I’m wondering what the L stands for in the formal charge formula: FC = V - (S/2 + L)
Does it stand for lone paired electrons (number of electrons in all the lone pairs) or lone pairs (number of lone pairs)?
Resonance Lecture Question
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Re: Resonance Lecture Question
The L stands for the number of lone pair e- (the dots around the atom).
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Re: Resonance Lecture Question
It represents lone pairs (electrons not involved in the actual bonding/not shared elections)
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Re: Resonance Lecture Question
Would you count the lone pair electrons individually or as a pair?
For example, if there was a chlorine atom single bonded would that atom have L = 6 as in six individual electrons or L = 3 as in 3 pairs of electrons?
Thanks for the clarification (:
For example, if there was a chlorine atom single bonded would that atom have L = 6 as in six individual electrons or L = 3 as in 3 pairs of electrons?
Thanks for the clarification (:
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Re: Resonance Lecture Question
Taber Ball 1F wrote:Would you count the lone pair electrons individually or as a pair?
For example, if there was a chlorine atom single bonded would that atom have L = 6 as in six individual electrons or L = 3 as in 3 pairs of electrons?
Thanks for the clarification (:
I believe that L would equal 6 :)
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Re: Resonance Lecture Question
Kayla Law 3G wrote:Taber Ball 1F wrote:Would you count the lone pair electrons individually or as a pair?
For example, if there was a chlorine atom single bonded would that atom have L = 6 as in six individual electrons or L = 3 as in 3 pairs of electrons?
Thanks for the clarification (:
I believe that L would equal 6 :)
Ok awesome! Thanks so much Kayla!
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Re: Resonance Lecture Question
L stands for the number of lone pair electrons! So if you were to count the lone pair e- for one atom, one dot would = one lone pair e-.
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Re: Resonance Lecture Question
L stands for the actual number of electrons (or dots, if you will), not the total amount of lone pairs. For example, there may be two lone pairs of electrons, but L will be 4 because there are four individual electrons.
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Re: Resonance Lecture Question
Jonathan Batac - 1K wrote:L stands for the actual number of electrons (or dots, if you will), not the total amount of lone pairs. For example, there may be two lone pairs of electrons, but L will be 4 because there are four individual electrons.
Thank you for this example this cleared everything up!
Re: Resonance Lecture Question
The L stands for the number of lone electrons, or dots on the Lewis Structure.
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