Carbon Attraction: Why Does Diamond Not Disappear?

In summary, the conversation discusses the attraction between carbon and oxygen, specifically in regards to the burning of diamonds. It is mentioned that diamond can burn due to the combination of carbon and oxygen, but the reaction requires an activation energy. The conversation also mentions the possibility of oxygen approaching with high velocity and how it may impact the burning of diamonds.
  • #1
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Hi all,sorry if i commit any mistake while asking this question.
Actually right now i am studying FEYNMAN lectures of physics vol.1.ON page 7 of chapter1 it is written and clearly understood that Carbon attracts Oxygen much more than carbon attracts carbon or oxygen atttracts oxygen.
But if its ok then question arises The diamond should get disappear as carbon atoms in it must interact with oxygen. Similar cases should be arises with other substances containing carbon?
I hope the question is clear to you.
Sorry ,if commited any mistake.
Thanks
 
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  • #2


He was talking about free atoms, not atoms already locked in a chemical bond.
 
  • #3


But sir, then what will happen if oxygen atom approaches with high velocity?. (In short air may blow fast)??
 
  • #4


According to this article, diamond can burn:
http://chemistry.about.com/cs/geochemistry/a/aa071801a.htm

Presumably this means that diamond would like to combine with oxygen, but the reaction has an activation energy, meaning that it has to pass through a higher energy state in order to reach a lower energy state.
http://www.wwnorton.com/college/chemistry/gilbert/concepts/chapter14/ch14_5.htm
http://www.chem.wisc.edu/~newtrad/CurrRef/BDGTopic/BDGtext/BDGDmnd.html
 
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FAQ: Carbon Attraction: Why Does Diamond Not Disappear?

What is the difference between diamond and other forms of carbon?

Diamond is a form of carbon that is composed of a three-dimensional lattice structure, while other forms of carbon, such as graphite, have a two-dimensional layered structure. This difference in structure is what gives diamond its unique properties, such as its extreme hardness and resistance to heat and chemical reactions.

Why does diamond not disappear or degrade over time?

The strong bonds between carbon atoms in diamond make it highly stable and resistant to degradation. These bonds are difficult to break, even under extreme conditions, which is why diamond does not disappear or degrade over time.

How is diamond able to withstand high temperatures?

The strong bonds between carbon atoms in diamond also make it highly resistant to heat. These bonds require a large amount of energy to break, which is why diamond can withstand temperatures as high as 1,500 degrees Celsius without melting or degrading.

Can diamond be destroyed?

Diamond can be destroyed, but it requires extreme conditions such as temperatures above 1,500 degrees Celsius and a highly reactive environment. Under normal conditions, diamond is one of the most durable substances on Earth.

Why is diamond used in industrial applications?

The unique properties of diamond, such as its hardness and resistance to heat and chemical reactions, make it valuable for use in various industrial applications. It is commonly used in cutting and drilling tools, as well as in electronic and medical devices.

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