Dipole Dipole Forces of Attraction - Intermolecular Forces

[@TheOrganicChemistryTutor]

Chemistry 1 Final Exam Review: kzbin.info/www/bejne/a6raYox-bL50bcU Chapter 10 - Video Lessons: www.video-tutor.net/liquids-and-solids.html

[@shampuu_I]

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As country

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Me Too

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I like how he concludes all of what he does in the video at the end, he is the best.

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You are the GOAT. You manage to make the topic interesting unlike any other. I did not hear yapping at all which means you go straight to the point without wasting no attention, your voice is calming and not boring somehow idk and the black screen with different colors really makes it entertaining and comforting while I at the same time am learning. I did not dread like other videos to get it over with, in fact I just wanted to learn more absent feeling like its a chore watch the whole vid. Short and simple, Truly perfect!

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[@ethan3439]

An easier way we were taught to distinguish polar and non polar bonds was to see if they were symmetrical or unsymmetrical. If they are symmetrical it is a nonpolar bond and if it is unsymmetrical it is a polar bond. I’m not sure if there are limitations to this method though. Thanks for the video 😁

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[@Natalia-lt7bu]

how was it

[@georgesadler7830]

Professor Organic Chemistry Tutor, thank you for a powerful introduction into Dipole Dipole Forces of Attraction in AP/General Chemistry. The step by step explanations of dipole dipole forces of attraction are off the learning charts. Dipole is a topic that I have encountered in Engineering Physics and Electromagnetics.Thanks to the great viewers for finding and correcting the error(s) in this video.

[@inheryouth]

THANK YOU SO MUCH. I've been trying to understand this for so long... AND your example at the end about a question on a test was SO HELPFUL!!! Because its exactly what I've been wondering, but didn't think I would be able to find something so specific in a video... Then you came along... Thank you!

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The perfect chemistry teacher with the perfect voice doesnt exi......

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I cannot thank you enough, I missed a day of class where we were learning about this and I was so lost. I was very frustrated, but this video clear up all my confusion and helped me explain this to my confused friends!

[@isabelladewhurst5090]

Really amazing video. I was not in the lesson when they taught this so I was very confused however I get it now thank you so much.

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Wow, so much better than my textbook and teacher. Thank you! :D

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Even for iit jam

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In which college are u currently studying

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It's kinda frightening how much of this I understand from just being a computer engineering student. Sometimes it feels like the deeper you dig, the easier it becomes. Because the interactions and phenomenon become more simplistic in nature. Also, the visualizations makes this waaaay more comprehensible.

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I don't really understand my class lessons, perhaps because they're in Indonesian...but it's okay because there's a tutor here for me.... Thanks always

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I study in french I never thought that i can understand an english video but it's not the case here so thaaaaaaaaaaanks

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Bonjour, êtes-vous de France?? Salutations de l'Inde!!

[@ejshelby5460]

So not only you have to know the electro negativity between the atoms, but also the bent vs linear structure, before determining if a dipole dipole interaction would occur

[@habeebhabib3160]

exactly

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You're seriously awesome dude. Much love from a chemE major! :)))

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the other way for me, physics seems like a different language

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how did it go

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You're explaining all the details I've found in my lesson , why don't you make videos also in French or translate these videos to French it will help us a lot Likely I was able to understand from you what I wasn't able to understand in my French lesson Thank you

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[@areebakhan5738]

6:26 , just a lil point out there, the charge of carbon is supposed to be positive, you wrote it as negative, which will repel oxygen away.

[@dappakuppa3769]

he had a mistake ....

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Finally got the concept clear tysm !

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so I don't like listening to my teachers during online class, idk why it's just that I get sleepy and this is where I study after the class ends lol.

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same lol

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Be sure to register attendance before sleeping though

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simply the Goat

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This video was dipole-mazing. Thanks for sharing all your knowledge!

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Wao your teaching method is amazing.

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[@kathytr616]

notes: dipole= 2 region of charges in a neutral molecule intermolecular= between molecules dipole dipole= occurs w 2 molecules inter

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9:40 ''vectors'' me : immediately has traumatic flashbacks

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That's helpful. Thank you

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so simple explanation to understand.. thank you so much

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Thnx brother helped a lot 😄

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Outstanding.

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Thanks a lot 👍

[@guitarfliud10]

You: "Say you're in physics..."Me: *dies*Lol, but for real doh, this is the best explanation yet. Keep doin whatchu doin :)

[@sohum7490]

5:34 there is a mistake; you made the second carbon atom partailly negative when it should be partially negative

[@يوميات_رغد268]

Please consider the Alevel aqa syllabus for chemistry and physics. thanks for all the help

[@aspektn.5066]

At 6:44 you have two CO molecules. Both molecules have a positive pole, and at both positive poles, the carbon poles, there's a "red g" symbol. The "red g" on the carbon at the left has a red plus on it, whereas the "red g" on the carbon at the right has a red minus on it. How come?

[@dappakuppa3769]

I have that same doubt .....

[@gaby_1835]

yey I finally undestood, I'm really thakful

[@ANILBHATTARAIPHD]

Its true that carbon dioxide has two polar C=O bonds, but if we see the geometry of CO2, the molecule is linear where the two bond dipole moments cancel out and there is no net dipole, the molecule is nonpolar.

[@nitin6074]

You literally copy and pasted from Google

[@emonush6161]

Thanks

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what a hero

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I literally owe you my kidney, Thank you so much

[@rokerlegend6137]

5:54 you forgot the plus on the partially charged carbon

[@hutchmackeynumbers5662]

Did he forgot.i was wondering howbit could be and searching for solution i the comment section .thanks

[@The_Gamer.139]

Shouldn't the SO2 be double bonded on both sides for the correct lewis structure drawing? The formal charge for 2 double bond on the SO2 is 0.

[@sunflowerflower2796]

Amazing

[@Ranakade]

I'm just putting my notes here from this vid: "Intra-molecular forces are more difficult to break, while Inter-molecular forces are easier to break"

[@rokerlegend6137]

Do lone pairs effect the dipole moment??

[@aryan.0679]

life saver ngl

[@vaibhavverma6847]

Plzzz upload a video on back bonding

[@bobu5213]

I can't find it anywhere, but I remember there being a definition like: From electrostatic potential x to y it is a dipole interaction, from y to z an ion-dipole interaction and from z to ? an ion-ion interaction. Is this correct and where can I find these numbers?

[@ebenezergyimah507]

Please what factors determine the strength of dipole-dipole interaction? Eg which has high boiling point HCl and H2S

[@ohayogozaimasusensei5551]

So can dipole-dipole force be between two different polar covalent compound? Like H-F------H-Cl?

[@lauritoreynardr.5569]

Why is there a triple carbon to oxygen bond? of carbon monoxide molecule? Since oxygen only has 2 unpaired electrons and carbon has four.

[@liamdurkin7327]

but how do you know to draw the SO2 with both oxygen on the right of the sulfur as opposed to the CO2 with one oxygen on either side of the carbon

[@emoborolivia3464]

I still dont understand it clearly Nice lesson though 👌👍

[@user-jz5ln5rq9z]

THANK YOU

[@kevinong8736]

Waitt isnt the carbon on the second CO molecule supposed to be partially *positive* ? Or you just didnt notice the mistake of the sign there. Great video nonetheless :)

[@pradeepavoruganti5980]

REALLLY GOOD VIDEO , thnk you so much

[@valmarinful]

i am learning chemistry to help my kid... shouldn't the more negative oxygen actually give away the electron so the dipole is the other way around?

[@dharinikumar3686]

What causes polar molecules to exist?

[@angelaandrew937]

I finally understand this thing

[@jaylocc_nbu7596]

What do you use to draw on the blackboard

[@artherleung6074]

Sorry, I want to ask a stupid question, do ionic bond form dipole?

[@nacure360]

Is this the start of chem 2?