Difference between revisions of "Carbon"

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(Allotropes of Carbon)
(Removed pseudoscience/internal referencing, added basic header.)
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{{Element | name=Carbon | symbol=C | anumber=6 | amass=12 amu | noe=6 | class=Non-metal | cstructure=Hexagonal | color=black | date=Carbon has been known since ancient times. | discname=Unknown | origname=From the Latin ''carbo''. | uses=Steel, filters. | obtained=[[Incomplete combustion]].}}
 
{{Element | name=Carbon | symbol=C | anumber=6 | amass=12 amu | noe=6 | class=Non-metal | cstructure=Hexagonal | color=black | date=Carbon has been known since ancient times. | discname=Unknown | origname=From the Latin ''carbo''. | uses=Steel, filters. | obtained=[[Incomplete combustion]].}}
It has been suggested that the C-14 decay rate varies proportionately with the age of the universe, and if that age is, say 5,000 years rather than 10 billion years, then the C-14 decay rate could have been many orders of magnitude larger a thousand years ago. <ref>http://www.conservapedia.com/index.php?title=Talk:Carbon_dating&diff=144701&oldid=144638</ref>
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Carbon is the sixth element in the [[periodic table]]. Its bonding structure, which is extremely conducive to the formation of polymers, along with its relative abundance and stability, make it integral to the formation of life on Earth.
  
 
==[[Allotrope|Allotropes]] of Carbon==
 
==[[Allotrope|Allotropes]] of Carbon==

Revision as of 18:32, July 13, 2007

Carbon
Properties
Atomic symbol C
Atomic number 6
Classification Non-metal
Atomic mass 12 amu
Other Information
Date of discovery Carbon has been known since ancient times.
Name of discoverer Unknown
Name origin From the Latin carbo.
Uses Steel, filters.
Obtained from Incomplete combustion.


Carbon is the sixth element in the periodic table. Its bonding structure, which is extremely conducive to the formation of polymers, along with its relative abundance and stability, make it integral to the formation of life on Earth.

Allotropes of Carbon

Carbon, with its ability to form different types of bonds, forms several allotropes -

References