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The four pure forms of carbon are diamond, graphite, fullerene and nanotube.
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The three forms of carbon are as follows:
1. Graphite, sheets of carbon formed by carbon molecules covalently bonded together. The sheets are attached together by intermolecular forces.
2.Diamond, a latce of carbon held together by covalent bonds.
3.Buckminster Fullerines, carbon taking the form of what resembles a miniature soccer ball.
There are three forms of pure carbon: graphite, coal, and diamond. All three can be made perfectly pure, although coal is usually the least pure when found in nature. All have some impurities when found in nature however.
It forms very strong bonds.
Many elements have different isotopes: 1) Carbon - Carbon 12, Carbon 14 2) Hydrogen - Protium, Deuterium, Tritium 3) Chlorine - Chlorine 35, Chlorine 37 etc
Limestone is composed of calcium carbonate, CaCO3 (the 3 is a sub-script) so it's a calcium atom, a carbon atom, and 3 oxygen atoms. There are some other minerals that contain carbon as well. Diamond, which is pure carbon, is an example.
A carbon atom is made up of six neutrons and six electrons.
The 3 pure forms of carbon are coal graphite and diamond
An element is a pure substance it can not be 3 different substances. However some elements can arrange themselves to look like completely different substances. These variations are called "Allotropes" of the element. The element Sulfur forms 30 solid allotropes, more than any other element. The next element to commonly form allotropes is the element Carbon, which forms - Soot (amorphous carbon), Graphite, Diamond, Buckminsterfullerene, Lonsdaleite, Graphine, and Carbon nanotubes.
There are three forms of pure carbon: graphite, coal, and diamond. All three can be made perfectly pure, although coal is usually the least pure when found in nature. All have some impurities when found in nature however.
There are three forms of carbon: 1.Graphite 2.Diamond 3.Buckminster fullerine
Diamond: A form of carbon where carbon atoms are arranged in a rigid lattice structure, making it the hardest known natural material. Graphite: A form of carbon where carbon atoms are arranged in layers that can slide over each other easily, making it a good lubricant. Fullerenes: Molecules composed entirely of carbon, such as buckyballs and carbon nanotubes, that can have unique properties due to their structures.
Hydrogen forms one covalent bond, oxygen forms two, carbon forms four, and nitrogen forms three covalent bonds.
Carbon, hydrogen, and oxygen can be found in various forms in a house, such as in wood (carbon), water (hydrogen and oxygen), and gases like methane or propane (carbon and hydrogen).
What a bizarre question! The pure orbitals are on the hydrogen atom and the carbon 1s orbitals. Butane is C4H10- so 14 "pure orbitals". The carbon atoms all have four sp3 hybids- so 16 hybrid orbitals. Ration is 14:16.
When one kilogram of pure carbon is burned, it will produce approximately 3.67 kilograms of carbon dioxide. This is because carbon combines with oxygen during combustion to form carbon dioxide (CO2).
That would be coal. --------------------------------- The correct answer is Carbon - Coal is also a form of carbon as is Graphite. There are 3 grades of Coal - Lignite, which is 55% Carbon - Bituminous, which is 75 to 90 percent Carbon and Anthracite,which is 90% Carbon and 10% impurites.(such as Sulfur) In summary- Diamond, Coal and Graphite are all Different forms of Carbon
Allotropes are different forms of the same element that exist in the same physical state. An example is carbon, which can exist as diamond, graphite, or fullerenes. Allotropes differ from isotopes, which are different forms of the same element that have the same number of protons but different numbers of neutrons.
The 3 allotropes of Carbon are: Graphite, Diamonds, and Buckminsterfullerenes (Bucky Balls). They are composed entirely of Carbon but have different structural aspects.