Van Der Waals Forces
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- เผยแพร่เมื่อ 28 ก.ย. 2024
- This organic chemistry video tutorial provides a basic introduction into Van Der Waals forces also known as London dispersion forces and how it relates to the boiling point of molecules.
Organic Chemistry - Basic Introduction: • Organic Chemistry - Ba...
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Ur voice is so soothing omg ❤️
Stop looking at comments, you have to study
thank you
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you know you don't have enough time to revise when you put playback speed to 1.5x
MW Media this made me cackle lmaoooo
i put at 3x with fasty fasty extension
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For us preparing in India it's at 2x in default even a year away from exam otherwise we doomed
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wow really well explained, coming from someone who is graduated in architecture... good job
I would really appreciate a video about dissociation/ionization equations, and energy in the solution process
Yeah especially Ionization energy
if you dont understand this concept you are wrong go relax for few mins and come back
The voice is soothing
Thank you so much for helping us out there! Amazing video and very well explained!
Great video. This helped alot
Very nice explanation thank you very much sir.
Mass of fluorine is 18 and not 38 as you have written
Molar mass of fluorine is 19 but hes talking about fluorine gas which is diatomic F2 so it is 38
I am Here cuz i saw a. Comment say:’As a chemistry Student
VAN DER WAALS FORCES It was ona. Video about grace vanderwaal But this is actually interesting.
thank u bro this helps me a lot
Its not about the number of electrons is about the atomic radius because Na has 10x times boling point temp of I but still having an atomic number of 11, but still very good video.
U r a god bro 😢😢😭😭thankx man!!!!!
Super teaching thank you
Thank you so much
U are really good
In which way multi molecular colloids have lyophobic character
GRAZIE
2:45
what a beautiful voice oof
Please use pen other than blue. Its not legible.
Chemistry
Your explain is very bad . I do not benefit anything from this video and I make dislike
My teacher is trash thanks for the carry
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I'm hindu but thanks
AMEN !!!
I’m Muslim but ok
I personally don't believe in religion but thanks?
I wish you the best.
Thank you so much! (≧◡≦) ♡ Bless you!
Thank you so much! I’ve been reading and re-reading the same textbook page for like 45 min. Finally just looked it up on TH-cam and this helped so much😊
Easy to understand. Very nicely explained.
THANK YOU SOO MUCH FOR THIS VIDEO!!! YOU ARE AMAZING AND TALENTED AND DESERVE THE WORLD!!!!
Please translate this vedieo to Arabic because we did not have good a teachers
Funny you should say that because most Math and Science were either updated, advanced, invented, and rewritten by Arabs as we know it today.
in all molecules even in ionic ?!!!
or you mean by molecules the covalent polar and non polar
and by ionic the compound
hahaha gotchu
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you and professor dave are my heroes
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sign in another account
So is a dipole a atom or a molecule!! Every video I watch seems to condradict the next one. So confusing..
where the hell is mister malek kontar
i really love the way you explain..thank you so much for helping us
Wonderful!! crash course, catch me up video!! AND so easy to understand over my instructor!
What's the Chemist's favorite guitar song?
Van der Waal
the way he says distorted :))
gekoloniseerd
Thank you soo much ❤️❤️ for saving so many peoples tution fees specially on Covid ❤️❤️
Very useful in explaining the difference of van der waal forces and ionic bonds.
The Lynx handheld utility grapple uses a Van Der Waals field emitter to move large salvage and can be upgraded to place remote "tethers" for complex operations.
Reminder: sharing rumors about the health effects of Van Der Waals exposure is against the terms of your employment agreement.
Thnx ☺️, thz kind of explanation is to much helpful
Van der Waals forces are dominant intermolecular forces in (a): ammonium chloride (b) chlorine (c) sodium chloride (d) water
Please guys I really need your help with this. Thank you
No such scene. Van der waals forces are intermolecular forces and exist between all molecules. Then, there are types of van den waals forces which are dominant in some particular molecules.
Van der waals forces and London Dispersion Forces are two different terms. Actually, LDF is a type of van der waals forces. LDF is present in all types of molecules whether polar or non polar. This makes sense that in chlorine, LDF is more dominant
Sir iodine boiling point is 184 degree Celsius right ?
Yeah, I think he got it wrong cause google says that the Freezing point is 114.
Simple and amazing explanation! Thank you
thank you very much. You have saved my presentation
19-8-2022 from Vietnam 🥰🥰🥰
30-5-23
You are Delicious .you make chemistry easy and lovely thank you
8:07
More as in it's strength/force or frequence-rate?
Hi I have a question. Is Vander walls force effective only on covalent molecules? Or is it effective on covalent compounds too? Plz answer I need it..
This is really helpful. Can you go further to the Ionization enthalpies like as you compare the s-block,p-block & d-block elements
very informative thank you so much :))
Williams Elizabeth Walker Linda Anderson Michelle
All of your videos are amazing; thanks for sharing!
I always had trouble on deciding whether I needed to use the term “Van der Waals” or “London dispersion”. I think many times they are used synonymously, but technically, I think that London dispersion forces (LDFs) refer only to the attraction between a temporary dipole and a dipole it induces. LDF is a type of Van der Waals force, however VdW also encompasses permanent dipole-induced dipole and permanent dipole-permanent dipole interactions.
Exactly! VDW forces is not only about London DF.
Sir your lecture is the best. But can you please 🥺 tell the difference between wan der Waals froce and London dispersion force? I'm confused as hell!
They are the same thing
Minus thirty four is a negative number, but you wouldn't say negative thirty four, would you?
comprehensive explanation
Anderson Amy Allen Scott Lewis Lisa
YOU SHOULD CHANGE THE COR COMBINATION YOU USE! DARK BLUE IS NOT VISIBLE ON THE BLACK BACKGROUND
Thank you professor
That was a super tutorial!
Sir the boiling point of iodine is wrong
Garrison Spring
It was really a beauty. Thnx.
F2 molecular mass is 18 8:03
i literally love you
Great explanation
Sir could you please tell me the difference between titanium nitride and titanium azide
Nitride is where the oxidation state of nitrogen is -3, azide is where the charge of nitrogen is 3-
Geckos feet brought me here. Still dont understand though.
me too and ion get it either
Mam 1 doubt
Great video really thanks
You really clarify a lot for me. Many thanks.
what you have said about polar and non-polar atoms is WRONG, there is nothing called polar or non-polar atoms may say polar or non-polar molecules or bond.
Between dimond and NH3...... Which one has the highest vanderwals force?
so the BP is actually depend on the moleclar mass or the LDF they have between -C-H and H-C-??
Uneven distribution of charge, a temporary dipole is formed, induced dipole is caused by this temporary dipole -> van der waals
Thanks friend you helped me with my test! 💜💜
Greetings from syria
3:50 aka London dispersion forces
5:00 induced dipole ;
van der Waal forces are the dominant force in nonpolar molecules
Iodine is a purple solid at room temperature
7:30 group 7a halogens
8:40 boiling point directly related to LDF forces
But how are they intermolecular forces if they are between atoms??
I don't get how non polar molecules which don't have separation of charge can attract each other by London Dispersion Forces. a) Does 1:44 mean that non polar molecules become for a very short time polar? b) What does very short period of time mean and c) when does this attraction happen in practice?
But, even though there is less amount of -ve charge at one side, it still has the negative electrons. So why would the negative electrons get attracted to another negatively charged entity?
this is exactly the type of stuff i talk about in the club
Very good explanation. Thanks.
KEK
Iodaine 😄😂
Tnx tho 😉
Oh shoot! It can rly be pronounced like that 😅
Thank You.
Very nicely explained ☺️ thanks 🙏
Nice
Great explanation, thank you
Thank you!!
Thank you so much!
you are useful❤❤
well done thx a lot
Hello! You explained this pretty well and I was able to understand a lot but what I am still confused about is why exactly LDF increases too when molar mass and number of elecrons increase ? I would be really happy if you could give me quick a respose, as it would really help me understand the whole topic way more! Thank you very much!
Larger molar mass, or more electrons = more electric charge.
More electric charge = more random fluctuations.
More random fluctuations = larger probability to create a random dipole a.k.a. induce a Van der Waals force between neighboring atoms
great video!
Perfectly explained
why does the strength of the van der waals increases as the number of electron increases
As the # of electrons increases degree of polarization increases amx hence the strength of van der waals forces .
nicely explained !