Thank you resonance it's like when u solve a problem and then another one shows up , an endless problem 🙂 I had that kind of impression

This is the only video I have found that properly shows how to do this in cyclos!!! YOU ARE TRULY A LIFESAVER- TYSM!!!!

IM SO LOST, I'm gonna need an in person tutor, the semester only just started and its kicking my ass all over

@OrgoMadeEasy

4 жыл бұрын

Luke_13T just saw this, but for anyone out there I do Skype tutoring or in person tutoring if ppl are in Boston!!

Thanks for video 😊

nice method sir

Thank you 😊 I really like the explanation and the analogy of water which made it more easy for understanding.

@gomatichoudhary5537

4 жыл бұрын

How to identify whether + or - charge is developed while resonance

@mitaligogoi6439

4 жыл бұрын

When there is excess electron then we put a - and when there is less electron then we put a +

@mitaligogoi6439

4 жыл бұрын

You may understand it better if you watch both the videos with + and - charges

@zienamohamed1197

3 жыл бұрын

It's like when u solve a problem and then another one shows up , an endless problem 🙂

which one is the major resonance?

Wait, at 5:16, when you moved the double bond to the top of the O... I thought in the other video, your friend mentioned that carbonyl groups CANNOT donate their electrons???

@OrgoMadeEasy

2 жыл бұрын

Just saw this! So that’s the only move that Carbonyls can make, it’s an internal resonance where the Oxygen “sucks up” the electrons to it.

You are from Singapore ... AM I right???..

was there also supposed to be a pi pond between the bottom carbon and N? sorry idk if i missed it in the video

@sumayyahhomeschool5650

9 ай бұрын

Yes. he's missing some pi bonds in his structures. It threw me way off too

I think some structures in route C are missing pi bonds... 🤔

@OrgoMadeEasy

9 ай бұрын

You areeeee correct! I dropped the pi bond that the N had with the bottom carbon. Whoops 😅

When Nitrogen is given a lone pair, why does it have a negative charge? Isn't it attached to a hydrogen that isn't seen, giving it 3 bonds and a neutral charge.

@PaulaAbdulgirl

6 жыл бұрын

Ben litt - that Nitrogen had originally 5 valence electrons making it neutral which is why there was no charge at first. He just didn’t draw in the lone pairs to show you that. When he goes to move the π bond, he’s basically adding another set of lone pairs to that Nitrogen making its valence electron number change to 7. Nitrogen wants 5 valence electrons though, not 7, thus the charge would be negative.

@thatcuteboyalex

3 жыл бұрын

@@PaulaAbdulgirl but wouldnt it already have a netgative charge bc there are 3 bonds which equal 6 valence electrons?

We have this in our syllabus in 11th grade T T

how far can you go with these......

@Xdianaandini

3 жыл бұрын

Ikr

Actually, this given molecule has 14 resonance structures totally. Am I right?

which one is the major structure thou

@OrgoMadeEasy

2 жыл бұрын

It would be a close tie between the 3 with negatives on the oxygen. We like to have the most electronegative atom with the neg charge. And ironically enough when resonating positive charges it’s OK to sacrifice the oxygen or nitrogen and have it take on the positive charge if it means a it’ll be saving a carbon from the positive. This is bc carbon will never have an octet if it’s positive but oxygen/nitrogen can.

@jenkim1647

2 жыл бұрын

@@OrgoMadeEasy thanks so much!!

is there any way to verify how many resonance structures there are? lol

@OrgoMadeEasy

4 жыл бұрын

Kalkidan Berhanu good Q! Only way to see do it until you start just repeating structures you already got!

@kalkidanberhanu7708

4 жыл бұрын

@@OrgoMadeEasy fair enough. thank you.

I still not understand your analogy; how to know the carbon are + or - ????

@OrgoMadeEasy

3 ай бұрын

You want to ask yourself if it gained or lost electrons after each step. If unsure, you can draw in the electrons in the Pi Bonds before and after they moved. 🙂

u guys are cute