it is lustrous and a good conductor of heat and electricity, as most other non-metals are not.
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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 a unusual non-metal because:
*It can internally conduct electricity.
Electricity is conducted in the planes of the layers of graphite.
Graphite is a nonmetal because it is a form of carbon. It is unusual among nonmetals because it has a metallic luster and is a good conductor of electricity.
Graphite is a form of carbon.
The special property that magnetite displays is that it is attracted by a magnet. Cleavage is the mineral property that explains why some minerals break along smooth, flat surfaces.
It is a nonmetal.
A nonmetal.
Yes, fluorine is a nonmetal.
Graphite is black and posseses dull appearance
Yes, graphite is carbon, a nonmetal.
Graphite is carbon. Carbon is ordinarily classified as a nonmetal but has some metallic properties and is occasionally classified as a metalloid.
Graphite is one!
nonmetal, because it is a form of carbon and carbon is a nonmetal.
That you can also make graphine with it with a due process easy to follow.
Graphite is a form of the element carbon, which is a nonmetal. While it has a metallic luster and conducts electricity, graphite is brittle. Unlike metals, which are held together by metallic bonds, graphite is a covalent network solid. Other forms of carbon behave more clearly as nonmetals.
The lubricating property of graphite is a physical property. The graphite does not undergo a chemical change when used as a lubricant.
Graphite is a conductor of electricity, but its conductivity varies greatly with direction: Conduction is high along the plane of the sheets of carbon atoms found in a single crystal of graphite, but much lower perpendicular to this plane.
its hard
no
Graphite is an excellent conductor of electricity and heat. Graphite can withstand extremely high temperatures and is not affected by majority of reagents and acids. This property gives graphite uses which are unique and peculiar.
A liquid, graphite foil, neoprene, and fiber glass