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Van Der Waals Forces içindeki van der waals kuvvetleri ile ilgili bilgileri en doğru şekilde sentezleyin
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van der waals kuvvetleri içeriğiyle BrightPathTutors ‘ın sağladığı, sizin için yararlı olacağını umarak daha fazla bilgi ve yeni bilgiye sahip olmanıza yardımcı olacağını umuyoruz.. van der waals kuvvetleriBrightPath Tutors hakkında bilgi izlediğiniz için içtenlikle teşekkür ederim.
I love how well he explains, He does so while keeping everything relatively simple.
Love and support from India 😀
GRAZIE
Thank you so much!
Thanks friend you helped me with my test! 💜💜
Greetings from syria
Great explanation, thank you
😍😍😍😍😍😍😍😍😍😍
Simple and amazing explanation! Thank you
What's the Chemist's favorite guitar song?
Van der Waal
gekoloniseerd
wow really well explained, coming from someone who is graduated in architecture… good job
if you dont understand this concept you are wrong go relax for few mins and come back
you are useful❤❤
where the hell is mister malek kontar
Sir iodine boiling point is 184 degree Celsius right ?
Between dimond and NH3…… Which one has the highest vanderwals force?
thank you very much. You have saved my presentation <3
6:40 Isnt the boiling point of Iodine 184 Celsius? and 114 Celsius its melting point? A lot of people seem to think Iodine does not have a liquid phase at 1atmospheric pressure, but it does. Nilered made a lengthy and in my opinion interesting video on it https://www.youtube.com/watch?v=dPIaEWd8zf4&ab_channel=NileRed
this is exactly the type of stuff i talk about in the club
Sir could you please tell me the difference between titanium nitride and titanium azide
thank u bro this helps me a lot
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.
Thank you soo much ❤️❤️ for saving so many peoples tution fees specially on Covid ❤️❤️
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Thank you professor
In which way multi molecular colloids have lyophobic character
Mam 1 doubt
Wonderful!! crash course, catch me up video!! AND so easy to understand over my instructor!
Great video. This helped alot
U are really good
I literally am in love with you
you and professor dave are my heroes
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?
Iodaine 😄😂
Tnx tho 😉
That was a super tutorial!
You are Delicious .you make chemistry easy and lovely thank you
Uneven distribution of charge, a temporary dipole is formed, induced dipole is caused by this temporary dipole -> van der waals
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!
Thank you so much
The voice is soothing
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.
Van der Waals forces are dominant intermolecular forces in (a): ammonium chloride (b) chlorine (c) sodium chloride (d) water
But how are they intermolecular forces if they are between atoms??
Perfectly explained
Please translate this vedieo to Arabic because we did not have good a teachers