite) - low hardness (1 to 2, Mohs scale) - black color - density: 2-2,25 g/cm3 - practically insoluble - has lubricating property - graphite has many forms, natural or artificial
electricity! Because it is a non-metal
a conductor is a thing where electricity can move through or very easy like metal and a non conductor is a thing where electricity can't move through or very hard like wood or plastic
Cobalt, being a good metal, conducts both heat and electricity better than non-metals.
It's not a good conductor of electricity or heat, like most other non-metals.
Graphite
Carbon, when it is in the form of graphite.
Silicon or Germanium Graphite is an excellent electrical conductor
graphite
In nature, graphite is found as flake, vein, or amorphous form. Graphite is polymorph of carbon. Graphite is a non-metal that is a conductor of electricity.
Graphite
name two non metal are good conducter
Graphite
Graphite is a non metal conductor.
graphite
it is lustrous and a good conductor of heat and electricity, as most other non-metals are not. ---------- Some properties of graphite: - anisotropy - hexagonal rhombohedral crystalline structure (for the non-amorphous graphite) - low hardness (1 to 2, Mohs scale) - black color - density: 2-2,25 g/cm3 - practically insoluble - has lubricating property - graphite has many forms, natural or artificial
Graphite is the only non-metal exception that can conduct electricity. Hence, even though graphite is a non-metal, it is used in batteries.