Chemical Bonding: Does CN Neutral Exist?

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SUMMARY

The discussion confirms that the CN neutral molecule does not exist as a stable entity. Instead, the CN radical exists as a free radical with an unpaired electron, resulting in an overall charge. The conversation references spectral data from Huber Herzberg, suggesting that while CN may not be stable, it can exist under specific conditions such as low temperature and pressure. The concept of electron pairing is emphasized, explaining the necessity for electrons to bond in pairs.

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Shivam123
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Does CN neutral exist?
if it will their will be a triple bond but their will be 1 single electron left in the carbon atom
now if answer is yes i am all good but if no then why can't 1 unpaired electron remain unbonded?why has it always got to be a "pair" of electrons?
 
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Does CN neutral exist?

No.
Free -CN radicals do exists, but as said, they are free radicals and have a single electron on them. Giving them an overall charge.

if it will their will be a triple bond but their will be 1 single electron left in the carbon atom

"There". Not "their".

now if answer is yes i am all good but if no then why can't 1 unpaired electron remain unbonded?why has it always got to be a "pair" of electrons?

http://www.av8n.com/physics/why-pairs.htm
 
Bloodthunder said:
Does CN neutral exist?

No.
I'm rather sure that I've seen spectral data for it in Huber Herzberg, so this would most certainly mean that it does exist.

Note that there are very few molecules which cannot exist under some conditions (low temperature, pressure, etc), at least for a short time. Even molecules with the most outrageous bonding patterns typically have minima in their potential energy surfaces. Compared to that, the CN radical seems rather harmless.
 

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