Graphite is a form of carbon (C12) in which the atoms are generally arranged in flat layers of hexagonal formation, thus giving it its softness. Diamond is another form of carbon, this time with the atoms linked in a rigid, tetrahedral arrangement which affords the crystal its great strength.
No. A silicate is a compound containing silicon, oxygen and something else.Graphite is pure carbon. Black and slippery, it is one of the allotropes of carbon, along with amorphous carbon and diamond.
Graphite is a nonsilicate mineral composed primarily of carbon. It does not contain silicate minerals in its chemical composition.
the chemical formula for a ribose is C12H22O11.
the chemical formula is C6H6 that is according to my data
The chemical formula for rubidium phosphate is Rb3PO4.
umm the formula for graphite is just good ol carbon. it is just a form of it so it would be C(s)
The chemical symbol for lead (element) is Pb. THe formula is Pb2 Pencil lead however, is a mix of graphite and clay.
Graphite is just an allotrope of the element carbon, in that it is carbon in a different form. Graphite exists in a hexagonal planar structure which allows sheets of graphite to slide over each other easily which is what you see when you write; it is also used as a lubricant (though not in a vacuum) The allotropes of Carbon include diamond, graphite and fullerenes.
The symbol, or chemical formula, for graphite would be "C." This is because graphite is completely made of the element carbon.
Graphite has an extremely low reactivity. Graphite can react with oxygen and sulfuric acid.
Graphite is an allotrope of carbon. the symbol for carbon is C.
No. It is a physical change, because the graphite is still graphite.
Graphite and Diamonds are both allotropes of Carbon.
umm the formula for graphite is just good ol carbon. it is just a form of it so it would be C(s)
Diamond and Graphite are allotropes of Carbon [chemical symbol: C]The chemical symbol of Silicon is Si.
No. A silicate is a compound containing silicon, oxygen and something else.Graphite is pure carbon. Black and slippery, it is one of the allotropes of carbon, along with amorphous carbon and diamond.
When graphite is burned, it undergoes a chemical reaction that changes its physical and chemical properties. The high temperature causes the graphite to oxidize, forming carbon dioxide gas and leaving behind ash. This process alters the structure of the graphite, making it more brittle and less conductive. Additionally, the burning of graphite can also lead to the formation of new compounds, such as carbon monoxide.