HNO3 Lewis Structure - Nitric Acid

[@TheOrganicChemistryTutor]

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Thank you so much dude, you are the only one who explained the former charge calculation, I tried for so long but couldn't fit how to calculate it, thanks a lot.

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Professor Organic Chemistry Tutor, thank you for showing/explaining how to draw the Lewis structure of Nitric Acid in AP/General Chemistry. The formal charge calculation of each atom increases my understanding of the Lewis structure. This is an error free video/lecture on KZbin TV with the Organic Chemistry Tutor.

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i was struggling with this since many days, now it feels like a piece of cake. Thankyou!!

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[@TheCroniky]

thank you. But following the rules of formal charge, shouldn`t we get one pair of electrons from the O(-) to share with the N(+)?

[@atharva4180]

'If the number of electrons is a multiple of 8 then nitrogen atom will have no lone pairs' Why is that so?

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idfk

[@bellakiska]

i was wondering the same thing

[@josepaulofer.]

@@bellakiska Probably is a way that you can predict if the central atom will have lone pairs: If you subtract the number of eletrons by the closest multiple of 8, the rest will be the number of electrons in the central atom. At least is what he does in that video, at the time 0:56: kzbin.info/www/bejne/fZi8oYd5l86hptU

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3:48 does the hydrogen resonate between the two single bonded Oxygen atoms?

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저 역시 무언가를 이해할 때 좋은 표현방식이 있으면 좋다는 생각을 합니다. 가장 좋은 것은 모든 것을 표현할 수 있는 표현방법이겠지만 모든 것을 다 그리기에는 시간이 부족하고 이러한 시간적인 부족을 해결할 수 있는 루이스 구조식 표현방법을 이 영상을 통해 알아갑니다. 감사합니다.

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Thank you 🙏🙏🙏❤️

[@hernanvoto]

Nitrogen can form 3 bonds. Why can form 4 bonds here? newbie asking thanks

[@liviaqencka]

Cuz it should be completed with 8 electrons in outer shell

[@bellakiska]

one of the hydrogen-oxygen bonds is a coordinate covalent bond. this means that the nitrogen is sharing two electrons with oxygen, but the oxygen isn't sharing any electrons with the nitrogen. this results in both having complete valence shells. hope that made sense:)

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why does removing the hydrogen in the beginning make it overall negative

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Why can't we use the FC formula to get the number of bond?

[@dorsalena6351]

If hydrogen has 1 valence electron, and Oxygen had a lone pair, wouldn't there be one extra electron if they bonded? I thought oxygen would contribute one electron to make a covalent bond with the electron hydrogen donates

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Ionized hydrogen (H+) has no electrons

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065 Boyer Orchard

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Thq

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at 1:44 your nitrogen seems to have 4 valence electron. missing a dot, the +1 formal charge on nitrogen is due to this dot

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3 oxygen

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